Freescale Semiconductor Product Selector Guides

Freescale Semiconductor Product Selector Guides
SG1000mini
Freescale Semiconductor
Product Selector Guides
Quarter 2, 2009
Product Selector Guide Cross-Reference, SG1000CR
Automotive, SG187
Analog and Mixed Signal Power Management, SG1002
Digital Signal Processors (DSP), SG1004
Network/Embedded Processors, SG1007
RF Product, SG1009
Sensors, SG1010
Wireless, SG1013
8-Bit Product Summary, 8BITCIPRODMPFS
32-Bit Product Summary, BRCOLDFIRESUM
www.freescale.com
Freescale Semiconductor Product Selector Guides
Quarter 2, 2009
Introduction
Welcome to the Q2/2009, SG1000mini.
This book is available to those individuals that prefer a bound version of the complete set of
Product Selector Guides, rather than individual copies of each.
A table of contents and page numbers were added to this version for ease in locating each
individual guide. As with the individual selector guides, the SG1000mini contains information to
help determine the availability and suitability of Freescale products for use in a customer's project
or design.
The Q2/2009 edition consists of the following documents:
SG1000CR, Product Selector Guide Cross-Reference
SG187, Automotive
SG1002, Analog and Mixed Signal, Power Management
SG1004, Digital Signal Processors
SG1007, Network/Embedded Processors
SG1009, RF Product
SG1010, Sensors
SG1013, Wireless
8BITCIPRODMPFS, 8-Bit Product Summary
BRCOLDFIRESUM, 32-Bit Product Summary
Product Selector Guide Options
Versions are available as:
1. PDF files for downloading from the Freescale Semiconductor Web site and the Literature
Distribution Center (LDC).
2. Individual color guides and the SG1000mini can be ordered from LDC.
Visit www.freescale.com, select Documentation, located in the Support Section. Next,
select Order Literature, which is located under Related Links, in the lower left hand
corner of the page. If you would like multiple copies, log on by selecting “Freescale
Employees or Employees of Distributor Partners” in the upper left hand side of the page.
Product Selector Guides
Quarter 2, 2009
Table of Contents
SG1000CR
Product Selector Guide Cross-Reference.......................................
1
SG187
Automotive.........................................................................................
9
SG1002
Analog and Mixed Signal, Power Management..............................
41
SG1004
Digital Signal Processors.................................................................
57
SG1007
Network/Embedded Processors......................................................
93
SG1009
RF Product.........................................................................................
117
SG1010
Sensors..............................................................................................
127
SG1013
Wireless..............................................................................................
139
8BITCIPRODMPFS
8-Bit Product Summary…………………………………………………
147
BRCOLDFIRESUM
32-Bit Product Summary…………………………………………….....
151
Freescale Semiconductor
Product Selector Guide
Cross-Reference
Quarter 2, 2009
SG1000CRQ22009 Rev 0
1
2
Introduction
The Freescale Semiconductor Product Selector Guide Cross-Reference provides a listing of all products documented in
the seven Freescale Semiconductor Product Selector Guides. The Product Cross-Reference group lists new and
existing products.
Within each group is listed the product number or description, the product guide in which it appears, and the page on
which it appears. Products are listed in alphanumeric order.
The following legend lists all product selector guides in the set and their respective titles:
SG187, Rev 35, Automotive
SG1002Q22009, Analog and Mixed Signal Power Management
SG1004Q22009, DSP
SG1007Q22009, Network/Embedded Processors
SG1009Q22009, RF Product
SG1010Q22009, Sensors
SG1013Q32008, Wireless
Discontinued
SG1006, 18/16/32 Microcontrollers - Refer to 8BITCIPRODMPFS and BRCOLDFIRESUM
SG1000CR–2
SG1000CRQ22009
PRODUCT CROSS-REFERENCE (Alphanumeric Listing)
PRODUCT................... PAGE NUMBER
13192DSK-A00 .................... SG1013– 7
13192RFC-A00 .................... SG1013– 7
13193EVK-00A..................... SG1013– 7
13213-NCB........................... SG1013– 3
13213-SRB ........................... SG1013– 3
1322x-NCB ........................... SG1013– 4
1322x-SRB ........................... SG1013– 4
1322xUSB ............................ SG1013– 4
3S12HZ128 .......................... SG187– 17
3S12HZ256 .......................... SG187– 17
56F8013 ............................... SG187– 19
56F8355 ............................... SG187– 19
A
APMOTOR56F8000 ........... SG1004– 16
C
CPA56F8013 ...................... SG1004– 16
CPA56F8014 ...................... SG1004– 16
CWH-UTP-ONCE-HX......... SG1004– 15
CWS-568-C32K-CX............ SG1004– 15
CWS-568-C64K-CX............ SG1004– 15
CWS-568-CX...................... SG1004– 15
CWS-568X-SE ................... SG1004– 15
CWS-MCF-LLAPP-CX........ SG1007– 18
CWS-MCF-LLPLT-CX ........ SG1007– 18
CWS-MCF-PROED-CX ...... SG1007– 18
CWS-MPC-5500B-CX ........ SG1007– 18
CWS-MPC-5XX-CX............ SG1007– 18
CWS-PPC-CMWFL-CX ...... SG1007– 18
CWS-PPC-LLAPP-CX ........ SG1007– 18
CWS-PPC-LLPLT-CX......... SG1007– 18
D
DEMO56F8013 .................. SG1004– 16
DEMO56F8013-E ............... SG1004– 16
DEMO56F8014 .................. SG1004– 16
DEMO56F8014-E ............... SG1004– 16
DSP56311 .......................... SG1004– 13
DSP56311EVM .................. SG1004– 17
DSP56311VF150 ................. SG1004– 7
DSP56311VL150.................. SG1004– 7
DSP56321 .......................... SG1004– 13
DSP56321VF200 ................. SG1004– 7
DSP56321VF220 ................. SG1004– 7
DSP56321VF240 ................. SG1004– 7
DSP56321VF275 ................. SG1004– 7
DSP56321VL200.................. SG1004– 7
DSP56321VL220.................. SG1004– 7
DSP56321VL240.................. SG1004– 7
DSP56321VL275.................. SG1004– 7
DSP56800TDC1........... SG1004– 15, 16
DSP56852EVM .................. SG1004– 16
DSP56852VF120 ................. SG1004– 6
DSP56852VFE ..................... SG1004– 6
PRODUCT................... PAGE NUMBER
DSP56853FG120 ................. SG1004– 6
DSP56853FGE..................... SG1004– 6
DSP56854FG120 ................. SG1004– 6
DSP56854FGE..................... SG1004– 6
DSP56855BU120 ................. SG1004– 6
DSP56855BUE..................... SG1004– 6
DSP56857BU120 ................. SG1004– 6
DSP56857BUE..................... SG1004– 6
DSP56858EVM .................. SG1004– 16
DSP56858FV120.................. SG1004– 6
DSP56858FVE ..................... SG1004– 6
DSP56858SFP ................... SG1004– 15
DSP56858VF120.................. SG1004– 6
DSP56F800DEMO ............. SG1004– 15
DSP56F800DEMO-E.......... SG1004– 15
DSP56F801EVM ................ SG1004– 15
DSP56F803EVM ................ SG1004– 15
DSP56F805EVM ................ SG1004– 15
DSP56F807EVM ................ SG1004– 15
DSP56F826EVM ................ SG1004– 15
DSP56F827EVM ................ SG1004– 15
DSPA371DB1..................... SG1004– 17
DSPA56720AG..................... SG1004– 8
DSPA56721AG..................... SG1004– 9
DSPAUDIOEVMMB1.......... SG1004– 17
DSPB362DB1..................... SG1004– 17
DSPB364DB1..................... SG1004– 17
DSPB366DB1..................... SG1004– 17
DSPB367DB1..................... SG1004– 17
DSPB371DB1..................... SG1004– 17
DSPB374DB1..................... SG1004– 17
DSPB56362AG120............... SG1004– 8
DSPB56364AF100 ............... SG1004– 8
DSPB56366AG120............... SG1004– 8
DSPB56367AG150............... SG1004– 8
DSPB56371AF150 ............... SG1004– 8
DSPB56371AF180 ............... SG1004– 8
DSPB56374AE ..................... SG1004– 8
DSPB56374AEC .................. SG1004– 8
DSPB56374AF ..................... SG1004– 8
DSPB56374AFC................... SG1004– 8
DSPB56720AG..................... SG1004– 8
DSPB56721AG..................... SG1004– 9
DSPB56724AG..................... SG1004– 9
DSPB56725AF ..................... SG1004– 9
DSPC371DB1..................... SG1004– 17
DSPC56371AF150 ............... SG1004– 8
DSPC56371AF180 ............... SG1004– 8
DSPCOMMAND ................. SG1004– 16
DSPCOMMANDPCI ...............................
...................................... SG1004– 15, 16
DSPCOMMETHERNET .........................
...................................... SG1004– 15, 16
DSPCOMMPARALLEL...........................
...................................... SG1004– 15, 16
PRODUCT ................... PAGE NUMBER
DSPCOMMPARALLELE .... SG1004– 17
DSPD367DB1..................... SG1004– 17
DSPD371DB1..................... SG1004– 17
DSPD374DB1..................... SG1004– 17
DSPD56367AG150............... SG1004– 8
DSPD56371AF180 ............... SG1004– 8
DSPD56374AE ..................... SG1004– 8
DSPD367DB1..................... SG1004– 17
DSPD371DB1..................... SG1004– 17
DSPD374DB1..................... SG1004– 17
DSPD56367AG150............... SG1004– 8
DSPD56371AF180 ............... SG1004– 8
DSPD56374AE ..................... SG1004– 8
DSPD56374AEC .................. SG1004– 8
DSPOSNET ........................ SG1004– 15
DSPOSRTOS ............... SG1004– 15, 16
E
ECCTR908MR32.......... SG1004– 15, 16
ECINLHIVSR ................ SG1004– 15, 16
ECLOVACBLDC ........... SG1004– 15, 16
ECLOVSR..................... SG1004– 15, 16
ECMTREVAL................ SG1004– 15, 16
ECOPT ......................... SG1004– 15, 16
ECOPTHIVACBLDC..... SG1004– 15, 16
ECOPTINL.................... SG1004– 15, 16
I
i.200-22................................. SG1013– 2
i.250-22................................. SG1013– 2
i.MX31................................... SG187– 24
i.MX31L................................. SG187– 24
i.MX351................................. SG187– 24
i.MX355................................. SG187– 24
i.MX356................................. SG187– 24
IAR IDE................................. SG1013– 4
M
M683XX .............................. SG1007– 19
MBC13720NT1 ..................... SG1013– 4
MBC13900NT1 ..................... SG1013– 4
MBC13916NT1 ..................... SG1013– 4
MC10XS3400 ....................... SG1002– 3
MC10XS3412 ....................... SG1002– 3
................................................ SG187– 3
MC10XS3435 ....................... SG1002– 3
................................................ SG187– 3
MC13201FC ......................... SG1010– 5
.............................................. SG1013– 2
MC13202FC ......................... SG1010– 5
.............................................. SG1013– 2
MC13211 .............................. SG1010– 5
.............................................. SG1013– 3
MC13212 .............................. SG1010– 5
.............................................. SG1013– 3
PRODUCT ................... PAGE NUMBER
MC13213 ..............................SG1010– 5
..............................................SG1013– 3
MC13224 ..............................SG1013– 4
MC13770 ..............................SG1013– 4
MC13783 ..............................SG1013– 5
MC13821 ..............................SG1013– 4
MC13883 ..............................SG1013– 5
MC13890 ..............................SG1013– 5
MC15XS3400 ...........................SG187 3
MC18730 ............................SG1002– 11
MC33399 ..............................SG1002– 7
..........................................SG187– 6, 19
MC33493 ............................SG1002– 13
..............................................SG1013– 7
MC33580B............................SG1002– 3
................................................SG187– 3
MC33591 ..............................SG1013– 7
............................................SG1002– 13
MC33592 ..............................SG1013– 7
............................................SG1002– 13
MC33593 ..............................SG1013– 7
............................................SG1002– 13
MC33594 ..............................SG1013– 7
............................................SG1002– 13
MC33596 ............................SG1002– 13
MC33661 ..............................SG1002– 7
..........................................SG187– 6, 19
MC33689 ........................SG1002– 8, 10
................................................SG187– 9
MC33689D..................SG1002– 7, 8, 10
........................................SG187– 6, 7, 9
MC33690 ............................SG1002– 13
..........................SG1013– 7, SG187– 12
MC33696 ............................SG1002– 13
MC33730 ......................SG1002– 10, 11
................................................SG187– 9
MC33742 ....................SG1002– 6, 8, 10
........................................SG187– 5, 7, 9
MC33742S ..................SG1002– 6, 8, 10
........................................SG187– 5, 7, 9
MC33780 ..............................SG1002– 7
................................................SG187– 6
MC33781 ..............................SG1002– 7
................................................SG187– 6
MC33784 ..............................SG1002– 7
................................................SG187– 6
MC33793 ..............................SG1002– 7
................................................SG187– 6
MC33794EGR2 ....................SG1010– 4
..............................................SG187– 11
MC33797 ..............................SG1002– 6
................................................SG187– 5
MC33800 ......................SG1002– 2, 5, 6
........................................SG187– 2, 4, 5
PRODUCT ...................PAGE NUMBER
MC33810 ......................SG1002– 2, 5, 6
........................................SG187– 2, 4, 5
MC33811 ..........................SG1002– 6, 8
............................................SG187– 5, 7
MC33812 ......................SG1002– 5, 6, 7
................................................SG187– 2
MC33874B ............................SG1002– 3
................................................SG187– 3
MC33879 ......................SG1002– 2, 3, 4
........................................SG187– 2, 3, 4
MC33880 ......................SG1002– 2, 3, 4
........................................SG187– 2, 3, 4
MC33882 ..............................SG1002– 2
................................................SG187– 2
MC33884 ..............................SG1002– 8
................................................SG187– 7
MC33886 ..............................SG1002– 4
................................................SG187– 4
MC33887 ..............................SG1002– 4
................................................SG187– 4
MC33888 ..........................SG1002– 2, 3
............................................SG187– 2, 3
MC33889B ......................SG1002– 6, 10
................................................SG187– 5
MC33889D........................SG1002– 6, 8
........................................SG187– 5, 7, 9
MC33897C............................SG1002– 6
................................................SG187– 5
MC33897D............................SG1002– 6
................................................SG187– 5
MC33899 ..........................SG1002– 4, 6
............................................SG187– 4, 5
MC33902 ..............................SG1002– 6
................................................SG187– 5
MC33910 ..........................SG1002– 7, 8
............................................SG187– 6, 7
MC33911 ..........................SG1002– 7, 8
............................................SG187– 6, 7
MC33912 ..........................SG1002– 7, 8
............................................SG187– 6, 7
MC33926 ..........................SG1002– 4, 6
............................................SG187– 4, 5
MC33927 ..........................SG1002– 5, 6
............................................SG187– 4, 5
MC33931 ..............................SG1002– 4
................................................SG187– 4
MC33932 ..............................SG1002– 4
................................................SG187– 4
MC33937 ..............................SG1002– 5
MC33941EGR2.....................SG1010– 4
..............................................SG187– 11
MC33970 ..............................SG1002– 5
................................................SG187– 4
MC33972 ..............................SG1002– 8
................................................SG187– 7
SG1000CR–3
SG1000CRQ22009
3
4
PRODUCT CROSS-REFERENCE (ALPHANUMERIC LISTING) (CONTINUED)
PRODUCT................... PAGE NUMBER
MC33972A ........................... SG1002– 8
............................................... SG187– 7
MC33975 .......................... SG1002– 6, 8
........................................... SG187– 5, 7
MC33975A ....................... SG1002– 6, 8
........................................... SG187– 5, 7
MC33976 .............................. SG1002– 5
............................................... SG187– 4
MC33977 .............................. SG1002– 5
............................................... SG187– 4
MC33981B ........................... SG1002– 3
............................................... SG187– 3
MC33982B ........................... SG1002– 3
............................................... SG187– 3
MC33984B ........................... SG1002– 3
............................................... SG187– 3
MC33989 .................... SG1002– 6, 8, 10
....................................... SG187– 5, 7, 9
MC33990 .............................. SG1002– 7
............................................... SG187– 6
MC33991 .............................. SG1002– 5
............................................... SG187– 4
MC33993 .............................. SG1002– 8
............................................... SG187– 7
MC33996 .............................. SG1002– 2
............................................... SG187– 2
MC33998 ............................ SG1002– 11
............................................... SG187– 9
MC33999 .............................. SG1002– 2
............................................... SG187– 2
MC34670 ............................ SG1002– 12
MC34671 ............................ SG1002– 12
MC34673 ............................ SG1002– 12
MC34674 ............................ SG1002– 12
MC34675 ............................ SG1002– 12
MC34676A ......................... SG1002– 12
MC34676B ......................... SG1002– 12
MC34700 ...................... SG1002– 10, 11
MC34701 ............................ SG1002– 11
MC34702 ............................ SG1002– 11
MC34704A ......................... SG1002– 11
MC34704B ......................... SG1002– 11
MC34712 ............................ SG1002– 11
MC34713 ............................ SG1002– 11
MC34716 ............................ SG1002– 11
MC34717 ............................ SG1002– 11
MC34726A ......................... SG1002– 11
MC34727A ......................... SG1002– 11
MC34844 ........................ SG1002– 5, 12
MC34845 ........................ SG1002– 5, 12
MC34910 .......................... SG1002– 7, 8
MC34911 .......................... SG1002– 7, 8
MC34912 .......................... SG1002– 7, 8
MC35XS3400 ....................... SG1002– 3
............................................... SG187– 3
MC368HC908RF2 .............. SG1002– 13
PRODUCT................... PAGE NUMBER
MC44C402A ......................... SG1009– 8
MC44C404EP....................... SG1009– 8
MC44CC373CAEF ............... SG1009– 8
MC44CC374CAEF ............... SG1009– 8
MC44CC374T1AEF.............. SG1009– 8
MC44CC375AVEF ............... SG1009– 8
MC44S803EP....................... SG1009– 8
MC56F8013VFAE ................ SG1004– 5
MC56F8014VFAE ................ SG1004– 5
MC56F8122VFA................... SG1004– 4
MC56F8122VFAE ................ SG1004– 4
MC56F8123VFB................... SG1004– 4
MC56F8123VFBE ................ SG1004– 4
MC56F8135VFGE ................ SG1004– 4
MC56F8145VFG .................. SG1004– 4
MC56F8145VFGE ................ SG1004– 4
MC56F8146VFV................... SG1004– 4
MC56F8146VFVE ................ SG1004– 4
MC56F8147VPY................... SG1004– 4
MC56F8147VPYE ................ SG1004– 4
MC56F8147VVFE ................ SG1004– 4
MC56F8155VFG .................. SG1004– 4
MC56F8155VFGE ................ SG1004– 4
MC56F8156VFV................... SG1004– 4
MC56F8156VFVE ................ SG1004– 4
MC56F8157VPY................... SG1004– 5
MC56F8157VPYE ................ SG1004– 5
MC56F8157VVFE ................ SG1004– 5
MC56F8165VFG .................. SG1004– 5
MC56F8165VFGE ................ SG1004– 5
MC56F8166VFV................... SG1004– 5
MC56F8166VFVE ................ SG1004– 5
MC56F8167VPY................... SG1004– 5
MC56F8167VPYE ................ SG1004– 5
MC56F8167VVFE ................ SG1004– 5
MC56F8300DSK ................ SG1004– 16
MC56F8322MFA60 .............. SG1004– 2
MC56F8322MFAE................ SG1004– 2
MC56F8322VFA60............... SG1004– 2
MC56F8322VFAE ................ SG1004– 2
MC56F8323EVM ................ SG1004– 16
MC56F8323MFB60 .............. SG1004– 2
MC56F8323MFBE................ SG1004– 2
MC56F8323VFB60............... SG1004– 2
MC56F8323VFBE ................ SG1004– 2
MC56F8335MFGE ............... SG1004– 2
MC56F8335VFGE ................ SG1004– 2
MC56F8345MFG60.............. SG1004– 2
MC56F8345MFGE ............... SG1004– 2
MC56F8345VFG60 .............. SG1004– 2
MC56F8345VFGE ................ SG1004– 2
MC56F8346MFV60 .............. SG1004– 3
MC56F8346MFVE................ SG1004– 3
MC56F8346VFV60............... SG1004– 3
MC56F8346VFVE ................ SG1004– 3
MC56F8347MPY60 .............. SG1004– 3
PRODUCT ................... PAGE NUMBER
MC56F8347MPYE................ SG1004– 3
MC56F8347VPY60............... SG1004– 3
MC56F8347VPYE ................ SG1004– 3
MC56F8347VVFE................. SG1004– 3
MC56F8355MFG60 .............. SG1004– 3
MC56F8355MFGE................ SG1004– 3
MC56F8355VFG60............... SG1004– 3
MC56F8355VFGE ................ SG1004– 3
MC56F8356MFV60 .............. SG1004– 3
MC56F8356MFVE ................ SG1004– 3
MC56F8356VFV60 ............... SG1004– 3
MC56F8356VFVE................. SG1004– 3
MC56F8357MPY60 .............. SG1004– 3
MC56F8357MPYE................ SG1004– 3
MC56F8357VPY60............... SG1004– 3
MC56F8357VPYE ................ SG1004– 3
MC56F8357VVFE................. SG1004– 3
MC56F8365MFG60 .............. SG1004– 3
MC56F8365MFGE................ SG1004– 3
MC56F8365VFG60............... SG1004– 3
MC56F8365VFGE ................ SG1004– 3
MC56F8366MFV60 .............. SG1004– 3
MC56F8366MFVE ................ SG1004– 3
MC56F8366VFV60 ............... SG1004– 3
MC56F8366VFVE................. SG1004– 3
MC56F8367EVM ................ SG1004– 16
MC56F8367MPY60 .............. SG1004– 3
MC56F8367MPYE................ SG1004– 3
MC56F8367VPY60............... SG1004– 3
MC56F8367VPYE ................ SG1004– 3
MC56F8367VVFE................. SG1004– 3
MC68302 .............................. SG1007– 9
MC68302V............................ SG1007– 9
MC68360 .............................. SG1007– 9
MC68360V............................ SG1007– 9
MC68EN302 ......................... SG1007– 9
MC68EN360 ......................... SG1007– 9
MC68EN360V....................... SG1007– 9
MC68HC908RF2 .................. SG1013– 7
MC68HC908RK2 ................ SG1002– 13
MC68LC302.......................... SG1007– 9
MC68MH360......................... SG1007– 9
MC68MH360V ...................... SG1007– 9
MC8610 .............................. SG1007– 19
MC908E626.......................... SG1002– 5
................................................ SG187– 4
MC92603 ............................ SG1007– 17
MC92604 ............................ SG1007– 17
MC9328MX21....................... SG1013– 6
MC9328MX21S .................... SG1013– 6
MC9328MXL......................... SG1013– 6
MC9328MXS ........................ SG1013– 6
MCC5E0RX266WBOB ......... SG1007– 9
MCF51JM128 ..................... SG1007– 15
MCF5208 ............................ SG1007– 15
MCF5234 ............................ SG1007– 15
PRODUCT ................... PAGE NUMBER
MCF5235 ............................SG1007– 15
MCF5270 ............................SG1007– 15
MCF5271 ............................SG1007– 15
MCF5272 ............................SG1007– 15
MCF5274 ............................SG1007– 15
MCF5274L ..........................SG1007– 15
MCF5275 ............................SG1007– 15
MCF5275L ..........................SG1007– 15
MCF5280 ............................SG1007– 15
MCF5281 ............................SG1007– 15
MCF5282 ............................SG1007– 16
MCF5327 ............................SG1007– 16
MCF5328 ............................SG1007– 16
MCF5329 ............................SG1007– 16
MCF5372 ............................SG1007– 16
MCF5372L ..........................SG1007– 16
MCF5373 ............................SG1007– 16
MCF5373L ..........................SG1007– 16
MCF5470 ............................SG1007– 16
MCF5471 ............................SG1007– 16
MCF5472 ............................SG1007– 16
MCF5473 ............................SG1007– 16
MCF5474 ............................SG1007– 16
MCF5475 ............................SG1007– 17
MCF5480 ............................SG1007– 17
MCF5481 ............................SG1007– 17
MCF5482 ............................SG1007– 17
MCF5483 ............................SG1007– 17
MCF5484 ............................SG1007– 17
MCF55485 ..........................SG1007– 17
MCIMX27 ..............................SG1013– 6
MCIMX31 ..............................SG1013– 6
MCIMX31L............................SG1013– 6
MD7IC21100N/GN/NB..........SG1009– 5
MD7IC2755N/GN..................SG1009– 7
MD7P19130H/HS .................SG1009– 4
MDE6IC7120N/GN ...............SG1009– 6
MDE6IC9120N/GN ...............SG1009– 6
MHV5IC1810N......................SG1009– 6
MHV5IC2215N......................SG1009– 6
MHVIC2114N........................SG1009– 7
MHVIC910HN .......................SG1009– 6
MHVIC915N..........................SG1009– 6
MM908E621 .....................SG1002– 3, 9
............................................SG187– 3, 8
MM908E622 .....................SG1002– 3, 9
............................................SG187– 3, 8
MM908E624 .....................SG1002– 3, 9
............................................SG187– 3, 8
MM908E625 .....................SG1002– 3, 9
............................................SG187– 3, 8
MM908E626 .........................SG1002– 9
................................................SG187– 8
MM908E630 .................SG1002– 2, 3, 9
........................................SG187– 2, 3, 8
PRODUCT ...................PAGE NUMBER
MMA1200EG ........................SG1010– 3
..............................................SG187– 11
MMA1210EG ........................SG1010– 2
MMA1211EG ........................SG1010– 3
..............................................SG187– 11
MMA1212EG ........................SG1010– 3
..............................................SG187– 11
MMA1213EG ........................SG1010– 2
..............................................SG187– 11
MMA1220EG ........................SG1010– 2
..............................................SG187– 11
MMA1250EG ........................SG1010– 2
..............................................SG187– 11
MMA1260EG ........................SG1010– 2
..............................................SG187– 11
MMA1270EG ........................SG1010– 2
..............................................SG187– 11
MMA2201EG ........................SG1010– 2
..............................................SG187– 11
MMA2202EG ........................SG1010– 2
..............................................SG187– 11
MMA2204EG ........................SG1010– 2
..............................................SG187– 11
MMA2260EG ........................SG1010– 2
..............................................SG187– 11
MMA2300EG ........................SG1010– 3
..............................................SG187– 11
MMA2301EG ........................SG1010– 3
..............................................SG187– 11
MMA3201EG ........................SG1010– 2
..............................................SG187– 11
MMA3202EG ........................SG1010– 2
..............................................SG187– 11
MMA3204EG ........................SG1010– 2
..............................................SG187– 11
MMA3221EG ........................SG187– 11
MMA621010AEG ..................SG1010– 2
MMA621010EG ....................SG1010– 2
MMA6210AEG ......................SG187– 11
MMA6210DEG......................SG187– 11
MMA6222AEG ......................SG1010– 2
..............................................SG187– 11
MMA6222DEG......................SG187– 11
MMA6222EG ........................SG1010– 2
MMA6255AEG ......................SG1010– 2
..............................................SG187– 11
MMA6255DEG......................SG187– 11
MMA6255EG ........................SG1010– 2
MMA7260Q...........................SG1010– 2
MMA7330L............................SG1010– 2
MMA7331L............................SG1010– 2
MMA7340L............................SG1010– 2
MMA7341L............................SG1010– 2
MMA7360L............................SG1010– 2
MMA7361L............................SG1010– 2
MMA7368L............................SG1010– 2
SG1000CR–4
SG1000CRQ22009
PRODUCT CROSS-REFERENCE (ALPHANUMERIC LISTING) (CONTINUED)
PRODUCT................... PAGE NUMBER
MMA7455L ........................... SG1010– 2
MMA7456L ........................... SG1010– 2
MMA7660FC ........................ SG1010– 2
MMG3004N .......................... SG1009– 7
MMG3005N .......................... SG1009– 7
MMG3006N .......................... SG1009– 7
MMG3007N .......................... SG1009– 7
MMG3008N .......................... SG1009– 7
MMG3009N .......................... SG1009– 7
MMG3011N .......................... SG1009– 7
MMG3012N .......................... SG1009– 7
MMG3014N .......................... SG1009– 7
MMG3015N .......................... SG1009– 7
MMG3H21N ......................... SG1009– 7
MMH3111N .......................... SG1009– 7
MP3V5050............................ SG1010– 3
MP3V7007............................ SG1010– 3
MPC17510 ........................... SG1002– 4
MPC17511 ........................... SG1002– 4
MPC17529 ........................... SG1002– 4
MPC17531 ........................... SG1002– 4
MPC17533 ........................... SG1002– 4
MPC17C724 ......................... SG1002– 4
MPC184VF ........................... SG1007– 2
MPC18730 ......................... SG1002– 10
MPC5121e ........................... SG187– 23
MPC5123 ............................. SG187– 23
MPC5200B ........................... SG187– 23
MPC5514E ........................... SG187– 23
MPC5514G........................... SG187– 23
MPC5515S ........................... SG187– 22
MPC5516E ........................... SG187– 22
MPC5516G........................... SG187– 22
MPC5516S ........................... SG187– 22
MPC5517E ........................... SG187– 22
MPC5517G........................... SG187– 22
MPC5517S ........................... SG187– 22
MPC5533 ............................. SG187– 22
MPC5534 ............................. SG187– 22
MPC5553 ............................. SG187– 22
MPC5554 ............................. SG187– 22
MPC5561 ............................. SG187– 22
MPC5565 ............................. SG187– 22
MPC5566 ............................. SG187– 22
MPC5567 ............................. SG187– 22
MPC5602B ........................... SG187– 20
MPC5602C ........................... SG187– 20
MPC5602P ........................... SG187– 21
MPC5602S ........................... SG187– 21
MPC5603B ........................... SG187– 20
MPC5603C ........................... SG187– 20
MPC5603P ........................... SG187– 21
MPC5604B ........................... SG187– 20
MPC5604C ........................... SG187– 20
MPC5604P ........................... SG187– 21
PRODUCT................... PAGE NUMBER
MPC5604S ........................... SG187– 21
MPC5606S ........................... SG187– 21
MPC5632M........................... SG187– 21
MPC5633M........................... SG187– 21
MPC5634M........................... SG187– 20
MPC5668G........................... SG187– 20
MPC5674F ........................... SG187– 20
MPC603R ........................... SG1007– 13
MPC603RT......................... SG1007– 13
MPC7410............................ SG1007– 13
MPC7410T ......................... SG1007– 13
MPC7447A ......................... SG1007– 14
MPC7447AT ....................... SG1007– 14
MPC7448...................... SG1007– 14, 19
MPC7448T ......................... SG1007– 14
MPC7457............................ SG1007– 14
MPC7457T ......................... SG1007– 14
MPC745B ........................... SG1007– 13
MPC745C ........................... SG1007– 13
MPC755B ........................... SG1007– 13
MPC755BT ......................... SG1007– 13
MPC755C ........................... SG1007– 13
MPC755CT......................... SG1007– 13
MPC823............................ SG1007– 2, 4
MPC823E ......................... SG1007– 2, 4
MPC8241.............................. SG1007– 5
MPC8245.............................. SG1007– 5
MPC8245A ........................... SG1007– 5
MPC8247.......................... SG1007– 5, 6
MPC8248.......................... SG1007– 5, 6
MPC824X ........................... SG1007– 20
MPC8250.............................. SG1007– 6
MPC8250A ........................... SG1007– 5
MPC8255.............................. SG1007– 6
MPC8255A ........................... SG1007– 5
MPC8260.............................. SG1007– 6
MPC8260A ........................... SG1007– 5
MPC8264.............................. SG1007– 6
MPC8264A ........................... SG1007– 5
MPC8265.............................. SG1007– 6
MPC8265A ........................... SG1007– 5
MPC8266.............................. SG1007– 6
MPC8266A ........................... SG1007– 5
MPC8270.......................... SG1007– 5, 6
MPC8271.......................... SG1007– 5, 6
MPC8272.......................... SG1007– 5, 6
MPC8275.......................... SG1007– 5, 6
MPC8280.......................... SG1007– 5, 6
MPC82XX..................... SG1007– 19, 20
MPC8313.............................. SG1007– 6
MPC8313E ........................... SG1007– 6
MPC8314E ........................... SG1007– 6
MPC8315E ........................... SG1007– 6
MPC8321.............................. SG1007– 6
MPC8321E ........................... SG1007– 6
PRODUCT ................... PAGE NUMBER
MPC8323.............................. SG1007– 6
MPC8323E ..................... SG1007– 6, 20
MPC8343.............................. SG1007– 7
MPC8343E ........................... SG1007– 7
MPC8347.............................. SG1007– 7
MPC8347E ........................... SG1007– 7
MPC8349.............................. SG1007– 7
MPC8349E ..................... SG1007– 7, 20
MPC8358.............................. SG1007– 7
MPC8358/E .......................... SG1007– 7
MPC8358E ........................... SG1007– 7
MPC8360.............................. SG1007– 7
MPC8360E ........................... SG1007– 7
MPC8377E ..................... SG1007– 7, 20
MPC8378E ........................... SG1007– 7
MPC8379E ..................... SG1007– 7, 20
MPC83XX ........................... SG1007– 19
MPC850................................ SG1007– 4
MPC850DE........................... SG1007– 4
MPC850DSL......................... SG1007– 4
MPC850SR........................... SG1007– 4
MPC852T.......................... SG1007– 3, 4
MPC8536E ............................. SG1007 8
MPC853T.......................... SG1007– 3, 4
MPC8540.............................. SG1007– 8
MPC8541E ........................... SG1007– 8
MPC8543E ........................... SG1007– 8
MPC8544.............................. SG1007– 8
MPC8545E ........................... SG1007– 8
MPC8547E ........................... SG1007– 8
MPC8548E ........................... SG1007– 8
MPC8555E ........................... SG1007– 8
MPC855T.......................... SG1007– 2, 4
MPC8560.............................. SG1007– 8
MPC8567E ........................... SG1007– 8
MPC8568E ........................... SG1007– 8
MPC8572E ........................... SG1007– 8
MPC857DSL..................... SG1007– 3, 4
MPC857T.......................... SG1007– 3, 4
MPC859DSL..................... SG1007– 3, 4
MPC859P ......................... SG1007– 3, 4
MPC859T.......................... SG1007– 3, 4
MPC85XX ..................... SG1007– 19, 20
MPC860DE....................... SG1007– 2, 4
MPC860DP....................... SG1007– 2, 4
MPC860DT ....................... SG1007– 2, 4
MPC860EN....................... SG1007– 2, 4
MPC860P ......................... SG1007– 2, 4
MPC860SR....................... SG1007– 2, 4
MPC860T.......................... SG1007– 2, 4
MPC8610.............................. SG1007– 8
MPC862P ......................... SG1007– 3, 4
MPC862T.......................... SG1007– 3, 4
MPC8640.............................. SG1007– 8
MPC8640D ........................... SG1007– 8
PRODUCT ................... PAGE NUMBER
MPC8641 ........................SG1007– 8, 19
MPC8641D ...........................SG1007– 8
MPC866P .........................SG1007– 3, 4
MPC866T..........................SG1007– 3, 4
MPC870 ............................SG1007– 3, 4
MPC875 ............................SG1007– 3, 4
MPC880 ............................SG1007– 3, 4
MPC885 ............................SG1007– 3, 4
MPC8XX .......................SG1007– 19, 20
MPL115A1 ............................SG1010– 3
MPL115A2 ............................SG1010– 3
MPR031 ................................SG1010– 4
MPR032 ................................SG1010– 4
MPR083 ................................SG1010– 4
MPR084 ................................SG1010– 4
MPX10 ..................................SG1010– 4
MPX12 ..................................SG1010– 4
MPX2010 ..............................SG1010– 4
MPX2050 ..............................SG1010– 4
MPX2053 ..............................SG1010– 4
MPX2100 ..............................SG1010– 4
MPX2102 ..............................SG1010– 4
MPX2200 ..............................SG1010– 4
MPX2202 ..............................SG1010– 4
MPX2300DT1 .......................SG1010– 4
MPX4080 ..............................SG1010– 3
MPX4100 ..............................SG1010– 3
MPX4100A............................SG187– 10
MPX4101 ..............................SG1010– 3
MPX4105 ..............................SG1010– 3
MPX4115 ..............................SG1010– 3
..............................................SG187– 10
MPX4200 ..............................SG1010– 3
MPX4250 ..............................SG1010– 3
..............................................SG187– 10
MPX5010 ..............................SG1010– 3
MPX5050 ..............................SG1010– 3
MPX5100 ..............................SG1010– 3
..............................................SG187– 10
MPX53 ..................................SG1010– 4
MPX5500 ..............................SG1010– 3
MPX5700 ..............................SG1010– 3
..............................................SG187– 10
MPX5999 ..............................SG1010– 3
MPX5999D ...........................SG187– 10
MPX6115 ..............................SG1010– 3
MPXA6115A .........................SG187– 10
MPXAZ4100A .......................SG187– 10
MPXAZ6115A .......................SG187– 10
MPXC2011 ...........................SG1010– 4
MPXH6101 ...........................SG1010– 3
..............................................SG187– 10
MPXH6101A .........................SG187– 10
MPXH6250 ...........................SG1010– 3
MPXH6250A .........................SG187– 10
PRODUCT ...................PAGE NUMBER
MPXH6300............................SG1010– 3
..............................................SG187– 10
MPXH6400............................SG1010– 3
..............................................SG187– 10
MPXHZ6115 .........................SG187– 10
MPXHZ6250 .........................SG187– 10
MPXHZ6400 .........................SG187– 10
MPXV4006............................SG1010– 3
MPXV5004............................SG1010– 3
..............................................SG187– 10
MPXV5010G .........................SG187– 10
MPXV6115V .........................SG187– 10
MPXV7002............................SG1010– 3
MPXV7007............................SG1010– 3
..............................................SG187– 10
MPXV7025............................SG1010– 3
..............................................SG187– 10
MPXY80201........................SG1002– 13
MPXY8300A .......................SG1002– 13
......................... SG1010– 5, SG187– 12
MPXY8300B .......................SG1002– 13
......................... SG1010– 5, SG187– 12
MPXY8300C .......................SG1002– 13
......................... SG1010– 5, SG187– 12
MPXY8310A .........................SG1010– 5
..............................................SG187– 12
MPXY8310B .........................SG1010– 5
..............................................SG187– 12
MPXY8310C .........................SG1010– 5
..........................................SG187– 5, 12
MPXY8320A .......................SG1002– 13
..............................................SG1010– 5
MPXY8320A .........................SG187– 12
MPXY8320B .......................SG1002– 13
......................... SG1010– 5, SG187– 12
MPXY8320C .......................SG1002– 13
......................... SG1010– 5, SG187– 12
MRF35002N6A .......................SG1009 6
MRF35003AN .......................SG1009– 6
MRF377H..............................SG1009– 2
MRF5P21045N .....................SG1009– 4
MRF5P21180H .....................SG1009– 5
MRF5S19060N/NB ...............SG1009– 4
MRF5S19130HS...................SG1009– 4
MRF5S19150H .....................SG1009– 4
MRF5S21045N/NB ...............SG1009– 4
MRF65S4125N/NB ...............SG1009– 2
MRF6P18190H .....................SG1009– 4
MRF6P21190H .....................SG1009– 5
MRF6P23190H .....................SG1009– 5
MRF6P24190H .....................SG1009– 2
MRF6P27160H .....................SG1009– 6
MRF6S18060N/NB ...............SG1009– 4
MRF6S18100N/NB ...............SG1009– 4
MRF6S19060N/NB ...............SG1009– 4
SG1000CR–5
SG1000CRQ22009
5
6
PRODUCT CROSS-REFERENCE (ALPHANUMERIC LISTING) (CONTINUED)
PRODUCT................... PAGE NUMBER
MRF6S19100H/HS............... SG1009– 4
MRF6S19100N/NB............... SG1009– 4
MRF6S19120H/HS............... SG1009– 4
MRF6S19140H/HS............... SG1009– 4
MRF6S19200H/HS............... SG1009– 4
MRF6S20010N/GN .......... SG1009– 3, 4
MRF6S21050L/LS ................ SG1009– 4
MRF6S21060N/NB............... SG1009– 4
MRF6S21100H/HS............... SG1009– 4
MRF6S21100N/NB............... SG1009– 5
MRF6S21140H/HS............... SG1009– 5
MRF6S21190H/HS............... SG1009– 5
MRF6S23100H/HS............... SG1009– 5
MRF6S23140H/HS............... SG1009– 5
MRF6S24140H/HS............... SG1009– 2
MRF6S27015N/GN .............. SG1009– 5
MRF6S27050H/HS............... SG1009– 5
MRF6S27085H/HS............... SG1009– 6
MRF6V10010N..................... SG1009– 2
MRF6V14300H/HS............... SG1009– 2
MRF6V2010N/NB................. SG1009– 2
MRF6V2150N/NB................. SG1009– 2
MRF6V2300N/NB................. SG1009– 2
MRF6V4300N/NB................. SG1009– 2
MRF6VP11KH ...................... SG1009– 2
MRF6VP21KH ...................... SG1009– 2
MRF6VP2600H .................... SG1009– 2
MRF6VP3450H/HS .............. SG1009– 2
MRF6VP41KH/HS ................ SG1009– 2
MRF7P20040H/HS............... SG1009– 4
MRF7S15100H/HS............... SG1009– 3
MRF7S16150H/HS............... SG1009– 5
MRF7S18125AH/AHS .......... SG1009– 4
MRF7S18125BH/BHS .......... SG1009– 4
MRF7S18170H/HS............... SG1009– 4
MRF7S19080H/HS............... SG1009– 4
MRF7S19100N/NB............... SG1009– 4
MRF7S19120N..................... SG1009– 4
MRF7S19170H/HS............... SG1009– 4
MRF7S19210H/HS............... SG1009– 4
MRF7S21080H/HS............... SG1009– 4
MRF7S21110H/HS............... SG1009– 5
MRF7S21150H/HS............... SG1009– 5
MRF7S21170H/HS............... SG1009– 5
MRF7S21210H/HS............... SG1009– 5
MRF7S27130H/HS............... SG1009– 6
MRF7S38010H/HS............... SG1009– 6
MRF7S38040H/HS............... SG1009– 6
MRF7S38075H/HS............... SG1009– 6
MRF86S26060H/HS............. SG1009– 5
MRF8P9300H/HS................. SG1009– 3
MRF8S21100H/HS............... SG1009– 4
MRF8S21120H/HS............... SG1009– 5
MRF8S21140H/HS............... SG1009– 5
MRF8S26120H/HS............... SG1009– 6
PRODUCT................... PAGE NUMBER
MRF8S7170N....................... SG1009– 3
MRF8S7230N....................... SG1009– 3
MRF8S9170N....................... SG1009– 3
MRF8S9200N....................... SG1009– 3
MRF8S9260H/HS................. SG1009– 3
MRFE6P3300H .................... SG1009– 2
MRFE6P9220H .................... SG1009– 3
MRFE6S20010N/GN ............ SG1009– 3
MRFE6S8046GN.................. SG1009– 3
MRFE6S9045N ................ SG1009– 2, 3
MRFE6S9046GN/GN ........... SG1009– 3
MRFE6S9060N ................ SG1009– 2, 3
MRFE6S9125N/NB .............. SG1009– 3
MRFE6S9130H/HS .............. SG1009– 3
MRFE6S9135H/HS .............. SG1009– 3
MRFE6S9160H/HS .............. SG1009– 3
MRFE6S9200H/HS .............. SG1009– 3
MRFE6S9201H/HS .............. SG1009– 3
MRFE6S9205H/HS .............. SG1009– 3
MRFG35002N6A .................. SG1009– 5
MRFG35003AN .................... SG1009– 5
MRFG35003N6A .............. SG1009– 5, 6
MRFG35005AN ................ SG1009– 5, 6
MRFG35010A................... SG1009– 5, 6
MRFG35010AN ................ SG1009– 5, 6
MRFG35020A................... SG1009– 5, 6
MRFIC1505A...................... SG1002– 13
.............................................. SG187– 12
MSBA8100ADS ............ SG1004– 14, 17
MSC7116...................... SG1004– 13, 14
MSC7116VF1000 ............... SG1004– 10
MSC7116VM1000 .............. SG1004– 10
MSC7118............................ SG1004– 13
MSC7118VF1200 ............... SG1004– 10
MSC7118VM1200 .............. SG1004– 10
MSC7119............................ SG1004– 13
MSC7119VF1200 ............... SG1004– 10
MSC7119VM1200 .............. SG1004– 10
MSC711xADS .............. SG1004– 14, 17
MSC711xEVM .............. SG1004– 14, 17
MSC7120............................ SG1004– 10
MSC8112............................ SG1004– 13
MSC8112TMP2400V.......... SG1004– 11
MSC8112TVT2400V .......... SG1004– 11
MSC8113............................ SG1004– 13
MSC8113TMP3600V.......... SG1004– 11
MSC8113TMP4800 ............ SG1004– 11
MSC8113TVT3600V .......... SG1004– 11
MSC8113TVT4800............. SG1004– 11
MSC8122............................ SG1004– 13
MSC8122ADSE............ SG1004– 14, 17
MSC8122MP8000 .............. SG1004– 11
MSC8122TMP4800V.......... SG1004– 11
MSC8122TMP6400 ............ SG1004– 11
MSC8122TMP6400V.......... SG1004– 11
PRODUCT ................... PAGE NUMBER
MSC8122TVT4800V........... SG1004– 11
MSC8122TVT6400 ............. SG1004– 11
MSC8122TVT6400V........... SG1004– 11
MSC8122VT8000 ............... SG1004– 11
MSC8126............................ SG1004– 13
MSC8126ADSE ............ SG1004– 14, 17
MSC8126MP8000 .............. SG1004– 11
MSC8126TMP6400 ............ SG1004– 11
MSC8126TVT6400 ............. SG1004– 11
MSC8126VT8000 ............... SG1004– 11
MSC8144............................ SG1004– 13
MSC8144ADS .............. SG1004– 14, 17
MSC8144AMC-S .......... SG1004– 14, 17
MSC8144E ......................... SG1004– 13
MSC8144EADS ............ SG1004– 14, 17
MSC8144ESVT1000A ........ SG1004– 11
MSC8144ESVT800A .......... SG1004– 11
MSC8144EVT1000A .......... SG1004– 11
MSC8144EVT800A ............ SG1004– 11
MSC8144SVT1000A .......... SG1004– 11
MSC8144SVT800A ............ SG1004– 11
MSC8144VT1000A............. SG1004– 11
MSC8144VT800A............... SG1004– 11
MW4IC2020NB/GNB ............ SG1009– 6
MW4IC2230NB..................... SG1009– 7
MW4IC915NB/GNB .............. SG1009– 6
MW5IC2030NB/GNB ............ SG1009– 6
MW5IC970NB....................... SG1009– 3
MW6IC1940NB..................... SG1009– 7
MW6IC2015NB/GNB ............ SG1009– 6
MW6IC2240NB/GNB ............ SG1009– 7
MW6IC2420NB..................... SG1009– 2
MW6IC2425N/GN/NB........... SG1009– 2
MW6S004N ...................... SG1009– 2, 3
MW6S010N/GN ................ SG1009– 2, 3
MW7IC18100N/GN/NB......... SG1009– 6
MW7IC2040N/GN/NB........... SG1009– 6
MW7IC2220N/GN/NB........... SG1009– 7
MW7IC2240N/GN/NB........... SG1009– 7
MW7IC2725N/GN/NB....... SG1009– 5, 7
MW7IC2750N/GN/NB....... SG1009– 5, 7
MW7IC2755N/GN................. SG1009– 5
MW7IC3825N/GN/NB....... SG1009– 6, 7
MW7IC915N ......................... SG1009– 6
MW7IC930N/GN/NB............. SG1009– 6
MWE6IC9080N..................... SG1009– 6
MWE6IC9100N/GN/NB ........ SG1009– 6
MWIC930N/GN..................... SG1009– 6
MXC275-30........................... SG1013– 2
MXC300-30........................... SG1013– 2
P
P2010 ................................. SG1007– 12
P2020 ................................. SG1007– 12
PC8100................................. SG1004 12
PRODUCT ................... PAGE NUMBER
R
RFX250-20 ...........................SG1013– 6
RFX275-20 ...........................SG1013– 6
RFX275-30 ...........................SG1013– 6
RFX300-20 ...........................SG1013– 6
RFX300-30 ...........................SG1013– 6
RTXC ..................................SG1004– 15
RTXCNET...........................SG1004– 15
S
S08AW16A ...........................SG187– 15
S08AW32..............................SG187– 14
S08AW48..............................SG187– 14
S08AW60..............................SG187– 13
S08DN16 ..............................SG187– 14
S08DN32 ..............................SG187– 14
S08DN48 ..............................SG187– 13
S08DN60 ..............................SG187– 13
S08DV128 ............................SG187– 13
S08DV16 ..............................SG187– 14
S08DV32 ..............................SG187– 14
S08DV48 ..............................SG187– 13
S08DV60 ..............................SG187– 13
S08DV96 ..............................SG187– 13
S08DZ128.............................SG187– 13
S08DZ16...............................SG187– 14
S08DZ32...............................SG187– 14
S08DZ48...............................SG187– 13
S08DZ60...............................SG187– 13
S08DZ96...............................SG187– 13
S08EL16 ...............................SG187– 14
S08EL32 ...............................SG187– 14
S08EN16 ..............................SG187– 14
S08EN32 ..............................SG187– 14
S08LG16...............................SG187– 14
S08LG32...............................SG187– 14
S08QD2 ................................SG187– 15
S08QD4 ................................SG187– 15
S08SG16 ..............................SG187– 15
S08SG32 ..............................SG187– 14
S08SG4 ................................SG187– 15
S08SG8 ................................SG187– 15
S08SL16 ...............................SG187– 14
S08SL8 .................................SG187– 15
S12HA32 ..............................SG187– 18
S12HA48 ..............................SG187– 18
S12HA64 ..............................SG187– 17
S12HN64 ..............................SG187– 17
S12HY32 ..............................SG187– 18
S12HY48 ..............................SG187– 17
S12HY64 ..............................SG187– 17
S12HZ128.............................SG187– 17
S12HZ64...............................SG187– 17
S12P128 ...............................SG187– 17
S12P32 .................................SG187– 17
PRODUCT ...................PAGE NUMBER
S12P64 .................................SG187– 17
S12P96 .................................SG187– 17
S12XB128.............................SG187– 17
S12XB256.............................SG187– 17
S12XD128.............................SG187– 17
S12XD256.............................SG187– 17
S12XD64...............................SG187– 17
S12XDG128..........................SG187– 17
S12XDP512 ..........................SG187– 17
S12XDQ256..........................SG187– 17
S12XDT256 ..........................SG187– 17
S12XDT384 ..........................SG187– 17
S12XDT512 ..........................SG187– 17
S12XEP100 ..........................SG187– 16
S12XEP768 ..........................SG187– 16
S12XEQ384 ..........................SG187– 16
S12XEQ512 ..........................SG187– 16
S12XET256...........................SG187– 16
S12XF128 .............................SG187– 16
S12XF256 .............................SG187– 16
S12XF384 .............................SG187– 16
S12XF512 .............................SG187– 16
S12XHZ256 ..........................SG187– 16
S12XHZ384 ..........................SG187– 16
S12XHZ512 ..........................SG187– 16
S12XS128.............................SG187– 16
S12XS256.............................SG187– 16
S12XS64...............................SG187– 16
X
XPC8255...............................SG1007– 5
XPC8260...............................SG1007– 5
XPC850.................................SG1007– 2
XPC850DE............................SG1007– 2
XPC850DSL..........................SG1007– 2
XPC850SR............................SG1007– 2
SG1000CR–6
SG1000CRQ22009
SAMPLE CROSS-REFERENCE (Alphanumeric Listing)
PRODUCT................... PAGE NUMBER
K
KMSC7119VM1200............ SG1004– 10
KMSC7119VF1200 ............ SG1004– 10
KMSC7118VM1200............ SG1004– 10
KMSC7118VF1200 ............ SG1004– 10
KMSC7116VM1000............ SG1004– 10
KMSC7116VF1000 ............ SG1004– 10
KMSC8122TVT4800 .......... SG1004– 11
KMSC8122TMP4800 ......... SG1004– 11
KMSC8122TVT6400V ........ SG1004– 11
KMSC8122TMP6400V ....... SG1004– 11
KMSC8122TVT6400 .......... SG1004– 11
KMSC8122TMP6400 ......... SG1004– 11
KMSC8122TVT4800 .......... SG1004– 11
KMSC8122TMP4800 ......... SG1004– 11
KMSC8122TVT6400V ........ SG1004– 11
KMSC8122TMP6400V ....... SG1004– 11
KMSC8122TVT6400 .......... SG1004– 11
KMSC8122TMP6400 ......... SG1004– 11
KMSC8122VT8000 ............ SG1004– 11
KMSC8122MP8000............ SG1004– 11
KMSC8126TVT6400 .......... SG1004– 11
KMSC8126TMP6400 ......... SG1004– 11
KMSC8126VT8000 ............ SG1004– 11
KMSC8126MP8000............ SG1004– 11
S
SPAKDSP311VF150 ............ SG1004– 7
SPAKDSP311VL150 ............ SG1004– 7
SPAKDSP321VF240 ............ SG1004– 7
SPAKDSP321VL240 ............ SG1004– 7
SPAKDSP321VF240 ............ SG1004– 7
SPAKDSP321VL240 ............ SG1004– 7
SPAKDSP321VF240 ............ SG1004– 7
SPAKDSP321VL240 ............ SG1004– 7
SPAKDSP321VF275 ............ SG1004– 7
SPAKDSP321VL275 ............ SG1004– 7
SG1000CR–7
SG1000CRQ22009
7
8
How to Reach Us:
Home Page:
www.freescale.com
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USA/Europe or Locations Not Listed:
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Freescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc.
All other product or service names are the property of their respective owners.
© Freescale Semiconductor, Inc. 2009. All rights reserved.
SG1000CRQ22009
Rev 0
4/2009
Information in this document is provided solely to enable system and
software implementers to use Freescale Semiconductor products. There
are no express or implied copyright licenses granted hereunder to design
or fabricate any integrated circuits or integrated circuits based on the
information in this document.
Freescale Semiconductor reserves the right to make changes without
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regarding the design or manufacture of the part.
Automotive
Quarter 2, 2009
SG187Q22009 Rev 35
9
10
FREESCALE SEMICONDUCTOR ANALOG AND MIXED SIGNAL PRODUCTS
The product categories range from Power Actuation and Network Transceivers to Signal
Conditioning and Embedded MCU + Power. Power Actuation covers a broad range of load
control and drivers, including motor control.
SMARTMOS¥ — Freescale Semiconductor SMARTMOS technology allows designers to
interface high-precision components with the harsh automotive environment.
Cost-Effective — Ideally suited for rugged automotive applications, SMARTMOS solutions
offer a cost-effective blend of analog, digital, and robust power silicon that enables integrated,
mixed-signal, power control ICs.
Functionality — SMARTMOS solutions implement traditional analog functions with smaller die
size, and a modular process produces components with the minimum number of process
steps for each circuit, minimizing overhead.
Benefits — Freescale Semiconductor SMARTMOS technology brings a wide range of
benefits to today’s designs, including component reductions, power flexibility, durability,
efficiency, precision, high-performance analog, and robustness.
Packaging — Freescale devices may be offered in EPP and RoHS compliant packages; view
the external web for specifics.
For additional information, visit:
Documentation, Tool, and Product Libraries
www.freescale.com
www.freescale.com/analog
www.freescale.com/powermanagement
ANALOG AND MIXED SIGNAL PRODUCTS
Power Actuation — Low-Side Switches (Solid State Intelligent Switches)
Product
Description
No of
High-Side Continuous Current RDS(on) (m:)
Current
Current Limitation Control1 Status/Fault
Outputs or Low-Side Each Output (A) of Each Output Limitation (A) Standby Max (PA)
Reporting
Protection Features
Packaging
Status
MC33800
Engine Control IC, with Eight Low-Side Switches,
Two Constant Current Low-Side Switches and Six
MOSFET gate pre-drivers
8
L
8 @ 0.35
2 @ 700
6 @ 1000
2 @ 6.0
6 @ 2.0
30
Parallel,
SPI
SPI
Open Load detect,
Overcurrent protect,
Overvoltage protect,
Shorted Load detect,
Undervoltage protect,
Thermal protect
54-pin SOICW
Exposed Pad
Production
EVB
MC33810
Engine Control Integrated Circuit capable of driving
a combination of four Low-Side loads and four
MOSFETs or IGBT gates
4
L
1.0
100
6.0
30
Parallel,
SPI
SPI Status
Flags
Shorted Load detect,
Thermal protect
32-pin SOICW
Exposed Pad
Production
EVB
MC33812
Engine control power IC, with 3 Low-Side drivers,
one pre-driver, +5V pre-regulator, ISO-9141
physical interface and MCU watchdog circuit.
3
L
2 @ 4.5
1 @ 1.5
2 @ 200
1 @ 1000
2 @ 6.0
1 @ 2.0
2 @ 1000
1 @ 20
Parallel
Parallel
Overcurrent,
Outputs Short to Battery,
Overtemperature Protect
32-pin SOICW,
Exposed Pad
2Q2009
MC33879
(1.0 :RDS(on)) Configurable Eight Output SPI
Controlled Switch
8
H/L
0.35
550
1.2
25
SPI w/
2 PWM
SPI
Short Circuit, Current Limit,
Temp Sense
32-pin SOICW
Exposed Pad
Production
EVB
MC33880
(1.0 :RDS(on)) Configurable Eight Output SPI
Controlled Switch
8
H/L
0.5
550
1.2
25
SPI w/
2 PWM
SPI
Short Circuit, Current Limit,
Temp Sense
32-pin SOICW
Production
EVB
MC33882
(0.8 :RDS(on)) Smart Six Output Switch with SPI
and Parallel Input Control
8
L
1.0
375
3.0
10
SPI
SPI
Short Circuit, Current Limit,
Temp Sense
30-pin HSOP
Production
MC33888
Quad High-Side Switch and Octal Low-Side
Switch
12
H/L
2 @ 10 A
8 @ 500 mA
2 @ 5.0 A
2 x 10,
2 x 40,
8 x 600
45/20
5.0
SPI
SPI
Short Circuit, Current Limit,
Temp Sense, Current
Recopy
36-pin PQFN
Production
MC33996
16 Output Hardware Low-Side Switch with 24-Bit
Serial Input Control
16
L
0.5
450
1.0 to 2.5
50
SPI
SPI
Short Circuit, Current Limit,
Temp Sense, Open Load
32-pin SOICW
Production
EVB
MC33999
16 Output Hardware Low-Side Switch with 24-Bit
Serial Input Control and 8 Parallel Control
16
L
0.5
450
1.0 to 2.5
50
SPI and
Parallel
SPI
Short Circuit, Current Limit,
Temp Sense, Open Load
54-pin SOICW
Production
EVB
MM908E630 See parameters on page 8
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
A change bar appears in the left margin to mark the location of new or revised information.
SG187–2
Rev 35
ANALOG AND MIXED SIGNAL PRODUCTS (continued)
Power Actuation — High-Side Switches (Solid State Intelligent Switches)
Product
Description
No of
High-Side Continuous Current RDS(on) (m:)
Current
Current Limitation Control1
Outputs or Low-Side Each Output (A) of Each Output Limitation (A) Standby Max (PA)
Status/Fault
Reporting
Protection Features
Packaging
Status
MC10XS3412 Quad High-Side Switch (2 x 10 m:
2 x 12 m:), with PWM, Protection,
Diagnostics and SPI Control
4
H
6.0
2 x 10, 2 x 12
30
5.0
SPI and
Parallel
SPI
Fail Safe Mode, Overcurrent
Shutdown, Overtemperature,
Short Circuit
24-pin PQFN
Production
EVB
MC10XS3435 Quad High-Side Switch (2 x 10 m:
2 x 35 m:), with PWM, Protection,
Diagnostics and SPI Control
4
H
6.0
2 x 10, 2 x 35
30
5.0
SPI and
Parallel
SPI
Fail Safe Mode, Overcurrent
Shutdown, Overtemperature,
Short Circuit
24-pin PQFN
Production
EVB
MC15XS3400 Quad High-Side Switch (4 x 15 m:),
with PWM, Protection, Diagnostics and
SPI Control
4
H
6.0
15
30
5.0
SPI and
Parallel
SPI
Fail Safe Mode, Overcurrent
Shutdown, Overtemperature,
Short Circuit
24-pin PQFN
Production
EVB
MC33580B
Quad High-Side Switch (15 m:), with
Protection and Diagnostics
4
H
10
15
100
5.0
SPI and
Parallel
SPI, Status Pin
Overcurrent, Overtemperature,
Short Circuit, Reverse Battery,
Undervoltage Lock Out
24-pin PQFN
Production
MC33874B
Quad High-Side Switch (35 m:), with
Protection and Diagnostics
4
H
5
35
55
5.0
SPI and
Parallel
SPI, Status Pin
Overcurrent, Overtemperature,
Short Circuit, Reverse Battery,
Undervoltage Lock Out
24-Pin PQFN Production
MC33879
(1.0 :RDS(on)) Configurable Eight
Output SPI Controlled Switch
8
H/L
0.35
550
1.2
25
SPI w/
2 PWM
SPI
Short Circuit, Current Limit, Temp 32-pin SOICW Production
Sense
Exposed Pad
EVB
MC33880
Configurable Eight Output SPI
Controlled Switch
8
H/L
0.5
550
1.2
25
SPI w/
2 PWM
SPI
Short Circuit, Current Limit, Temp 32-pin SOICW Production
Sense
EVB
MC33888
Quad High-Side Switch and Octal
Low-Side Switch
12
H/L
2 @ 10 A
8 @ 500 mA
2 @ 5.0 A
2 x 10,
2 x 40,
8 x 600
45/20
5.0
SPI
SPI
Short Circuit, Current Limit, Temp
Sense, Current Recopy
36-pin PQFN
Production
MC33981B
Single High-Side Switch (4.0 m:), with
PWM, Protection and Diagnostics
1
H
40.0
4
100
5.0
Parallel
Status Pin,
Current Monitor,
Temperature
Overcurrent, Overtemperature,
Short Circuit, Undervoltage Lock
Out
16-pin PQFN
Production
MC33982B
Self Protected 2 m: Switch with
Diagnostic and Protection
1
H
60.0
2
100 or 150
Selectable
5.0
SPI and
Parallel
SPI
Temp Sense, Over/Undervoltage,
Shutdown, Overcurrent, Reverse
Polarity, Current Recopy
16-pin PQFN
Production
EVB
MC33984B
Self Protected 4 m: Switch with
Diagnostic and Protection
2
H
30.0
4
100 or 75
Selectable
5.0
SPI and
Parallel
SPI
Temp Sense, Over/Undervoltage,
Shutdown, Overcurrent, Reverse
Polarity, Current Recopy
16-pin PQFN
Production
EVB
4
H
6.0
35
30
5.0
SPI and
Parallel
SPI
Fail Safe mode, Overcurrent
Shutdown, Overtemperature,
Short Circuit
24-pin PQFN
Production
EVB
MC35XS3400 Quad High-Side Switch (4 x 35 m:),
with PWM, Protection, Diagnostics and
SPI Control
MM908E621
See Embedded MCU + Power (page 8)
MM908E622
See Embedded MCU + Power (page 8)
MM908E624
See Embedded MCU + Power (page 8)
MM908E625
See Embedded MCU + Power (page 8)
MM908E630
See Embedded MCU + Power (page 8)
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
A change bar appears in the left margin to mark the location of new or revised information.
SG187–3
Rev 35
11
12
ANALOG AND MIXED SIGNAL PRODUCTS (continued)
Power Actuation — H-Bridges and Motor Drivers
Product
Description
MC33879
(1.0 :RDS(on)) Configurable Eight
Output SPI Controlled Switch
No of
Outputs
High-Side or
Low-Side
8
H/L
0.35
H/L
0.5
Current Limitation Control1 Status/Fault
Standby Max
Reporting
Continuous Current RDS(on) (m:)
Current
Each Output (A) of Each Output Limitation (A)
550
1.2
25 µA
SPI w/2
PWM
Protection Features
Packaging
Status
SPI
Short Circuit, Current Limit, Temp Sense
32-pin SOICW
Exposed Pad
Production
EVB
MC33880
Configurable Eight Output SPI
Controlled Switch
8
550
1.2
25 µA
SPI w/2
PWM
SPI
Short Circuit, Current Limit, Temp Sense
32-pin SOICW
Production
EVB
MC33886
H-Bridge Driver (5.2 A)
2
120
6.0
20 mA
Parallel
1 Status Pin
(Overcurrent /
Overtemp)
Short Circuit, Current Limit,
Temp Sense
20-pin HSOP
Production
EVB
MC33887
H-Bridge Driver with Sleep Mode
(5.2 A)
2
130
6.0
25 PA
Parallel
1 Status Pin
(Overcurrent /
Overtemp)
Short Circuit, Current Limit,
Temp Sense
20-pin HSOP
54-pin SOICW
36-pin PQFN
Production
EVB
MC33899
Programmable H-Bridge Power IC
2
100
11.5
50 PA
SPI and
Parallel
SPI
Open Circuit detect, Undervoltage,
Overtemperature Shutdown, Output
Short Protect, Short Circuit Current Limit
30-pin HSOP
Production
EVB
MC33926
5.0 A Throttle Control H-Bridge
2
120
8.0
50 PA
Parallel
Status Flag
Output Short Circuit Protect, Overcurrent
Limit, Overtemperature
32-pin PQFN
2Q2009
EVB
MC33931
5.0 A Throttle Control H-Bridge
2
120
8.0
50 PA
Parallel
Status Flag
Output Short Circuit Protect, Overcurrent
Limit, Overtemperature
44-pin HSOP
Production
EVB (’932)
MC33932
5.0 A Throttle Control Dual H-Bridge
4
120
8.0
50 PA
Parallel
Status Flag
Output Short Circuit Protect, Overcurrent
Limit, Overtemperature
44-pin HSOP
Production
EVB
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
Power Actuation — H-Bridge Stepper Motors
Product
Description
Main Characteristics
Operating
Voltage (V)
Packaging
Status
6.2 to 26
24-pin SOICW
Production
4 Dual Output H-Bridge coil drivers, MMT-licensed two-phase stepper motor compatible, analog
microstepping (12-steps/deg of pointer movement) with unproved pointer movement
6.2 to 26
24-pin SOICW
Production
Monolithic IC has 4 Output H-Bridge coil drivers and their associated control and management
logic, automatically controls speed, direction, and magnitude of current
6.2 to 26
24-pin SOICW
Production
Dual Gauge Driver Integrated Circuit
4 Dual Output H-Bridge coil drivers, MMT-licensed two-phase stepper motor compatible, analog
microstepping (12 steps/deg of pointer movement)
6.2 to 26
24-pin SOICW
Production
Stepper Motor Control, Quad Half-Bridge with Embedded MCU and LIN for
High Temperature TJ = 135qC
Voltage Regulator 5.0 V/60 mA, LIN Physical Layer with Selectable Slewrates
5 to 28
54-pin SOICW
Exposed Pad
Production
EVB (‘625)
MC33970
Dual Gauge Driver Large Pointer
4 Dual Output H-Bridge coil drivers, MMT-licensed two-phase stepper motor compatible, analog
microstepping (12-steps/deg of pointer movement)
MC33976
Dual Gauge Driver with Configurable Response Time
MC33977
Single Gauge Driver
MC33991
MM908E626
Power Actuation — Pre-Drivers (High-Side MOSFET Gate Drivers)
Product
Description
Main Characteristics
Operating
Voltage (V)
Control1
Output Drives
High/Low-Side,
Drive Current
Status
Reporting
Protection Features
Packaging
Status
5.0 to 36
Parallel, SPI
6 H, 2 mA (typ)
SPI
Open Load detect, Overcurrent,
Overvoltage, Shorted Load detect,
Undervoltage, Thermal
54-pin SOICW
Exposed Pad
Production
EVB
MC33800
Engine Control Integrated Circuit
Engine control IC, with six MOSFET gate pre-drivers, eight Low-Side
Switches, and two constant current Low-Side Switches
MC33810
Automotive Engine Control IC
Engine control IC with four MOSFET/IGBT gate drivers and four
Low-Side switches.
4.5 to 36
Parallel, SPI
4 L, 780 PA (typ)
SPI, Status
Flags
Shorted Load detect, Thermal
32-pin SOICW
Exposed Pad
Production
EVB
MC33812
Single cylinder Engine control IC.
Engine control power IC, with 3 Low-Side drivers, one pre-driver,
+5V pre-regulator, ISO-9141 physical interface and MCU watchdog
circuit.
4.5 to 36
Parallel
1H, 50 mA (typ)
Parallel
Overcurrent,
Outputs Short to Battery,
Overtemperature Protect
32-pin SOICW,
Exposed Pad
2Q2009
MC33927
Three-Phase Field Effect Transistor Pre-Driver
Triple High-Side and Low-Side FET pre-drivers, with parallel & SPI
control and programmable deadtime (shoot-through protect).
8.0 to 40
Parallel, SPI
3 H, 3 L, 1.0 A (typ)
SPI
Programmable Deadtime, Reverse
Charge Injection
54-pin SOICW
Exposed Pad
Production
EVB
MC33937
Three-Phase Field Effect Transistor Pre-Driver
Triple High-Side and Low-Side FET pre-drivers, with parallel & SPI
control and programmable deadtime (shoot-through protect).
8.0 to 58
Parallel, SPI
3 H, 3 L, 1.0 A (typ)
SPI
Programmable Deadtime, Reverse
Charge Injection
54-pin SOICW
Exposed Pad
Production
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
A change bar appears in the left margin to mark the location of new or revised information.
SG187–4
Rev 35
ANALOG AND MIXED SIGNAL PRODUCTS (continued)
Power Actuation — Squib Drivers
Product
MC33797
Description
Four Channel Squib Driver IC
Main Characteristics
Regulation
Voltage
Operating
Voltage (V)
Packaging
Status
Four-Channel High-Side and Low-Side 2.0 A FET Switches, Externally Adjustable FET Current Limiting, Adjustable Current Limit
Range: 0.8 A to 2.0 A, 8-Bit SPI for Diagnostics and FET Switch Activation, Diagnostics for High-Side Safing Sensor Status
7.0 to 35
4.75 to 5.25
32-pin SOICW
Production
Power Actuation — Powertrain Control and Engine Management
Peak Current
Limit (A)
RDSON
(m:)
Control1
Operating
Voltage (V)
Packaging
Status
MC33800
Engine Control Integrated Circuit
Engine control IC, with six MOSFET gate pre-drivers, eight LowSide Switches, and two constant current Low-Side Switches.
2 @ 6.0
6 @ 2.0
1 @ 2.8
1 @ 1.0
2 @ 700
6 @ 1000
1 @ 250
1 @ 1000
SPI,
Parallel
5.0 to 36
54-pin SOICW
Exposed Pad
Production
EVB
MC33810
Automotive Engine Control IC
Engine control IC with four MOSFET/IGBT gate drivers and four
Low-Side Switches.
6.0
100
SPI,
Parallel
4.5 to 36
32-pin SOICW
Exposed Pad
Production
EVB
MC33811
Solenoid Monitor Integrated Circuit
5 input solenoid monitoring to verify proper electrical and
mechanical solenoid operation.
MC33812
Single cylinder Engine control IC
Engine control power IC, with 3 Low-Side drivers, one pre-driver,
+5V pre-regulator, ISO-9141 physical interface and MCU
watchdog circuit.
MC33899
Programmable H-Bridge Power IC
Product
Description
Main Characteristics
—
—
SPI
10.5 to 15.5
16-pin SOICW
Production
EVB
2 @ 6.0
1 @ 2.0
[email protected]
[email protected]
Parallel
4.5 to 36
32-pin SOICW,
Exposed Pad
2Q2009
Designed to drive a DC motor in both forward and reverse shaft
rotation under pulse-width modulation (PWM) of speed and
torque. Can be controlled by SPI or parallel control lines.
15.0
90
SPI,
Parallel
6.0 to 26.5
30-pin HSOP
Production
MC33926
5.0 A Throttle Control H-Bridge
H-Bridge power IC for DC servo motor control like engine throttle
control. Load can be PWM’ed up to 20 KHz
8.0
120
Parallel
8.0 to 28
32-pin PQFN
2Q2009
EVB
MC33927
Three-Phase Field Effect Transistor Pre-Driver
Triple High-Side and Low-Side FET pre-drivers, with parallel & SPI
control and programmable deadtime (shoot-through protect).
—
—
SPI,
Parallel
8.0 to 40
54-pin SOICW
Exposed Pad
Production
EVB
MC33975
MC33975A
22 input Multiple Switch Detect Interface with 32 mA Wetting 22 inputs contact monitoring (14 GND, 8 configurable),
Current and Wake-up
4.0 mA or 32 mA pulse wetting current, low-power mode interrupt
capability, wake-up. Can supply current to external sensors.
—
—
SPI
5.5 to 26.5
32-pin SOICW
Exposed Pad
Production
EVB
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
Network Transceivers — CAN Physical Interface Components
Product
Description
Main Characteristics
Communication
Protocol
Operating
Voltage
(V)
Current
Limitation Standby
(PA)
Typ
Max
Other Features
Control and
Status
Reporting1
Protection
Features
Packaging
Status
MC33742
MC33742S
System Basis Chip with Enhanced
High-Speed CAN (250k to 1Mbps)
Dual VREG, Enhance HS CAN with Bus
failure diagnostic capability, 4 wake-up
inputs, pin and function compatible with
MC33989
CAN High-Speed
dual wire
5.5 to 27
60
150
Low power modes, remote and
local wake-up capabilities
4 MHz SPI
(for diag)
Current and
thermal protection
for CAN and
regulator
28-pin SOICW
48-pin QFN
Production
EVB
MC33889B
MC33889D
System Basis Chip Lite with
Low-Speed CAN
Dual VREG, LS CAN, 2 wake-up inputs
CAN Low-Speed,
dual wires
5.5 to 27
100
100
Dual voltage regulator,
watchdog, wake-up input,
sleep and stop modes
SPI 4 MHz
Fault tolerant
28-pin SOICW
Production
MC33897C
MC33897D
Single-wire CAN
Low or high (33.3 kbps or 83.3) kbps data
rates, wake-up capability (GMW3089
v2.3 compatible)
Single-wire CAN
6.0 to 27
45
60
Regulator Control Output
Waveshaping Undervoltage
lockout detect and handle loss
of GND
2 Mode
Control Pins
Thermal shutdown,
current limit
14-pin SOICN
8-pin SOICN
Production
MC33989
System Basis Chip with High-Speed Dual VREG, HS CAN, 4 wake-up inputs
CAN
CAN High-Speed,
dual wires
5.5 to 27
150
150
Dual voltage regulator,
watchdog, wake-up input,
sleep mode, and cyclic sense
SPI 4 MHz
n/a
28-pin SOICW
Production
EVB
MC33902
High-speed CAN Interface with
Embedded 5 V supply
CAN High-Speed,
dual wires
5.5 to 27
14
30
Wake-up, Fault tolerant, Fault
reporting, Low power modes
Pseudo SPI,
Parallel
Overcurrent,
Overtemperature,
Short circuit, VBAT
undervoltage
detect
14-pin SOICN
2Q2009
High-speed CAN physical interface.
Includes a 5.0 V internal supply for the
CAN bus transceiver
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
A change bar appears in the left margin to mark the location of new or revised information.
SG187–5
Rev 35
13
14
ANALOG AND MIXED SIGNAL PRODUCTS (continued)
Network Transceivers — LIN, ISO-9141, J-1850 Physical Interface Components
Product
MC33399
MC33661
MC33689D
Description
Main Characteristics
Local Interconnect Network (LIN)
Physical Layer
Offers speed communication from 1.0
kbps to 20 kbps, and up to 60 kbps for
Programming Mode. It has two operating
modes: Normal and Sleep.
The 33399 supports LIN Protocol
Specification 1.3.
eLIN – Enhanced LIN Physical Layer
Selectable slew rate for operations at 10,
(Local Interconnect Network)
20, 100 kbps; bus short to ground fail
safe; excellent EMC behavior, pin and
function compatible with MC33399
System Basis Chip with Enhanced LIN Low power modes with remote and local
Physical Interface
wake-up; 5.0 V/60 mA VREG with reset
and selectable W/D; enhanced LIN
physical layer (same as MC33661)
Communication
Protocol
Operating
Voltage
(V)
Current
Other
Limitation Standby
Features
(PA)
Typ
Max
20
50
Wake-up input pin, control
of external voltage regulator
LIN Single-wire
7.0 to 27
LIN Single-wire
5.5 to 27
8.0
12
LIN Single-wire
5.5 to 27
35
45
ISO-9141
4.5 to 36
—
—
Control and
Status
Reporting1
Protection
Features
Packaging
Status
Parallel
Communication
Current limitation,
thermal protection
8-pin SOICN
Production
EVB
Compatibility with 5.0 V and
3.3 V micros, wake-up input
control of external regulator
Parallel
Communication
Current limitation,
thermal protection
8-pin SOICN
Production
EVB
Dual HS switch (150 mA)
and single HS switch
(50 mA) 2 wake-up inputs,
sense amplifier, overvoltage
and undervoltage detection
MCU watchdog timer, +5V
pre-regulator for MCU,
MCU power on RESET
4 MHz SPI
(for diag)
MC33812
Single cylinder Engine control IC
Engine control power IC, with 3 Low-Side
drivers, one pre-driver, +5V pre-regulator,
ISO-9141 physical interface and MCU
watchdog circuit.
MC33910
2nd Generation System Basis Chip
with High-Side Drivers
LIN 2.0 compatible, 5.0 V/60 mA LDO,
2 High-Side drivers w/PWM, 1 analog/
digital input
LIN Single-wire
5.5 to 18
48
80
Hall Sensor supply,
Configurable Window
Watchdog
SPI
4 MHz
MC33911
2nd Generation System Basis Chip
with DC Motor Pre-driver
LIN 2.0 compatible, 5.0 V/60 mA LDO,
1 High-Side driver & 2 Low-Side drivers
w/PWM, 2 analog/digital inputs
LIN Single-wire
5.5 to 18
48
80
Configurable Window
Watchdog
SPI
4 MHz
MC33912
2nd Generation System Basis Chip
LIN 2.0 compatible, 5.0 V/60 mA LDO,
with DC Motor Pre-driver and Current 2 High-Side drivers & 2 Low-Side drivers
Sense
w/PWM, 4 analog/digital inputs
LIN Single-wire
5.5 to 18
48
80
Hall Sensor supply,
Configurable Window
Watchdog, Current Sense
SPI
4 MHz
MC33990
Serial Link J-1850 Bus Transceiver
J-1850
9.0 to 16
n/a
65
Internally reverse battery
protected
Waveshaping
J-1850 multiplexing bus with loss of
ground protection
Current and
32-pin SOICW Production
thermal protection
EVB
for LIN, regulator
and HS switches
Parallel
Parallel
Communication
Overcurrent
32-pin SOICW
Outputs Short to
Battery,
Overtemperature
Protect
Multiple wake-up
32-pin LQFP
sources, LDO Fault
Detect, Low
Voltage Reset
Multiple wake-up
32-pin LQFP
sources, LDO Fault
Detect, Low
Voltage Reset
Multiple wake-up
32-pin LQFP
sources, LDO Fault
Detect, Low
Voltage Reset
Current limitation,
8-pin SOICN
thermal protection
2Q2009
Production
Production
Production
Production
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
Network Transceivers — Distributed Systems Interface (DSI) Components
Product
Description
MC33780
Dual DSI Master with Differential Drive
MC33781
Quad DSI Master with Differential Drive
MC33784
DSI Sensor Interface
MC33793
DSI Sensor Interface
Main Characteristics
Max Data Rate
Bus Sw. Resistance,
typ/max (:)
150 kbps
Operating
Temp Range
(°C)
-40 to +85
Bus controller for two differential DSI channels. SPI port for uC interface. Variable
CRC generation and detection, thermal protection, frequency spreading.
Bus controller for four differential DSI channels. Dual SPI ports for uC and safing
interfaces. Variable CRC generation and detection, comprehensive fault detection,
thermal protection, frequency spreading
DSI slave device optimized as a sensor interface. Differential bus capability & dual bus
switches for improved EMC performance, 2-channel 10-bit ADC, 5.0V regulated
output, 3 configurable logic pins, CRC generation and checking.
DSI slave device. 5.0 V regulated output, 4 configurable I/O pins (logic I/O or 8-bit
ADC), fault tolerant, logic output high current buffer.
Packaging
Status
n/a
16-pin SOICW
Production
200 kbps
-40 to +90
n/an/a
32-pin SOICW
Exposed Pad
Production
n/a
-40 to +150
3.0/6.0
16-pin SOICN
Production
n/a
-40 to +125
4.0/8.0
16-pin SOICN
Production
A change bar appears in the left margin to mark the location of new or revised information.
SG187–6
Rev 35
ANALOG AND MIXED SIGNAL PRODUCTS (continued)
Signal Conditioning — Switch Monitoring
Product
Description
Main Characteristics
MC33811
Solenoid Monitor Integrated Circuit
MC33884
Switch Monitor Interface
MC33972
MC33972A
22 input Multiple Switch Detect Interface with 16 mA Wetting
Current and Suppressed Wake-up
MC33975
MC33975A
22 input Multiple Switch Detect Interface with 32 mA Wetting
Current and Wake-up
MC33993
22 input Multiple Switch Detect Interface with 16 mA Wetting
Current and Wake-up
5 input solenoid monitoring to verify proper electrical and mechanical solenoid
operation.
12 input contact monitoring (6 GND, 2 VBAT, 4 configurable), 25 mA pulse wetting
current, master, slave, and low-power mode interrupt capability.
Multiple switch detection interface with suppressed wake-up designed to detect
closing and opening of up to 22 switch contacts (14 GND, 8 configurable), wetting
current of 2.0 mA or 16 mA.
22 inputs contact monitoring (14 GND, 8 configurable), 4.0 mA or 32 mA pulse
wetting current, low-power mode interrupt capability, wake-up. Can supply current to
external sensors.
22 inputs contact monitoring (14 GND, 8 configurable), pulse wetting current of
2.0 mA or 16 mA, low-power mode interrupt capability, wake-up.
Switch Monitor
Voltage (V)
0 to 64
Operating
Voltage (V)
10.5 to 15.5
Packaging
Status
16-pin SOICW
-14 to 40
7.0 to 26
24-pin SOICW
Production
EVB
Production
-14 to 38
-14 to 40
5.5 to 26
Production
EVB
-14 to 38
-14 to 40
5.5 to 26.5
32-pin SOICW
32-pin SOICW
Exposed Pad
32-pin SOICW
Exposed Pad
-14 to 40
5.5 to 26.5
32-pin SOICW
Production
EVB
Diagnostics1
Protection Features
SPI
4 MHz
Current and thermal
protection for LIN, regulator
and HS switches
32-pin SOICW Production
EVB
SPI
4 MHz
Current and thermal
protection for CAN and
regulator
28-pin SOICW Production
48-pin QFN
EVB
SPI
4 MHz
Fault tolerant
28-pin SOICW Production
EVB
SPI
4 MHz
Multiple wake-up sources,
LDO Fault Detect,
Low Voltage Reset
Multiple wake-up sources,
LDO Fault Detect,
Low Voltage Reset
Multiple wake-up sources,
LDO Fault Detect,
Low Voltage Reset
Current limitation, thermal
Production
EVB
System Basis Chip
Product
Description
MC33689D System Basis Chip with Enhanced LIN
Physical Interface
Main Characteristics
Bus Type
and Standard
Operating
Voltage
(V)
Low power modes with remote and local
wake-up; 5.0 V/60 mA VREG with reset and
selectable W/D; enhanced LIN physical
layer (same as MC33661)
LIN Single-wire
5.5 to 27
MC33742 System Basis Chip with Enhanced HighMC33742S Speed CAN (250K to 1Mbps)
Current
Other Features
Limitation
Standby
(PA)
Typ
M
ax
35
45
Dual HS switch (150 mA)
and single HS switch
(50 mA) 2 wake-up inputs,
sense amplifier, overvoltage
and undervoltage detection
60
150 Low power modes, remote
and local wake-up
capabilities
SBC, Dual VREG, Enhance HS CAN with
CAN High-Speed
dual wires
Bus failure diagnostic capability, 4 wake-up
inputs; pin and function compatible with
MC33989
MC33889D System Basis Chip with Low-Speed Fault Dual 5.0 V regulators LS CAN,
CAN Low-Speed,
Tolerant CAN
2 wake-up inputs
dual wires
5.5 to 27
5.5 to 27
60
100
MC33910
LIN Single-wire
5.5 to 18
48
80
LIN Single-wire
5.5 to 18
48
80
LIN Single-wire
5.5 to 18
48
80
CAN High-Speed,
dual wires
5.5 to 27
80
150
MC33911
MC33912
MC33989
2nd Generation System Basis Chip with
High-Side Drivers
LIN 2.0 compatible, 5.0 V/60 mA LDO,
2 High-Side drivers w/PWM, 1 analog/
digital input
2nd Generation System Basis Chip with LIN 2.0 compatible, 5.0 V/60 mA LDO,
DC Motor Pre-driver
1 High-Side driver & 2 Low-Side drivers
w/PWM, 2 analog/digital inputs
2nd Generation System Basis Chip with LIN 2.0 compatible, 5.0 V/60 mA LDO,
DC Motor Pre-driver and Current Sense 2 High-Side drives & 2 Low-Side drivers
w/PWM, 4 analog/digital inputs
System Basis Chip with High-Speed CAN Dual 5.0 V regulators HS CAN,
4 wake-up inputs
Dual voltage regulator,
Watchdog, wake-up input,
sleep and stop modes
Hall Sensor supply,
Configurable Window
Watchdog
Configurable Window
Watchdog
Hall Sensor supply,
Configurable Window
Watchdog, Current Sense
Dual voltage regulator,
Watchdog, wake-up input,
sleep and stop modes
SPI
4 MHz
SPI
4 MHz
SPI
4 MHz
Packaging
Status
32-pin LQFP
Production
32-pin LQFP
Production
32-pin LQFP
Production
28-pin SOICW Production
EVB
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
SG187–7
Rev 35
15
16
ANALOG AND MIXED SIGNAL PRODUCTS (continued)
Embedded MCU + Power
Product
Description
MM908E621 DC Motor/Mirror Control and LIN
Mirror Control, Integrated Quad HalfBridge and Triple High-Side with
Embedded MCU and LIN for High End
Mirror
Main Characteristics
Voltage Regulator 5.0 V/60 mA, LIN
Physical Layer with Selectable Slewrates,
Window Watchdog, Normal/Stop/Sleep
Mode Control
Power Features
2 x 275 m: Half-Bridges;
2 x 750 m: Half-Bridges;
1 x 185 m: High-Side;
2 x 440 m: High-Side;
Switched 5.0 V Output (25 mA)
MM908E622 DC Motor/Mirror Control and LIN
Mirror Control, Integrated Quad HalfBridge, Triple High-Side and EC Glass
Driver with Embedded MCU and LIN
for High End Mirror
Voltage Regulator 5.0 V/60 mA, LIN
Physical Layer with Selectable Slewrates,
Window Watchdog, Normal/Stop/Sleep
Mode Control
MM908E624 DC Motor Control Using Relays (for
example, Window Lift, Sun Roof, and
Power Seats), Triple High-Side Switch
with Embedded MCU + Power + LIN
Voltage Regulator 5.0 V/50 mA, LIN
Physical Layer with Selectable Slewrates,
Window Watchdog with Selectable Timing,
Normal/Stop/Sleep Mode Control
2 x 275 m: Half-Bridges;
2 x 750 m: Half-Bridges;
1 x 185 m: High-Side;
2 x 440 m: High-Side;
Switched 5.0 V Output (25 mA)
EC Glass Driver
1 x 7 : High-Side,
2 x 2.5 : High-Side Switches for
Relay Control
MM908E625 Mirror Control, Stepper Motor Control,
Door Lock Quad Half-Bridge and
Single High-Side with Embedded
MCU and LIN
Voltage Regulator 5.0 V/60 mA, LIN
Physical Layer with Selectable Slewrates,
Timeout Watchdog with Periodic wake-up
Feature, Normal/Stop Mode Control
4 x 400 m: Half-Bridges with
Current Control;
1 x 600 m: High-Side;
Switched 5.0 V Output (25 mA)
MM908E626 Stepper Motor Control, Quad HalfBridge with Embedded MCU and LIN
for High Temperature TJ = 135qC
Voltage Regulator 5.0 V/60 mA, LIN
Physical Layer with Selectable Slewrates
4 x 400 m: Half-Bridges with
Current Control;
Switched 5.0 V Output (24 mA)
MM908E630 Relay Control, using 2 High-Side and 2 Voltage regulators 5.0 V @ 50 mA, 5.0 V
2 Low-Side Switches, with an
@15 mA. LIN Physical Interface with
Embedded MCU and LIN Interface for Selectable Slew Rates
High Temperature TJ = 125qC
2 x 7 : High-Side Switches;
2 x 2.5 : Low-Side Switches;
Hall Sensor Switched Supply
MCU Reference
MCU Detail
MC68HC908EY16 HC08 Core, 16K Flash,
512 Bytes RAM, ESCI,
8-Channel 10-bit ADC,
Two 16-bit 2 Channel
Timers, Internal Clock
Generator
MC68HC908EY16 HC08 Core, 16K Flash,
512 Bytes RAM, ESCI,
8-Channel 10-bit ADC,
Two 16-bit 2 Channel
Timers, Internal Clock
Generator
MC68HC908EY16 HC08 Core, 16K Flash,
512 Bytes RAM, ESCI,
8-Channel 10-bit ADC,
Two 16-bit 2 Channel
Timers, Internal Clock
Generator
MC68HC908EY16 HC08 Core, 16K Flash,
512 Bytes RAM, ESCI,
8-Channel 10-bit ADC,
Two 16-bit 2 Channel
Timers, Internal Clock
Generator
MC68HC908EY16 HC08 Core, 16K Flash,
512 Bytes RAM, ESCI,
8-Channel 10-bit ADC,
Two 16-bit 2 Channel
Timers, Internal Clock
Generator
MC68HC908EY16 HC08 Core, 16K Flash,
512 Bytes RAM, ESCI,
10-bit ADC, Two 16-bit 2
Channel Timers, Internal
Clock generator
Additional Information
2/3 Pin Hall Sensor Input, Analog
Input with Current Source, 40 V
Rated wake-up Input, Vsup, Chip
Temperature and Current Sensing
Packaging
54-pin SOICW
Exposed Pad
Status
Production
2/3 Pin Hall Sensor Input, Analog
Input with Current Source, 40 V
Rated wake-up Input, Vsup, Chip
Temperature and Current Sensing
54-pin SOICW
Exposed Pad
Production
Operational Amplifier, 2 x 40 V
Rated wake-up Inputs
54-pin SOICW
Production
EVB
3 x 2 Pin Hall Sensor Inputs with
Cyclic wake-up Feature, Analog
Input with Current Source, Vsup,
Chip Temperature and Current
Sensing
54-pin SOICW
Exposed Pad
Production
EVB
Vsup, Chip Temperature and
Current Sensing
54-pin SOICW
Exposed Pad
Production
(EVB use ‘625)
44-pin QFN
2Q2009
PWM Capable, Current Sensing,
4 Analog/Digital Wake-up Inputs,
Window Watchdog Timer
A change bar appears in the left margin to mark the location of new or revised information.
SG187–8
Rev 35
FREESCALE SEMICONDUCTOR POWER MANAGEMENT PRODUCTS
The Power Management products portfolio provides solutions for Linear and Switching
voltage regulators. Hot Swap control and Power over Ethernet devices for use in applications
ranging from Consumer and Industrial to Automotive.
SMARTMOS¥ — Freescale Semiconductor SMARTMOS technology allows designers to
interface high-precision components with the harsh automotive environment.
Cost-Effective — Ideally suited for rugged automotive applications, SMARTMOS solutions
offer a cost-effective blend of analog, digital, and robust power silicon that enables integrated,
mixed-signal, power control ICs.
Functionality — SMARTMOS solutions implement traditional analog functions with smaller die
size, and a modular process produces components with the minimum number of process
steps for each circuit, minimizing overhead.
Benefits — Freescale Semiconductor SMARTMOS technology brings a wide range of
benefits to today’s designs, including component reductions, power flexibility, durability,
efficiency, precision, high-performance analog, and robustness.
Packaging — Freescale devices may be offered in EPP and RoHS compliant packages; view
the external web for specifics.
For additional information, visit:
Documentation, Tool, and Product Libraries
www.freescale.com
www.freescale.com/analog
www.freescale.com/powermanagement
POWER MANAGEMENT PRODUCTS
Power Management — Linear Regulators
Product
Description
Main Characteristics
Bus Type and
Standard
MC33689D System Basis Chip with
enhanced LIN physical
interface
Low power modes with remote and local
wake-up; 5.0 V/60 mA VREG with reset and
selectable W/D; enhanced LIN physical
layer (same as MC33661)
LIN single wire
5.5 to 27
35
45
35
45
MC33730
Step-down Switching regulator (2.0 A),
with 3 Programmable Linear Regulators
(15 mA, 15 mA, 15 mA) and two 5.0 V
Sensor supplies (100 mA, 100 mA).
n/a
4.5 to 28
150
—
Switch Mode Power Supply
with Multiple Linear
Regulators and Power
Sequencing
Operating
Current
Voltage (V) Limitation Standby
(PA)
Typ
Max
Other Features
Diagnostics1
Protection Features
Dual HS switch (150 mA) and single
HS switch (50 mA)
2 wake-up input
Sense amplifier
Over and Undervoltage detection
SPI
4 MHz
Current and thermal
protection for LIN,
regulator and HS
switches
Programmable voltage regulator,
power sequencing, adjustable OSC Switcher
None
Reverse Battery
Protect, Undervoltage
and Overvoltage
Lockout, Reset
monitor signals for
regulators (4)
Packaging
Status
32-pin SOICW Production
EVB
32-pin
SOICW-EP
Production
MC33742
System Basis Chip with
MC33742S enhanced High-Speed CAN
(250k to 1Mbps)
SBC, Dual VREG, Enhance HS CAN with Bus CAN HS dual wire
failure diagnostic capability, 4 wake-up inputs;
Pin and function compatible with MC33989
5.5 to 27
60
150
Low power modes
Remote and local wake-up input
capabilities
SPI
4 MHz
Current and thermal
protection for CAN
and regulator
28-pin SOICW Production
EVB
MC33889D System Basis Chip with
Low-Speed Fault Tolerant
CAN
Dual 5.0 V regulators LS CAN,
2 wake-up inputs
CAN Low-Speed,
dual wires
5.5 to 27
60
100
Dual voltage regulator, watchdog,
wake-up input, sleep and stop modes
SPI
4 MHz
Fault tolerant
28-pin SOICW Production
EVB
MC33989
Dual 5.0 V regulators HS CAN,
4 wake-up inputs
CAN High-Speed,
dual wires
5.5 to 27
80
150
Dual voltage regulator, watchdog,
wake-up input, sleep and stop modes
SPI
4 MHz
Current limitation,
thermal
28-pin SOICW Production
EVB
System Basis Chip with
High-Speed CAN
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
Power Management — Switching Regulators
Product
Description
Main Characteristics
MC33730
Switch Mode Power Supply with Multiple
Linear Regulators and Power Sequencing
Step-down Switching regulator (2.0 A), with
3 Programmable Linear Regulators (15 mA, 15 mA,
15 mA) and 2 x 5.0 V sensor supply (100 mA,
100 mA)
MC33998
2.6/5.0 Volt Switching Power Supply for
Engine control
Step-down switching regulator, 3.3 V linear regulator,
2.6 V standby regulator, 2 x 5.0 V sensor supply,
power sequencing, and reset
Operating Input Voltage (V)
Output Voltages
Protection Features
Packaging
Status
4.5 to 28
4.9 to 5.1 V,
2.0 to 3.3 V,
1.5 to 3.3 V,
1.0 to 5.0 V,
5.0 V
Reverse Battery Protect, Undervoltage
and Overvoltage Lockout, Reset
monitor signals for regulators (4)
32-pin
SOICW-EP
Production
6.0 to 26.5
(40 transient)
5.0 V @ 1400 mA
2 x 5.0 V @ 200 mA
2.6 V @ 400 mA
2.6 V @ 10 mA
Undervoltage shutdown, VDDH current
limit, VKAM current limit, short circuit to
GND, short circuit to VPWR
24-pin SOICW
Production
A change bar appears in the left margin to mark the location of new or revised information.
SG187–9
Rev 35
17
18
FREESCALE SEMICONDUCTOR AUTOMOTIVE SENSORS
Sensor Products — Our focus is on new acceleration, pressure and proximity sensor
products that will continue to meet customers' needs. The accelerometer product offering
continues to expand. Pressure sensor offerings continue with automotive grade products and
tire pressure monitoring systems. Proximity electric-field sensing ICs are ideal for smart
airbag deployment based on occupant detection systems.
Applications — Freescale Semiconductor automotive sensors are designed for a variety of
applications ranging from safety and performance to comfort and control. Our sensors are
used in under-hood and in-cabin applications, and are compatible with the Freescale
Semiconductor Microcontroller Families.
For additional information, visit the Automotive Home Page at:
www.freescale.com/automotive
AUTOMOTIVE SENSORS
Pressure Sensors
Product
Maximum
Pressure Rating (kPa)
Full Scale Span Voltage
(Typical) (Vdc)
Sensitivity
(mV/kPa)
Accuracy 0qC to 85qC
(% of VFSS)
Packaging
Status
MPX4100A
105
4.6
54
±1.8
Small Outline Package (SOP)
Available
MPXAZ4100A
105
4.6
54
±1.8
SOP — media resistant package
Available
MPX4115
115
115
4.6
4.4
46
38
±1.5
±1.5
Super-Small Outline Package (SSOP)
SSOP
Available
Available
MPX4250
250
250
4.7
4.7
20
19
±1.5
±1.4
SSOP
SSOP
Available
Available
MPXV5004
4
3.9
1000
±2.5
SOP
Available
MPXV5010G
10
4.5
450
±5.0
SOP
Available
MPX5100
100
4.5
45
±2.5
6-pin unibody package
Available
MPX5700
700
4.5
6.4
±2.5
6-pin unibody package
Available
MPX5999D
1000
4.5
4.5
±2.5
6-pin unibody package
Available
MPXH6101
102
4.6
54
±1.8
SSOP
Available
MPXA6115A
115
4.6
45.9
±1.5
SOP
Available
MPXAZ6115A
115
4.5
45.9
±1.5
SOP
Available
MPXV6115V
115
4.6
45.9
±1.5
SOP
Available
MPXHZ6115
115
4.5
45.9
±1.5
SSOP
Available
MPXHZ6250
250
4.7
20
±1.5
SSOP
Available
MPXH6300
300
4.7
16
±1.8
SSOP
Available
MPXH6400
400
4.7
12
±1.5
SSOP
Available
MPXHZ6400
400
4.7
12
±1.5
SSOP
Available
MPXV7007
7
4.0
286
±5.0
SOP
Available
MPXV7025
25
4.5
90
±5.0
SOP
Available
Accuracy 0qC to 85qC
(% of VFSS)
Packaging
Status
Barometric Absolute Pressure (BAP) and Manifold Absolute Pressure (MAP) Sensors
Product
Maximum
Pressure Rating (kPa)
Full Scale Span Voltage
(Typical) (Vdc)
Sensitivity
(mV/kPa)
MPXH6101A
102
4.6
54
±1.8
Super-Small Outline Package (SSOP)
Available
MPXHZ6115A
115
4.5
45.9
±1.5
SSOP
Available
MPXH6250A
250
4.7
20
±1.5
SSOP
Available
A change bar appears in the left margin to mark the location of new or revised information.
SG187–10
Rev 35
AUTOMOTIVE SENSORS (continued)
Inertial Sensors1
Sensing
Direction
Acceleration
(±g)
Sensitivity (mV/V/g)
Equivalent
Self-Test Output
Temperature Range
Roll-Off
Frequency
Analog
Digital
Communication
Packaging
Status
Pin
Status
MMA1260EG
Product
Z
1.5g
240
2g
-40qC to +105qC
50 Hz
Yes
—
—
16-pin SOIC
Yes
Available
MMA2260EG
X
1.5g
240
2g
-40qC to +105qC
50 Hz
Yes
—
—
16-pin SOIC
Yes
Available
MMA1270EG
Z
2.5g
150
1.7g
-40qC to +105qC
50 Hz
Yes
—
—
16-pin SOIC
Yes
Available
MMA1250EG
Z
5g
80
3g
-40qC to +105qC
50 Hz
Yes
—
—
16-pin SOIC
Yes
Available
MMA1220EG
Z
8g
50
5g
-40qC to +85qC
250 Hz
Yes
—
—
16-pin SOIC
Yes
Available
MMA2201EG
X
40g
10
12g
-40qC to +125qC
400 Hz
Yes
—
—
16-pin SOIC
Yes
Available
MMA3221EG
XY
50/20
40/100
12g
-40qC to +125qC
400 Hz
Yes
—
—
20-pin SOIC
Yes
Available
MMA3201EG
XY
40g
10
12g
-40qC to +125qC
400 Hz
Yes
—
—
20-pin SOIC
Yes
Available
MMA1213EG
Z
50g
40
50g
-40qC to +125qC
400 Hz
Yes
—
—
16-pin SOIC
Yes
Available
MMA2202EG
X
50g
8
12g
-40qC to +125qC
400 Hz
Yes
—
—
16-pin SOIC
Yes
Available
MMA2204EG
X
100g
4
12g
-40qC to +125qC
400 Hz
Yes
—
—
16-pin SOIC
Yes
Available
MMA3202EG
XY
100/50g
4/8
12g
-40qC to +125qC
400 Hz
Yes
—
—
20-pin SOIC
Yes
Available
MMA3204EG
XY
100/30g
4/13
12g
-40qC to +125qC
400 Hz
Yes
—
—
20-pin SOIC
Yes
Available
MMA2301EG
X
200g
2
30g
-40qC to +125qC
400 Hz
Yes
—
—
16-pin SOIC
Yes
Available
MMA1211EG
Z
150g
2.6
75g
-40qC to +125qC
400 Hz
Yes
—
—
16-pin SOIC
Yes
Available
MMA1200EG
Z
250g
1.6
75g
-40qC to +125qC
400 Hz
Yes
—
—
16-pin SOIC
Yes
Available
MMA1212EG
Z
200g
2
40g
-40qC to +105qC
400 Hz
Yes
—
—
16-pin SOIC
Yes
Available
MMA2300EG
MMA6222EG
X
250g
1.6
30g
-40qC to +125qC
400 Hz
Yes
—
—
16-pin SOIC
Yes
Available
XY
20/20
24 counts/g
12g
-40qC to +125qC
400 Hz
—
Yes
SPI
20-pin SOIC
Yes
Available
MMA6222AEG
MMA6255EG
XY
20/20
23.4/23.4
12g
-40qC to +125qC
400 Hz
Yes
—
—
20-pin SOIC
Yes
Available
XY
50/50
9.76 counts/g
12g
-40qC to +125qC
400 Hz
—
Yes
SPI
20-pin SOIC
Yes
Available
MMA6255AEG
MMA621010EG
XY
50/50
9.37/9.37
12g
-40qC to +125qC
400 Hz
Yes
—
—
20-pin SOIC
Yes
Available
XY
100/100
4.88 counts/g
12g
-40qC to +125qC
400 Hz
—
Yes
SPI
20-pin SOIC
Yes
Available
MMA621010AEG
XY
100/100
4.68/4.68
12g
-40qC to +125qC
400 Hz
Yes
—
—
20-pin SOIC
Yes
Available
1. Freescale Semiconductor reserves the right to modify product specifications and/or introduction dates without any further notice. The product parameters are typical values at VDD = 5 V and T = 25×C, unless otherwise specified. Additional
sensitivity and expanded temperature ranges are available upon request. Consult your Freescale Semiconductor sales representative.
Proximity Sensors
Main Characteristics
No. of Channels
5 V Reg.
Current Limit (mA)
Max Voltage
(V)
Operating Temp
Range (°C)
Communications
Packaging
Status
MC33794EKR2
Product
Electric Field Imaging Device
Description
120 kHz generator, shield driver, 9 electrodes + 2 VREF
outputs, 5 V regulator, MCU support
9
75
40
-40 – 85
ISO-9141
54-pin SOICW
EVB
Available
MC33941EGR2
Electric Field Imaging Device
Selectable from 60 kHz to 240 kHz generator, shield
driver, 7 electrodes, 5 V regulator
7
75
40
0 – 110
n/a
24-pin SOICW
EVB
Available
A change bar appears in the left margin to mark the location of new or revised information.
SG187–11
Rev 35
19
20
AUTOMOTIVE SENSORS (continued)
Tire Pressure Monitoring Systems
Product
Flash
RAM
RF Transmitter
Frequency
Protocols
Supported
Clock Type
Timer
Pressure
Range
MPXY8300A
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 800 kPA
Pressure
Sensor
Accuracy
±10 kPA
Package
Temperature
Range
Status
Market Focus
SOIC-20 WB
-40 to 125°C
Production
MPXY8300B
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 800 kPA
±10 kPA
SOIC-20 WB
-40 to 125°C
Production
Automotive Pressure Range
(with XZ-Axis Accelerometer)
Automotive Pressure Range
(with Z-Axis Accelerometer)
Automotive Pressure Range
(without an Accelerometer)
Automotive Pressure Range
(with XZ-Axis Accelerometer)
Automotive Pressure Range
(with Z-Axis Accelerometer)
Automotive Pressure Range
(without an Accelerometer)
Truck Tire Pressure Range
(with XZ-Axis Accelerometer)
Truck Tire Pressure Range
(with Z-Axis Accelerometer)
Truck Tire Pressure Range
(without an Accelerometer)
MPXY8300C
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 800 kPA
±10 kPA
SOIC-20 WB
-40 to 125°C
Production
MPXY8310A
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 450 kPA
±7 kPA
SOIC-20 WB
-40 to 125°C
Production
MPXY8310B
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 450 kPA
±7 kPA
SOIC-20 WB
-40 to 125°C
Production
MPXY8310C
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 450 kPA
±7 kPA
SOIC-20 WB
-40 to 125°C
Production
MPXY8320A
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 1500 kPA
±20 kPA
SOIC-20 WB
-40 to 125°C
Production
MPXY8320B
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 1500 kPA
±20 kPA
SOIC-20 WB
-40 to 125°C
Production
MPXY8320C
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 1500 kPA
±20 kPA
SOIC-20 WB
-40 to 125°C
Production
FREESCALE SEMICONDUCTOR ACCESS AND REMOTE CONTROL PRODUCTS
For additional information, visit:
Documentation, Tool, and Product Libraries
www.freescale.com
Automotive Home Page
www.freescale.com/automotive
ACCESS AND REMOTE CONTROL PRODUCTS
Transmitters and Receivers
Tag Reader (STARC) for Immobilizer Applications
Product
MC33690
Description
Stand-alone TAG reader with voltage regulator
Packaging
20-pin SOIC
Band
125 kHz
Data Rate
0.5 to 8 kbps
MCU Interface
K line (ISO-9141)
Operating Voltage
12 V
Status
Available
GPS Downconverter
Product
MRFIC1505A
RF Freq (MHz)
1575.42
Supply Voltage
Range (Vdc)
2.7 to 3.3
Supply Current (Typ)
(mA)
28
Standby Current
(mA)
3
Conversion Gain
(typ) (dB)
105
Packaging
48-pin LQFP
(Case No 932)
System
Applicability
GPS
Documentation
MRFIC1505
A change bar appears in the left margin to mark the location of new or revised information.
SG187–12
Rev 35
S08 MICROCONTROLLERS — PROVIDE UP TO 40 MHZ CPU SPEED, FULL
ON-CHIP IN-CIRCUIT EMULATION (ICE), AND ON-CHIP BACKGROUND DEBUG MODE (BDM)
S08 Core Technology — Optimized for extreme operating economy with a number of
low-power options, Freescale’s S08 core is particularly attractive for automotive applications. Multiple Stop modes, along with Wait and Standby modes, will help achieve
new thresholds in low-power performance under a variety of operating conditions. The
S08 core allows efficient, compact, modular coding with full 16-bit stack-pointer and
stack-relative addressing, which permit various instruction sizes and enable memory
interface in multiple mechanisms and addressing modes. The object code is also compatible with Freescale’s legacy HC05 and HC08 cores.
S08 Family Benefits — Freescale’s S08 families help save cost, reduce board space,
increase performance and improve quality by having everything on-chip. No longer are
external components required, such as an external crystal, LVI circuit, voltage regulator,
I/O mux, watchdog circuit or EEPROM. With on-chip emulation and debug, changes
can be made in application and in real-time, reducing development time. Also, with the
S08 CPU running at 40 MHz, MCUs are able to quickly accomplish a task and go back
to sleep. Quick execution translates into power savings, which allows customers to add
more embedded content while keeping within their power budgets
S08 Families (Sheet 1 of 3)
Root Part
Number
Core
Platform
Bus
Frequency
Flash
RAM EEPROM CAN
UART
S08DZ128
S08
20 MHz
S08DV128
S08
S08DZ96
SPI I2C SLIC
Analog (ADC)
Timer
128 KB
8 KB
Up to
2 KB
1
2xSCI
2
2
—
24-CH, 12-bit ADC,
2 comparators
Up to 12-CH
20 MHz
128 KB
6 KB
—
1
2xSCI
2
2
—
24-CH, 12-bit ADC,
2 comparators
S08
20 MHz
96 KB
6 KB
Up to
2 KB
1
2xSCI
2
2
—
S08DV96
S08
20 MHz
96 KB
4 KB
—
1
2xSCI
2
2
S08DZ60
S08
20 MHz
60 KB
4 KB
Up to
2 KB
1
2xSCI
1
S08DV60
S08
20 MHz
60 KB
3 KB
—
1
2xSCI
S08DN60
S08
20 MHz
60 KB
2 KB
Up to
2 KB
—
S08AW60
S08
20 MHz
60 KB
2 KB
—
S08DZ48
S08
20 MHz
48 KB
3 KB
S08DV48
S08
20 MHz
48 KB
S08DN48
S08
20 MHz
48 KB
Clock
Operating
Voltage
Temp
Range1
Package
Options
In
Production
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
48 LQFP,
64 LQFP,
100 LQFP
—
Up to 12-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
48 LQFP,
64 LQFP,
100 LQFP
—
24-CH, 12-bit ADC,
2 comparators
Up to 12-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
48 LQFP,
64 LQFP
—
—
24-CH, 12-bit ADC,
2 comparators
Up to 12-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
48 LQFP,
64 LQFP
—
1
—
Up to 24-CH,
12-bit ADC, 2 comparators
Up to
6-CH + 2-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
32 LQFP,
48 LQFP,
64 LQFP
—
1
1
—
Up to 16-CH,
12-bit ADC,
2 comparators
Up to
6-CH + 2-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
32 LQFP,
48 LQFP,
64 LQFP
—
1xSCI
1
1
—
Up to 16-CH,
12-bit, 2 comparators
Up to
6-CH + 2-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
32 LQFP,
48 LQFP,
64 LQFP
—
—
2xSCI
1
1
—
Up to 16-CH, 10-bit
Up to
6-CH + 2-CH
2.7 to 5.5
C, V, M
64 QFP,
64 LQFP,
48 QFN,
44 LQFP
—
Up to
1.5 KB
1
2xSCI
1
1
—
Up to 24-CH, 12-bit,
2 comparators
Up to
6-CH + 2-CH
MCG(
40 MHz CPU, Watchdog OSC/
PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
32 LQFP,
48 LQFP,
64 LQFP
—
2 KB
—
1
2xSCI
1
1
—
Up to 16-CH, 12-bit,
2 comparators
Up to
6-CH + 2-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
32 LQFP,
48 LQFP,
64 LQFP
—
2 KB
Up to
1.5 KB
—
1xSCI
1
1
—
Up to 16-CH, 12-bit,
2 comparators
Up to
6-CH + 2-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
32 LQFP,
48 LQFP,
64 LQFP
—
ICG
Additional Features
40 MHz CPU, KBI, ICE, BDM,
Temp Sensor
SG187–13
Rev 35
21
22
S08 Families (Sheet 2 of 3)
Root Part
Number
Core
Platform
Bus
Frequency
Flash
RAM EEPROM CAN
UART
SPI I2C SLIC
Analog (ADC)
Timer
Clock
Additional Features
Operating
Voltage
Temp
Range1
Package
Options
In
Production
S08AW48
S08
20 MHz
48 KB
2 KB
—
—
2xSCI
1
1
—
Up to 16-CH, 10-bit
Up to
6-CH + 2-CH
ICG
40MHz CPU, KBI, ICE, BDM,
Temp Sensor
2.7 to 5.5
C, V, M
64 QFP,
64 LQFP,
48 QFN,
44 LQFP
—
S08DZ32
S08
20 MHz
32 KB
2 KB
Up to
1 KB
1
2xSCI
1
1
—
Up to 24-CH, 12-bit,
2 comparators
Up to
6-CH + 2-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
32 LQFP,
48 LQFP,
64 LQFP
—
S08DV32
S08
20 MHz
32 KB
2 KB
—
1
2xSCI
1
1
—
Up to 16-CH, 12-bit,
2 comparators
Up to
6-CH + 2-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
32 LQFP,
48 LQFP,
64 LQFP
—
S08DN32
S08
20 MHz
32 KB
1 KB
Up to
1 KB
—
1xSCI
1
1
—
Up to 16-CH, 12-bit,
2 comparators
Up to
6-CH + 2-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
32 LQFP,
48 LQFP,
64 LQFP
—
S08EN32
S08
20 MHz
32 KB
1 KB
—
—
1xSCI
1
—
—
Up to 16-CH, 10-bit,
2 comparators
4-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
28 TSSOP,
20 TSSOP
—
S08EL32
S08
20 MHz
32 KB
1 KB
Up to
512 B
—
1xSCI
1
1
1
Up to 16-CH, 10-bit,
1 comparator
4-CH + 2-CH
ICS
LIN Auto-Baud/Synch, 40MHz
CPU, Watchdog OSC/Timer,
COP, LVI, ICE, BDM, POR, KBI,
Temp Sensor
2.7 to 5.5
C, V, M
28 TSSOP,
20 TSSOP,
16 TSSOP
—
S08SG32
S08
20 MHz
32 KB
1 KB
—
—
1xSCI
1
1
—
Up to 16-CH, 10-bit
2-CH + 2-CH
ICS
40 MHz CPU, Watchdog OSC/
Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M, J
and W
64 QFP,
64 LQFP,
48 QFN,
44 LQFP
—
S08AW32
S08
20 MHz
32 KB
2 KB
—
—
2xSCI
1
1
—
Up to 16-CH, 12-bit
Up to
6-CH + 2-CH
ICG
40MHz CPU, KBI, ICE, BDM,
Temp Sensor
2.7 to 5.5
C, V
80 LQFP,
64 LQFP,
48 LQFP
—
S08LG32
S08
20 MHz
32 KB
2 KB
—
—
2xSCI
1
1
Up to 16-CH, 12-bit
Up to
2-CH + 6-CH
ICS
40 MHz CPU, Up to 37 x 8/41 x 4
LCD Driver, Watchdog OSC/
Timer, RTC, KBI, COP, LVI, ICE,
BDM, POR, KBI, Temp Sensor
2.7 to 5.5
C, V
64 LQFP,
48 LQFP
S08LG16
S08
20 MHz
18 KB
2 KB
—
—
2xSCI
1
1
Up to 16-CH, 12-bit,
2 comparators
Up to
2-CH + 6-CH
ICS
40 MHz CPU, Up to 29 x 8/33 x 4
LCD Driver, Watchdog OSC/
Timer, RTC, KBI, COP, LVI, ICE,
BDM, POR, KBI, Temp Sensor
2.7 to 5.5
C, V, M
32 LQFP,
48 LQFP
S08DZ16
S08
20 MHz
16 KB
1 KB
Up to
512 B
1
2xSCI
1
1
—
Up to 16-CH, 12-bit,
2 comparators
Up to
6-CH + 2-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
32 LQFP,
48 LQFP
—
S08DV16
S08
20 MHz
16 KB
1 KB
—
1
1xSCI
1
1
—
Up to 16-CH, 12-bit,
2 comparators
Up to
6-CH + 2-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
32 LQFP,
48 LQFP
—
S08DN16
S08
20 MHz
16 KB
512 B
Up to
512 B
—
1xSCI
1
1
—
Up to 16-CH, 10-bit,
2 comparators
Up to
6-CH + 2-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
28 TSSOP,
20 TSSOP
—
S08EN16
S08
20 MHz
16 KB
512 B
—
—
1xSCI
1
—
Up to 16-CH, 10-bit,
1 comparator
4-CH
MCG
40 MHz CPU, Watchdog OSC/
(PLL, FLL, OSC) Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
28 TSSOP,
20 TSSOP
—
S08EL16
S08
20 MHz
16 KB
1 KB
Up to
512 B
—
1xSCI
1
1
1
Up to 16-CH, 10-bit,
1 comparator
4-CH + 2-CH
ICS
LIN Auto-Baud/Synch, 40 MHz
CPU, Watchdog OSC/Timer,
COP, LVI, ICE, BDM, POR, KBI,
Temp Sensor
2.7 to 5.5
C, V, M
28 TSSOP,
20 TSSOP,
16 TSSOP
—
S08SL16
S08
20 MHz
16 KB
512 B
Up to
256 B
—
1xSCI
1
1
1
Up to 8-CH, 10-bit
2-CH + 2-CH
ICS
LIN Auto-Baud/Synch, 40 MHz
CPU, Watchdog OSC/Timer,
COP, LVI, ICE, BDM, POR, KBI,
Temp Sensor
2.7 to 5.5
C, V, M
48 QFN,
44 QFP,
32 LQFP
—
SG187–14
Rev 35
S08 Families (Sheet 3 of 3)
Root Part
Number
Core
Platform
Bus
Frequency
Flash
RAM EEPROM CAN
UART
SPI I2C SLIC
Analog (ADC)
Timer
Clock
Additional Features
Operating
Voltage
Temp
Range1
Package
Options
In
Production
S08SG16
S08
20 MHz
16 KB
1 KB
—
—
1xSCI
1
1
—
Up to 16-CH, 10-bit,
1 comparator
2-CH + 2-CH
ICS
40MHz CPU, Watchdog OSC/
Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M, J
and W
28 TSSOP,
20 TSSOP
—
S08AW16A
S08
20 MHz
16 KB
1 KB
—
—
2xSCI
1
1
—
Up to 12-CH, 10-bit,
1 comparator
Up to
4-CH + 2-CH
ICG
40MHz CPU, KBI, ICE, BDM,
Temp Sensor
2.7 to 5.5
C, V, M
20 TSSOP,
16 TSSOP,
8 SOIC
—
S08SL8
S08
20 MHz
8 KB
512 B
Up to
256 B
—
1xSCI
1
1
1
Up to 8-CH, 10-bit
2-CH + 2-CH
ICS
LIN Auto-Baud/Synch, 40MHz
CPU, Watchdog OSC/Timer,
COP, LVI, ICE, BDM, POR, KBI,
Temp Sensor
2.7 to 5.5
C, V, M
48 QFN,
44 QFP,
32 LQFP
—
S08SG8
S08
20 MHz
8 KB
512 B
—
—
1xSCI
1
1
—
Up to 12-CH, 10-bit,
1 comparator
Up to
2-CH + 2-CH
ICS
40MHz CPU, Watchdog OSC/
Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
20 TSSOP,
16 TSSOP,
8 SOIC
—
S08SG4
S08
8 MHz
4 KB
256 B
—
—
1xSCI
1
1
—
4-CH, 10-bit
Up to
2-CH + 2-CH
ICS
40MHz CPU, Watchdog OSC/
Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
8 SOIC
—
S08QD4
S08
20 MHz
4 KB
256 B
Up to 16-CH, 12-bit,
2 comparators
2-CH + 1-CH
ICS
16MHz CPU, Watchdog OSC/
Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
48 LQFP,
64 LQFP,
100 LQFP
—
S08QD2
S08
20 MHz
2 KB
128 B
Up to 16-CH, 10-bit
2-CH + 1-CH
ICS
16MHz CPU, Watchdog OSC/
Timer, COP, LVI, ICE, BDM, POR,
KBI, Temp Sensor
2.7 to 5.5
C, V, M
48 LQFP,
64 LQFP,
100 LQFP
—
1. C = -40°C to +85°C, V = -40°C to +105°C, M = -40°C to +125°C, J = -40°C to +140°C, W = -40°C to +150°C
SG187–15
Rev 35
23
24
THE FREESCALE SEMICONDUCTOR S12 AND S12X 16-BIT MICROCONTROLLER FAMILY
S12 and S12X Cores — The S12X family offers 32-bit performance with all the
advantages and efficiencies of a 16-bit MCU. Based on the S12 core, S12X devices
deliver 2 to 5 times the performance of a 25MHz S12 MCU while retaining code
compatibility for easy migration. 172 additional instructions were added to the S12X core
to improve paging capability and execute 32-bit calculations.
Furthermore, the S12X Family offers an industry first-the XGATE module. This versatile,
efficient coprocessor delivers up to 80 MIPS of additional processing power to off load,
from the main CPU, tasks such as basic gateway activity and peripheral related
processing. The parallel architecture enables more deterministic handling of interrupts
and allows design engineers to avoid conflict between core functions and interrupt
processing.
For additional information, visit:
Freescale Semiconductor Documentation, Tool, and Product Libraries
www.freescale.com
Automotive Home Page
www.freescale.com/automotive
S12 and S12X Families
Device
Core
Bus
Platform Frequency
Flash
RAM
Data
Flash
EEPROM I/O XGATE MPU
ECC
FlexRay CAN SCI
1 MB
64 KB
4 KB
152
—
—
—
5
SPI
I2C
8
3
2
Analog
(ADC)
PWM
Motor
SSD
ECT
Timer
PIT
2x16-CH, 8-CH,
12-bit
8-bit
8-CH,
16 -bit
8-CH,
16 -bit
8-CH,
16 -bit
LCD
KWU
EBI
Operating
Voltage
Temp
Range1
Package
Options
In
Production
8-Ch
25
—
3.13 to 5.5
C, V, M
112 LQFP,
144 LQFP,
208 MAPBGA
—
8-Ch
25
—
3.13 to 5.5
C, V, M
112 LQFP,
144 LQFP,
208 MAPBGA
—
S12XEP100
S12X
50 MHz
S12XEP768
S12X
50 MHz
768 KB 48 KB
4 KB
152
—
—
—
5
8
3
2
2x16-CH, 8-CH,
12-bit
8-bit
8-CH,
16 -bit
S12XEQ512
S12X
50 MHz
512 KB 32 KB
4 KB
119
—
—
—
4
6
3
2
2x12-CH, 8-CH,
12-bit
8-bit
8-CH,
16 -bit
8-Ch
25
—
3.13 to 5.5
C, V, M
80 LQFP,
112 LQFP,
144 LQFP
—
S12XEQ384
S12X
50 MHz
384 KB 24 KB
4 KB
119
—
—
—
4
4
3
1
2x12-CH, 8-CH,
12-bit
8-bit
8-CH,
16 -bit
4-Ch
25
—
3.13 to 5.5
C, V, M
80 LQFP,
112 LQFP,
144 LQFP
—
S12XET256
S12X
50 MHz
256 KB 16 KB
4 KB
119
—
—
—
3
4
3
1
2x12-CH, 8-CH,
12-bit
8-bit
8-CH,
16 -bit
4-Ch
25
—
3.13 to 5.5
C, V, M
80 LQFP,
112 LQFP,
144 LQFP
—
S12XS256
S12X
40 MHz
256 KB 12 KB
8 KB
91
—
1
2
1
16-CH,
12-bit
8-CH,
8-bit
8-CH,
16 -bit
4-Ch
18
3.13 to 5.5 C, V, M, J
64 LQFP,
80 QFP,
112 LQFP,
KGD
—
S12XS128
S12X
40 MHz
128 KB 8 KB
8 KB
91
—
1
2
1
16-CH,
12-bit
8-CH,
8-bit
8-CH,
16 -bit
4-Ch
18
3.13 to 5.5 C, V, M, J
64 LQFP,
80 QFP,
112 LQFP,
KGD
—
S12XS64
S12X
40 MHz
64 KB
4 KB
91
—
1
2
1
16-CH,
12-bit
8-CH,
8-bit
8-CH,
16 -bit
4-Ch
18
3.13 to 5.5 C, V, M, J
64 LQFP,
80 QFP,
112 LQFP,
KGD
—
S12XF512
S12X
50 MHz
512 KB 32 KB
4KB
91
—
—
—
1
2
2
16-CH,
12-bit
6-CH,
15-bit
8-CH,
16 -bit
4-Ch
11
3.13 to 5.5
C, V, M
112 LQFP,
64 LQFP
—
S12XF384
S12X
50 MHz
384 KB 24 KB
4KB
91
—
—
—
1
2
2
16-CH,
12-bit
6-CH,
15-bit
8-CH,
16 -bit
4-Ch
11
3.13 to 5.5
C, V, M
112 LQFP,
64 LQFP
—
S12XF256
S12X
50 MHz
256 KB 20 KB
2 KB
91
—
—
—
1
2
2
16-CH,
12-bit
6-CH,
15-bit
8-CH,
16 -bit
4-Ch
11
3.13 to 5.5
C, V, M
112 LQFP,
64 LQFP
—
S12XF128
S12X
50 MHz
128 KB 16 KB
2 KB
91
—
—
—
1
2
2
16-CH,
12-bit
6-CH,
15-bit
8-CH,
16 -bit
4-Ch
11
3.13 to 5.5
C, V, M
112 LQFP,
64 LQFP
—
S12XHZ512
S12X
40 MHz
512 KB 32 KB
4 KB
117
—
2
2
1
2
16-CH,
10-bit
8-CH,
8-bit
24/6
6
8-CH,
16-bit
4-Ch
32x4
8
—
4.5to 5.5
C, V, M
112 LQFP,
144 LQFP
—
S12XHZ384
S12X
40 MHz
384 KB 28 KB
4 KB
117
—
2
2
1
2
16-CH,
10-bit
8-CH,
8-bit
24/6
6
8-CH,
16-bit
4-CH
32x4
8
—
4.5to 5.5
C, V, M
112 LQFP,
144 LQFP
—
S12XHZ256
S12X
40 MHz
256 KB 16 KB
4 KB
117
—
2
2
1
2
16-CH,
10-bit
8-CH,
8-bit
24/6
6
8-CH,
16-bit
4-CH
32x4
8
—
4.5to 5.5
C, V, M
112 LQFP,
144 LQFP
—
4 KB
A change bar appears in the left margin to mark the location of new or revised information.
SG187–16
Rev 35
S12 and S12X Families
Device
Core
Bus
Platform Frequency
Flash
RAM
Data
Flash
EEPROM I/O XGATE MPU
ECC
FlexRay CAN SCI
SPI
I2C
Analog
(ADC)
PWM
Motor
SSD
ECT
Timer
PIT
LCD
KWU
EBI
Operating
Voltage
Temp
Range1
Package
Options
In
Production
S12XDP512
S12X
40 MHz
512 KB 32 KB
4 KB
119
—
5
6
3
2
8-CH, +
16-CH,
10-bit
8-CH,
8-bit
8-CH,
16-bit
4-CH
24
—
3.15 to 5.5
C, V, M
112 LQFP,
144 LQFP
—
S12XDT512
S12X
40 MHz
512 KB 20 KB
4 KB
119
—
3
6
3
1
8-CH, +
16-CH,
10-bit
8-CH,
8-bit
8-CH,
16-bit
4-CH
24
—
3.15 to 5.5
C, V, M
80 QFP,
112 LQFP,
144 LQFP
—
S12XDT384
S12X
40 MHz
384 KB 20 KB
4 KB
119
—
3
4
3
1
8-CH, +
16-CH,
10-bit
8-CH,
8-bit
8-CH,
16-bit
4-CH
24
—
3.15 to 5.5
C, V, M
80 QFP,
112 LQFP,
144 LQFP
—
S12XDQ256
S12X
40 MHz
256 KB 16 KB
4 KB
119
—
4
4
3
1
8-CH, +
16-CH,
10-bit
8-CH,
8-bit
8-CH,
16-bit
4-CH
24
—
3.15 to 5.5
C, V, M
80 QFP,
112 LQFP,
144 LQFP
—
S12XDT256
S12X
40 MHz
256 KB 16 KB
4 KB
119
—
3
4
3
1
8-CH, +
16-CH,
10-bit
8-CH,
8-bit
8-CH,
16-bit
4-CH
24
—
3.15 to 5.5
C, V, M
80 QFP,
112 LQFP,
144 LQFP
—
S12XD256
S12X
40 MHz
256 KB 14 KB
4 KB
119
—
1
4
3
1
8-CH, +
16-CH,
10-bit
8-CH,
8-bit
8-CH,
16-bit
4-CH
24
—
3.15 to 5.5
C, V, M
80 QFP,
112 LQFP,
144 LQFP
—
S12XDG128
S12X
40 MHz
128 KB 12 KB
2 KB
91
—
2
2
2
1
16-CH,
10-bit
8-CH,
8-bit
8-CH,
16-bit
4-CH
24
3.15 to 5.5
C, V, M
80 QFP,
112 LQFP
—
S12XD128
S12X
40 MHz
128 KB 8 KB
2 KB
91
—
1
2
2
1
16-CH,
10-bit
8-CH,
8-bit
8-CH,
16-bit
4-CH
24
3.15 to 5.5
C, V, M
80 QFP,
112 LQFP
—
S12XD64
S12X
40 MHz
64 KB
4 KB
1 KB
59
—
1
2
2
1
8-CH,
10-bit
8-CH,
8-bit
8-CH,
16-bit
2-CH
24
3.15 to 5.5
C, V, M
80 LQFP
—
S12XB256
S12X
33 MHz
256 KB 10 KB
2 KB
91
—
1
2
1
1
16-CH,
10-bit
8-CH,
8-bit
8-CH,
16-bit
4-CH
24
3.15 to 5.5
C, V, M
80 QFP,
112 LQFP
—
S12XB128
S12X
33 MHz
128 KB 6 KB
1 KB
91
—
1
2
1
1
16-CH,
10-bit
8-CH,
8-bit
8-CH,
16-bit
2-CH
24
3.15 to 5.5
C, V, M
80 QFP,
112 LQFP
—
S12P128
S12
32 MHz
128 KB 6 KB
4 KB
64
—
1
1
1
10-CH,
12-bit
6-CH,
8-bit
8-CH,
16 -bit
12
3.13 to 5.5
C, V, M
80 QFP,
64 LQFP,
48 QFN
S12P96
S12
32 MHz
96 KB
6 KB
4 KB
64
—
1
1
1
10-CH,
12-bit
6-CH,
8-bit
8-CH,
16 -bit
12
3.13 to 5.5
C, V, M
80 QFP,
64 LQFP,
48 QFN
S12P64
S12
32 MHz
64 KB
4 KB
4 KB
64
—
1
1
1
10-CH,
12-bit
6-CH,
8-bit
8-CH,
16 -bit
12
3.13 to 5.5
C, V, M
80 QFP,
64 LQFP,
48 QFN
S12P32
S12
32 MHz
32 KB
2 KB
4 KB
64
—
1
1
1
10-CH,
12-bit
6-CH,
8-bit
8-CH,
16 -bit
12
3.13 to 5.5
C, V, M
80 QFP,
64 LQFP,
48 QFN
85
256 KB
3S12HZ256
S12
25MHz
12 KB
S12HZ128
S12
25MHz
128 KB 6 KB
3S12HZ128
S12
25MHz
6 KB
S12HZ64
S12
25MHz
64 KB
4 KB
1 KB
69
S12HN64
S12
25MHz
64 KB
4 KB
1 KB
69
S12HY64
S12
32 MHz
64 KB
4 KB
4 KB
80
S12HA64
S12
32 MHz
64 KB
4 KB
4 KB
80
S12HY48
S12
32 MHz
48 KB
4 KB
4 KB
80
2 KB
85
85
128 KB
2
2
1
1
16-CH,
10-bit
6-CH,
8-bit
16/4
4
8-CH,
8-bit
32x4
8
4.5 to 5.5
C, V, M
112 LQFP
—
2
2
1
1
16-CH,
10-bit
6-CH,
8-bit
16/4
4
8-CH,
8-bit
32x4
8
4.5 to 5.5
C, V, M
112 LQFP
—
1
2
1
1
16-CH,
10-bit
6-CH,
8-bit
16/4
4
8-CH,
8-bit
32x4
8
4.5 to 5.5
C, V, M
112 LQFP
—
1
1
1
8-CH,
10-bit
4-CH,
8-bit
16/4
4
8-CH,
8-bit
24x4
8
4.5 to 5.5
C, V, M
80 QFP,
112 LQFP
—
1
1
8-CH,
10-bit
4-CH,
8-bit
16/4
4
8-CH,
8-bit
24x4
8
4.5 to 5.5
C, V, M
80 QFP,
112 LQFP
—
1
1
1
8-CH,
10-bit
8-CH,
8-bit
16/4
Support
8-CH+
8-CH
16-bit
40x4
22
3.13 to 5.5
C, V, M
64 LQFP,
100 LQFP
1
1
1
8-CH,
10-bit
8-CH,
8-bit
16/4
Support
8-CH+
8-CH
16-bit
40x4
22
3.13 to 5.5
C, V, M
64 LQFP,
100 LQFP
1
1
1
8-CH,
10-bit
8-CH,
8-bit
16/4
Support
8-CH+
8-CH
16-bit
40x4
22
3.13 to 5.5
C, V, M
64 LQFP,
100 LQFP
1
1
SG187–17
Rev 35
25
26
S12 and S12X Families
Device
Core
Bus
Platform Frequency
Flash
RAM
Data
Flash
EEPROM I/O XGATE MPU
S12HA48
S12
32 MHz
48 KB
4 KB
4 KB
80
S12HY32
S12
32 MHz
32 KB
2 KB
4 KB
80
S12HA32
S12
32 MHz
32 KB
2 KB
4 KB
80
ECC
FlexRay CAN SCI
1
SPI
I2C
Analog
(ADC)
PWM
Motor
SSD
1
1
1
8-CH,
10-bit
8-CH,
8-bit
16/4
Support
1
1
1
8-CH,
10-bit
8-CH,
8-bit
16/4
1
1
1
8-CH,
10-bit
8-CH,
8-bit
16/4
ECT
Timer
PIT
LCD
KWU
8-CH+
8-CH
16-bit
40x4
Support
8-CH+
8-CH
16-bit
Support
8-CH+
8-CH
16-bit
EBI
Operating
Voltage
Temp
Range1
Package
Options
22
3.13 to 5.5
C, V, M
64 LQFP,
100 LQFP
40x4
22
3.13 to 5.5
C, V, M
64 LQFP,
100 LQFP
40x4
22
3.13 to 5.5
C, V, M
64 LQFP,
100 LQFP
In
Production
1. C = -40°C to +85°C, V = -40°C to +105°C, M = -40°C to +125°C, J = -40°C to +140°C, W = -40°C to +150°C
SG187–18
Rev 35
THE FREESCALE SEMICONDUCTOR DIGITAL SIGNAL CONTROLLER (MCU/DSP)
Service—A full-range of services is offered for the controller devices including software,
support, training, and internal and third party development tools.
For additional information, visit:
Documentation, Tool, and Product Libraries:
www.freescale.com
Automotive Home Page:
www.freescale.com/automotive
56800E Core—The 56800E MCU+DSP core was architected specifically to provide users
the combined benefits of MCU ease of use together with DSP performance in a single core.
56F8300 High-Performance Flash Series—The MC56F8300 Series of controllers combines
the 56800E core with flash memory, motor control peripherals, and built-in safety features
targeted specifically for automotive applications to provide 60MIPS of performance over the
full -40°C to 125°C temperature range.
Memory—On-board memory includes Program Flash and RAM, Data Flash and RAM, and
BootFlash with EEPROM emulation capability. The modified Harvard architecture enables
users to perform up to three simultaneous memory accesses.
56F8xxx Family
Product
ROM
(KB)
RAM
Flash
Timer
Serial
GPIO
(pins)
A/D
PWM
1 x 4-CH
12-bit
4 x 4-CH
12-bit
56F8013
0
4K
16K
4 x 16-bit
1 SCI/LIN + 1 SPI + 1 I2C
26
56F8355
n/a
20K
280K
16 x 16-bit
2 SCI/LIN + 2 SPI + 1 CAN + 1 I2C
49
Operating
Frequency
(MHZ)
32
Temperature
1 x 6-CH
Operating
Voltage
(V)
3.3
2 x 6-CH
3.3
60
C, M
C, M
Packaging
Additional Information
32-pin LQFP mcPWM with center alignment,
1 x 4 channel Quad Decoder
128-pin LQFP mcPWM with center alignment,
2 x 4 channel Quad Decoder
FREESCALE SEMICONDUCTOR LOCAL INTERCONNECT NETWORK (LIN) SOLUTIONS
Freescale Semiconductor and LIN—As the only semiconductor member of the LIN
consortium, Freescale Semiconductor has the industry’s most advanced range of
components, software, tools, and support available.
Cost Benefits from LIN—A LIN sub-bus system uses a single-wire implementation and selfsynchronization, without a crystal or ceramic resonator, in the slave node. With these cost
benefits, high-end comfort and convenience features no longer need to be limited only to topof-the-line cars.
Embedded Controllers—Since the LIN sub-bus is based on common UART/SCI interface
hardware, the 8-bit 68HC08, and 16-bit S12 and S12X Families provide the industry’s
broadest range of performance and features, affording designers the freedom to choose parts
ideally suited to their needs.
Advanced Integration with LIN—Microcontrollers will evolve in the LIN environment to
integrate the voltage regulator, physical interface, and high-voltage I/O to provide space, cost,
and reliability benefits. Freescale Semiconductor solutions provide this capability today.
Software for LIN—Freescale Semiconductor is working closely with the leading LIN tool
supplier to ensure a first class, seamless development and debug environment for Freescale
Semiconductor LIN products.
For additional information, visit:
Local Interconnect Network (LIN) Home Page
www.lin-subbus.org
Automotive Home Page
freescale.com/automotive
LIN Software Products
Product
LIN master
LIN slave
Operating system
68HC05
n/a
Available
n/a
68HC08
Available
Available
Available
S08
Available
Available
Available
S12
Available
Available
Available
S12X
Available
Available
Available
LIN Physical Interface
Product
MC33399
MC33661
Description
Local Interconnect Network LIN
Physical Layer
eLIN - enhanced LIN Physical layer
(Local Interconnect Network)
Main Characteristics
Bus Type
and Standard
Protection
Features
LIN: local interconnect network physical interface
LIN single wire Current limitation,
thermal protection
Selectable slew rate for operations at 10, 20, 100
LIN single wire
Current and
kbps; Bus short to ground fail safe; Excellent EMC
thermal protection
behavior; Pin and function compatible with MC33399
Operating
Voltage
(V)
7.0 to 27
5.5 to 27
Current Limitation
Standby
(PA)
Typ
Max
n/a
50
8.0
20
Other
Features
Control and
Status
Reporting
Packaging
Status
Wake-up input pin, control of
Parallel
8-pin SOICN Production
external voltage regulator
Communication
EVB
Compatibility with 5.0 V and
Parallel
8-pin SOICN Production
3.3 V micros. Wake-up input Communication
EVB
Control of external regulator
SG187–19
Rev 35
27
28
THE FREESCALE SEMICONDUCTOR POWER ARCHITECTURE™ ISA MICROCONTROLLER FAMILY
MPC56xx — Leveraging the success of the MPC55xx family, Freescale Semiconductor
has begun introducing the next generation of 32-bit microcontrollers, which are based on
90nm Power Architecture™ technology: the MPC56xx Family. The MPC56xx family
microcontrollers offer advanced features that help make cars safer and more fuel efficient
while reducing harmful emissions. The MPC56xx MCUs target a broad range of powertrain,
safety, chassis, instrument cluster, body electronics and gateway applications.
The MPC56xx family consists of an array of package options for systems performance
needs and embedded Flash requirements. To assist in developing products, the MPC56xx
family offers systems solutions that include application software, development tools,
training, documentation and technical support.
The MPC56xx portfolio will continue to grow with devices that offer expanded sets of
memory, connectivity and performance options.
For additional information, visit:
Documentation, Tool, and Product Libraries
www.freescale.com
Automotive Home Page
www.freescale.com/automotive
MPC56xx Product Table
Device
Core
Platform
Bus
Frequency
Program
Flash
SRAM
DMA
EEPROM
MPU/
MMU
CTU
MPC5674F
Power
Architecture
e200z7
180, 264
MHz
4 MB
256 KB
64-CH +
32-CH
MPC5668G
Power
Architecture
e200z6 +
e200z0
128 MHz
2 MB
592KB
16-CH
—
—
MPC5604B
Power
Architecture
e200z0
64 MHz
512 KB
32KB
64 KB Data
Flash
8 Entry
MPC5603B
Power
Architecture
e200z0
64 MHz
384 KB
28KB
64 KB Data
Flash
MPC5602B
Power
Architecture
e200z0
64 MHz
256 KB
24KB
MPC5604C
Power
Architecture
e200z0
64 MHz
512 KB
MPC5603C
Power
Architecture
e200z0
64 MHz
MPC5602C
Power
Architecture
e200z0
MPC5634M
Power
Architecture
e200z3
SCI
DSPI
(LINFlex)
CAN
I2C
FlexRay™
Ethernet
(100BaseT)
MLB
—
eTPU
Motor
Control
Timers
PIT
GPIO
Analog
(ADC)
16-CH,
24-bit
8-CH
155
Temp.
Range1
Debug
Package
Options
In
Production
Quad
3.3V and 5V
M
Nexus 3+
416 PBGA,
516 PBGA
36-CH,
10-bit
3.3V and 5V
V
Nexus3 on z6
and Nexus 2+ on
z0 supported on
256 MAPBGA
Emulation
package
208 MAPBGA
4
4
6
4
6
4
—
4
3
3
1
56-CH,
16-bit
6-CH
Up to
123
36-CH, 3.3 V and 5 V
10-bit
C, V, M
Nexus 2+
(208 MAPBGA
Emulation Only
Package)
JTAG
100 LQFP,
144 LQFP,
208 MAPBGA
(Emulation
Only)
8 Entry
—
4
3
3
1
56-CH,
16-bit
6-CH
Up to
123
36-CH, 3.3 V and 5 V
10-bit
C, V, M
Nexus 2+
(208 MAPBGA
Emulation Only
Package)
JTAG
100 LQFP,
144 LQFP
64 KB Data
Flash
8 Entry
—
3
3
2
1
56-CH,
16-bit
6-CH
Up to
123
36-CH, 3.3 V and 5 V
10-bit
C, V, M
Nexus 2+
(208 MAPBGA
Emulation Only
Package)
JTAG
100 LQFP,
144 LQFP
48 KB
64 KB Data
Flash
8 Entry
—
4
3
6
1
28-CH, 16-bit
6-CH
Up to
79
28-CH,
10-bit
C, V, M
Nexus 2+
(208 MAPBGA
Emulation Only
Package)
JTAG
100 LQFP,
208 MAPBGA
(Emulation
Only)
384 KB
40 KB
64 KB Data
Flash
8 Entry
—
4
3
6
1
28-CH, 16-bit
6-CH
Up to
79
28-CH, 3.3 V and 5 V
10-bit
C, V, M
Nexus 2+
(208 MAPBGA
Emulation Only
Package)
JTAG
100 LQFP,
208 MAPBGA
(Emulation
Only)
64 MHz
256 KB
32 KB
64 KB Data
Flash
8 Entry
—
4
3
6
1
28-CH, 16-bit
6-CH
Up to
79
28-CH, 3.3 V and 5 V
10-bit
C, V, M
Nexus 2+
(208 MAPBGA
Emulation Only
Package)
JTAG
100 LQFP,
208 MAPBGA
(Emulation
Only)
40, 60,
80 MHz
1.5M
94 KB
2
2
2
0
16-CH, 24-bit
5-CH
Up to
114
Dual
34-CH,
12-bit
M
Nexus 2+
Wide trace port
in Vertical
Calibration
System
144 LQFP,
176 LQFP,
208 MAPBGA,
496 CSP
Vertical
Calibration Bus
32-CH
Emulated in
Program
Flash
—
—
—
32-CH
32-CH
Operating
Voltage
3
Emulated in
Program
Flash
2x32-CH
eMIOS
3.3 V and 5
5V
SG187–20
Rev 35
MPC56xx Product Table (continued)
Device
Core
Platform
Bus
Frequency
Program
Flash
SRAM
DMA
EEPROM
MPU/
MMU
CTU
SCI
DSPI
(LINFlex)
CAN
I2C
MPC5633M
Power
Architecture
e200z3
40, 60,
80 MHz
1M
64 KB
32-CH
Emulated in
Program
Flash
2
2
2
MPC5632M
Power
Architecture
e200z3
40, 60,
80 MHz
768 KB
48 KB
32-CH
Emulated in
Program
Flash
2
2
MPC5604P
Power
Architecture
e200z0
64 MHz
512 KB
40 KB
16-CH
64 KB Data
Flash
—
2
MPC5603P
Power
Architecture
e200z0
64 MHz
384 KB
36 KB
16-CH
MPC5602P
Power
Architecture
e200z0
64 MHz
256 KB
20 KB
16-CH
64 KB Data
Flash
—
64 KB Data
Flash
—
eTPU
eMIOS
0
32-CH
2
0
32-CH
4
2
0
—
2
4
2
0
—
2
3
2
0
SCI
DSPI
(LINFlex)
FlexRay™
Ethernet
(100BaseT)
MLB
Motor
Control
Timers
PIT
GPIO
Analog
(ADC)
Operating
Voltage
Temp.
Range1
Debug
Package
Options
16-CH, 24-bit
5-CH
Up to
114
Dual
32-CH,
12-bit
5V
M
Nexus 2+
Wide trace port
in Vertical
Calibration
System
144 LQFP,
176 LQFP,
208 MAPBGA,
496 CSP
Vertical
Calibration Bus
8-CH, 24-bit
5-CH
Up to
105
Dual
32-CH,
12-bit
5V
M
Nexus 2+
Wide trace port
in Vertical
Calibration
System
100 LQFP,
144 LQFP,
496 CSP
Vertical
Calibration Bus
20-CH
eTimer/
PWM
4-CH
Up to
108
Dual
3.3 V and 5 V
13-CH,
10-bit
M
Nexus 2+
100 LQFP,
144 LQFP
20-CH
eTimer/
PWM
4-CH
Up to
108
Dual
3.3 V and 5 V
13-CH,
10-bit
M
Nexus 2+
100 LQFP,
144 LQFP
12-CH
eTimer/
PWM
4-CH
Up to
70
13-CH, 3.3 V and 5 V
10-bit
M
Nexus 1
(Emulation with
MPC5604P)
64 LQFP,
100 LQFP,
144 LQFP
Device
Core
Platform
Bus
Frequency
Program
Flash
SRAM
eDMA
Emulated
EEPROM
TFT
Drive
Stepper
Drive
CAN
I2C
LCD
Sound
Generator
Memory
Expansion
MPU
eMIOS
Timers
GPIO
Analog
(ADC)
Operating
Voltage
Temp.
Range1
Debug
Package
Options
MPC5606S
Power
Architecture
e200z0h
64 MHz
1 MB
48 KB +
160 KB
Graphics
RAM
16-CH
4x16 KB
Display
Control
Unit
(DCU)
with
Parallel
Data
Interface
(PDI)
6 gauges
with
Stepper
Stall
Detect
(SSD)
2
3
2
4
40x4
Yes
(using
eMIOS)
QuadSPI
12 entry
2-CH
Real Time
Counter (RTC),
Autonomous
Periodic Interrupt
(API), 4-CH
32-bit PIT and
S/W watchdog
timer.
108/
136
16-CH,
10-bit
3.3 and 5 V
C, V, M
Nexus 2+
144 LQFP,
176 LQFP
MPC5604S
Power
Architecture
e200z0h
64 MHz
512 KB
48 KB
16-CH
4x16 KB
No
6 gauges
with
Stepper
Stall
Detect
(SSD)
2
2
2
2
64x6
—
12 entry
2-CH
Real Time
Counter (RTC),
Autonomous
Periodic Interrupt
(API), 4-CH
32-bit PIT and
S/W watchdog
timer.
108
16-CH, 3.3 V and 5 V
10-bit
C, V, M
Nexus 1
100 LQFP,
144 LQFP
MPC5602S
Power
Architecture
e200z0h
64 MHz
256 KB
24 KB
16-CH
4x16 KB
No
6 gauges
with
Stepper
Stall
Detect
(SSD)
2
3
1
2
64x6
—
12 entry
2-CH
Real Time
Counter (RTC),
Autonomous
Periodic Interrupt
(API), 4-CH
32-bit PIT and
S/W watchdog
timer.
108
16-CH, 3.3 V and 5 V
10-bit
C, V, M
Nexus 1
100 LQFP,
144 LQFP
In
Production
In
Production
1. C = -40°C to +85°C, V = -40°C to +105°C, M = -40°C to +125°C, J = -40°C to +140°C, W = -40°C to +150°C
Note: specs given are for the largest package size stated.
A change bar appears in the left margin to mark the location of new or revised information.
SG187–21
Rev 35
29
30
Power Architecture ISA Microcontroller Family (continued)
MPC55xx — Based on Power Architecture™ technology and system-on-chip (SoC)
design, the 32-bit MPC55xx family microcontrollers offer advanced features that help make
cars safer and more fuel efficient while reducing harmful emissions. The MPC55xx MCUs
target a broad range of automotive applications, including powertrain control, advanced
safety, driver assistance, chassis and body electronics.
The MPC55xx family consists of an array of package options for systems performance
needs and embedded Flash requirements. Offering pin-compatibility throughout the entire
Flash-based family, engineers are given the ability to migrate their efforts from one design to
another, reducing development costs and improving time to market. To assist in developing
products, the MPC55xx family offers systems solutions that include application software,
development tools, training, documentation and technical support.
For additional information, visit:
Documentation, Tool, and Product Libraries
www.freescale.com
Automotive Home Page
www.freescale.com/automotive
MPC55XX (eSys) Family
Device
Core Platform
Bus Frequency
Program
Flash
SRAM
DMA
EEPROM
eSCI
DSPI CAN
I 2C
Flexray
Ethernet
(100BaseT)
MLB
Exter- Debug
nal
Bus
eTPU
eMIOS PIT
GPIO
Analog
(ADC)
Operating
Voltage
Temp.
Range1
Package Options
In
Production
MPC5533
Power
Architecture
e200z3
40, 66, 80 768 KB
MHz
48 KB
32-CH
Emulated in
program
Flash
1
2
2
—
Nexus 3 32-CH,
192
40-CH, 3.3V and 5V
12-bit
M
208 MAPBGA,
324 PBGA
—
MPC5534
Power
Architecture
e200z3
40, 66, 80
MHz
64 KB
32-CH
Emulated in
program
Flash
2
3
2
—
Nexus 3 32-CH, 24-CH,
24-bit
192
40-CH, 3.3V and 5V
12-bit
M
208 MAPBGA,
324 PBGA
—
MPC5553
Power
Architecture
e200z6
80, 112, 1.5 MB
132 MHz
64 KB
32-CH
Emulated in
program
Flash
2
3
2
—
Nexus 3 32-CH, 24-CH,
24-bit
220
40-CH, 3.3V and 5V
12-bit
M
208 MAPBGA,
324 PBGA,
416 PBGA
—
MPC5554
Power
Architecture
e200z6
80, 112,
132 MHz
2 MB
64 KB
64-CH
Emulated in
program
Flash
2
4
3
—
Nexus 3
24-CH,
24-bit
256
40-CH, 3.3V and 5V
12-bit
M
416 PBGA
—
MPC5561
Power
Architecture
e200z6
80, 112,
132 MHz
1 MB
192 KB
32-CH
Emulated in
program
Flash
4
2
2
—
Nexus 3
24-CH,
24-bit
150
40-CH, 3.3V and 5V
12-bit
C,M
324 PBGA
—
MPC5565
Power
Architecture
e200z6
80, 112,
132 MHz
2 MB
80 KB
32-CH
Emulated in
program
Flash
2
3
3
—
Nexus 3 32-CH, 24-CH,
24-bit
192
40-CH, 3.3V and 5V
12-bit
M
324 PBGA
—
MPC5566
Power
Architecture
e200z6
80, 112,
132, 144
MHz
3 MB
128 KB
64-CH
Emulated in
program
Flash
2
4
4
—
Nexus 3
24-CH,
24-bit
256
40-CH, 3.3V and 5V
12-bit
C,M
416 PBGA
—
MPC5567
Power
Architecture
e200z6
80, 112,
132 MHz
2MB
80 KB
32-CH
Emulated in
program
Flash
2
3
5
emulated
via eTPU
—
Nexus 3 32-CH, 24-CH,
24-bit
238
40-CH, 3.3V and 5V
12-bit
C,M
324 PBGA,
416 PBGA
—
emulated
via z0
—
Nexus
2+
24-CH, 8-CH
16-bit
144
40-CH,
12-bit
5V
C,V,M
208 MAPBGA
—
emulated
via z0
—
Nexus
2+
24-CH, 8-CH
16-bit
111,
144
40-CH,
12-bit
5V
C,V,M
144 LQFP,
176 LQFP,
208 MAPBGA
—
—
Nexus
2+
24-CH, 8-CH
16-bit
111,
144
40-CH,
12-bit
5V
C,V,M
144 LQFP,
176 LQFP
—
emulated
via z0
—
Nexus
2+
24-CH, 8-CH
16-bit
111,
144
40-CH,
12-bit
5V
C,V,M
144 LQFP,
208 MAPBGA
—
emulated
via z0
—
Nexus
2+
24-CH, 8-CH
16-bit
111,
144
40-CH,
12-bit
5V
C,V,M
144 LQFP,
176 LQFP,
208 MAPBGA
—
1 MB
—
—
—
—
MPC5517G
Power
48, 66, 80 1.5 MB
Architecture
MHz
e200z1+e200z0
80 KB
16-CH
Emulated in
program
Flash
6
4
6
1
MPC5517E
Power
48, 66, 80 1.5 MB
Architecture
MHz
e200z1+e200z0
80 KB
16-CH
Emulated in
program
Flash
8
4
5
1
1.5 MB
64 KB
16-CH
Emulated in
program
Flash
6
4
5
1
MPC5517S
Power
Architecture
e200z1
48, 66
MHz
MPC5516G
Power
48, 66, 80
Architecture
MHz
e200z1+e200z0
1 MB
64 KB
16-CH
Emulated in
program
Flash
6
4
6
1
MPC5516E
Power
48, 66, 80
Architecture
MHz
e200z1+e200z0
1 MB
64 KB
16-CH
Emulated in
program
Flash
8
4
5
1
—
—
—
2x32CH,
2x32CH,
MPC5516S
Power
Architecture
e200z1
48, 66
MHz
1 MB
48 KB
16-CH
Emulated in
program
Flash
6
3
5
1
Nexus
2+
24-CH, 8-CH
16-bit
111,
144
40-CH,
12-bit
5V
C,V,M
144 LQFP,
176 LQFP
—
MPC5515S
Power
Architecture
e200z1
48, 66
MHz
768 KB
48 KB
16-CH
Emulated in
program
Flash
6
3
5
1
Nexus
2+
24-CH, 8-CH
16-bit
111,
144
40-CH,
12-bit
5V
C,V,M
144 LQFP,
176 LQFP
—
SG187–22
Rev 35
MPC55XX (eSys) Family
Device
Core Platform
Bus Frequency
Program
Flash
SRAM
DMA
EEPROM
eSCI
DSPI CAN
MPC5514G
Power
Architecture
e200z1+e200z0
48, 66
MHz
512 KB
64 KB
16-CH
Emulated in
program
Flash
6
3
MPC5514E
Power
Architecture
e200z1+e200z0
48, 66
MHz
512 KB
32 KB
16-CH
Emulated in
program
Flash
6
4
I 2C
Flexray
6
1
—
5
1
Ethernet
(100BaseT)
MLB
Exter- Debug
nal
Bus
eTPU
eMIOS PIT
GPIO
Analog
(ADC)
Operating
Voltage
Temp.
Range1
Package Options
In
Production
emulated
via z0
—
Nexus
2+
24-CH, 8-CH
16-bit
111
40-CH,
12-bit
5V
C,V,M
144 LQFP
—
emulated
via z0
—
Nexus
2+
24-CH, 8-CH
16-bit
111
40-CH,
12-bit
5V
C,V,M
144 LQFP
—
Note: specs given are for the largest package size stated.
1. C = -40°C to +85°C, V = -40°C to +105°C, M = -40°C to +125°C, J = -40°C to +140°C, W = -40°C to +150°C
MPC52xx and MPC51xx Product Table
Device
Core Platform
Bus
Cache
Audio
FreAcceleration
quency
DRAM
Bandwidth
Bus
System
Graphics
Acceleration
Display
Controller
Memory
Interface
External
Memory Bus
PSC
I2C
CAN
USB
2.0
Secure
Digital
Ethernet
Temp1
Package
In
Production
MPC5200B
Power
Architecture
e300
200
MHz
760
MIPS
16K I/
D
None
300 MBs
Single
port
None
None
16/32-bit
DDR-I
NOR Flash
6
2
2
None
(USB
1.1)
No SDIO
10/100
C
272 TEPBGA
—
MPC5121e
Power
Architecture
e300
200
MHz
800
MIPS
32K I/
D
AXE, 200
MHz, 32-bit
RISC
1100 MBs
5-port OpenGL-ES 1.1 1280x720
64-bit
OpenVG 1.0
24-bit
@200M
3-plane
Hz
blend
16/32-bit
DDR-I/II &
MobileDDR-I
controller
8/16-bit NAND
flash controller
12
3
4
2
MMC
SD
SDIO
10/100
C
516 PBGA
MPC5123
Power
Architecture
e300
200
MHz
800
MIPS
32K I/
D
AXE, 200
MHz, 32-bit
RISC
1100 MBs
5-port
64-bit
@200M
Hz
16/32-bit
DDR-I/II &
MobileDDR-I
controller
8/16-bit NAND
flash controller
12
3
4
2
MMC
SD
SDIO
10/100
C
516 PBGA
None
1280x720
24-bit
3-plane
blend
1. C = -40°C to +85°C, V = -40°C to +105°C, M = -40°C to +125°C, J = -40°C to +140°C, W = -40°C to +150°C
SG187–23
Rev 35
31
32
APPLICATIONS PROCESSORS
The AEC-Q100 automotive qualified 400 MHz version of the i.MX31 processor, with its
highly efficient memory system including L2 cache, is designed to provide ample
processing power to run the Microsoft and Linux operating systems, handle audio signal
processing for hands-free phone operation and perform all of the voice response
functionality in the automotive infotainment system. Additionally, USB connectivity on the
i.MX31 chip enables high-speed data transfer between the automotive infotainment
system and a mobile phone or portable media device. Based on ARM® core technology,
the i.MX family is engineered with Freescale's Smart Speed™ technology to deliver
exceptional performance while minimizing power consumption. Extensive integration
helps to reduce your design time significantly.
For additional information, visit:
Freescale Semiconductor Documentation, Tool, and Product Libraries
www.freescale.com
Automotive Home Page
www.freescale.com/automotive
i.MX Family for Automotive
Device
Core
Platform
Core
Frequency
Cache
SRAM
DMA
Video
Accelerator
i.MX31L
ARM1136
with
Vector
Floating
Point
400 MHz
L1: 16 KB/16
KB I/D
L2: 128 KB
Unified
16 KB 32-CH
MPEG4
Encode
i.MX31
ARM1136
with
Vector
Floating
Point
400 MHz
L1: 16 KB/16
KB I/D
L2: 128 KB
Unified
16 KB 32-CH
MPEG4
Encode
i.MX351
ARM1136
with
Vector
Floating
Point
400-532
MHz
L1: 16 KB/16
KB I/D
L2: 128 KB
Unified
128
KB
32-CH
i.MX355
ARM1136
with
Vector
Floating
Point
400-532
MHz
L1: 16 KB/16
KB I/D
L2: 128 KB
Unified
128
KB
32-CH
i.MX356
ARM1136
with
Vector
Floating
Point
400-532
MHz
L1: 16 KB/16
KB I/D
L2: 128 KB
Unified
128
KB
32-CH
Graphics
Accelerator
OpenGL 1.0
OpenVG 1.1
Image
Processor
Camera
Input
Display
Interface
DRAM
Support
Flash
Support
USB (2.0)
—
CCIR656
TFT up to
800x600
SDRAM,
mDDR
NOR,
SLC
NAND
—
CCIR656
TFT up to
800x600
SDRAM,
mDDR
CAN
MLB
SD/
MMC
SDIO
I2C
SPI
UART
Ethernet
HDD
(100Bas Interface
eT)
SSI/
I2S
Sample
Rate
Converter
SP
DIF
I/O
PIT
HS OTG
HS Host
FS Host
2
1
3
5
ATA-6
2
NOR,
SLC
NAND
HS OTG
HS Host
FS Host
2
1
3
5
ATA-6
2
SDRAM,
mDDR,
DDR2
NOR,
SLC
NAND
MLC
NAND
HS OTG+HS
Phy
HS Host+FS
Phy
or ext. HS Phy
2
—
3
3
2
3
—
ATA-6
2+E
SAI
Yes,
Async.
—
3
3.3V
GPIO
Voltage
Temp.
Range1
Package
Options
In
Production
3
1.22V
to
1.47V
C
473
MAPBGA
—
3
1.22V
to
1.47V
C
473
MAPBGA
—
—
1.22V
to
1.47V
C
400
MAPBGA
—
CCIR656
TFT up to
800x600
SDRAM,
mDDR,
DDR2
NOR,
SLC
NAND
MLC
NAND
HS OTG+HS
Phy
HS Host+FS
Phy
or ext. HS Phy
2
—
3
3
2
3
—
ATA-6
2+E
SAI
Yes,
Async.
—
3
—
1.22V
to
1.47V
C
400
MAPBGA
—
CCIR656
TFT up to
800x600
SDRAM,
mDDR,
DDR2
NOR,
SLC
NAND
MLC
NAND
HS OTG+HS
Phy
HS Host+FS
Phy
or ext. HS Phy
2
—
3
3
2
3
—
ATA-6
2+E
SAI
Yes,
Async.
—
3
—
1.22V
to
1.47V
C
400
MAPBGA
1. C = -40°C to +85°C, V = -40°C to +105°C, M = -40°C to +125°C, J = -40°C to +140°C, W = -40°C to +150°C
SG187–24
Rev 35
— Definitions —
ADC — Analog-to-Digital Converter
ASK — Amplitude Shift Keying Modulation
BDM — Background Debug Mode
CAN — Controller Area Network
CDIP — Ceramic Dual In-Line Package
CLCC — Ceramic Leaded Chip Carrier
COP — Computer Operating Properly (Watchdog Timer)
CPU16 — 16-bit Central Processor Unit (HC11 Compatible)
CPU32 — 32-bit Central Processor Unit (68000 Compatible)
CTM — Configurable Timer Module (Various Hardware Options)
DAB — Digital Audio Broadcasting
DIP — Dual In-line Package
DSPI — Deserial Peripheral Interface
EBI — External Bus Interface
ECT — Enhanced Capture Timer
eDMA — Enhanced Direct Memory Access Controller
eTPU — Enhanced Timing Processor Unit
eMIOS — Enhanced Modular Input Output System
eQADC — Enhanced Queued Analog-to-Digital Converter
eSCI — Enhanced Serial Communications Interface
FSK — Frequency Shift Keying Modulation
GPT — General-Purpose Timer Module (4 IC, 5 OC, 2 PWM)
HQFP — Heatsink Quad Flat Package
HSOP — Heatsink Small Outline Package
i — Input-Only Port Pins
i/o — Bidirectional Input and Output Port Pins
I2C — Inter-Integrated Circuit
IC — Input Capture
ISPI — Interval Serial Peripheral Interface
LQFP — Low-Profile Quad Flat Package (1.4mm thick)
LVI — Low-Voltage Interrupt
LVR — Low-Voltage Reset
MCCI — Multi-Channel Communication Interface (2 SCI, SPI)
MFT — Multi-Function Timer
MUX — Multiplexed
OC — Output Compare
OOK — On-Off Keying
PBGA — Plastic Ball Grid Array
PDIP — Plastic Dual In-Line Package
PEEP — Personality EEPROM
PEP — Personality EPROM
PLCC — Plastic Leaded Chip Carrier
PLL — Phase-Locked Loop
PQFP — Plastic Quad Flat Pack
PWM — Pulse-Width Modulation
QADC — Queued Analog-to-Digital Converter (10-bit)
PQFN — Quad Flat No-Lead Package
QFN — Quad Flat No-Lead Package
QFP — Quad Flat Package
QSM — Queued Serial Module (SCI + QSPI)
QSPI — Queued SPI
RTI — Real-Time Interrupt
SCI — Serial Communication Interface
SCIE — Enhanced SCI
SCIM — Single-Chip Integration Module
SDIP — Shrink Dual In-line Package
SIM — System Integration Module
SIML — Low-Power System Integration Module
SIOP — Simple Serial I/O Port
SOICN — Small Outline Package Narrow Body
SOICW — Small Outline Package Wide Body
SPI — Serial Peripheral Interface
ESPI — Enhanced SPI
SRAM — Standby RAM Module
SSOP — Shrink Small Outline Package
TPU — Time Processor Unit (16 Programmable Channels)
TPURAM — Standby RAM Module with TPU Emulation Capability
TQFP — Thin Quad Flat Package (1.0mm thick)
TSSOP — Thin Shrink Small Outline Package
UART — Universal AsynchroNous Receiver/Transmitter
USB — Universal Serial Bus
— Package Designators —
B — Shrink DIP (70 mil spacing)
DW — Small Outline (Wide-Body SOIC)
DWB — Small Outline (Wide body SDIB) 0.65 pitch
FA — 7 x 7 mm Quad Flat Pack (QFP)
FB — 10 x 10 mm Quad Flat Pack (QFP)
FC — QFN Quad Flat Pack
FE — CQFP (windowed) — Samples Only
FN — Plastic Quad (PLCC)
FS — CLCC (windowed) — Samples Only
FT — 28 x 28 mm Quad Flat Pack (QFP)
FU — 14 x 14 mm Quad Flat Pack (QFP)
FZ — CQFP (windowed) — Samples Only
K — Cerdip (windowed) — Samples Only
L — Ceramic Sidebraze
P — Dual in-Line Plastic
PNA — PQFN Power QFN
PNB — PQFN Power QFN
PNC — PQFN Power QFN
PU — 14 x 14 mm Low-Profile Quad Flat Pack (LQFP)
PV — 20 x 20 mm Low-Profile Quad Flat Pack (LQFP)
S — Cerdip (windowed) — Samples Only
TM — Mechatronics Connector
VR — Plastic Ball Grid Array (PBGA) with PB-free solder balls
ZP — 27 x 27 mm Plastic Ball Grid Array (PBGA)
— Pb-free —
AA — Pb-free 44 to 100 pin QFP
AB — Pb-free 112 to 288 pin QFP
AC — Pb-free 16 to 44 pin LQFP
AE — Pb-free 48 to 64 pin LQFP
AF — Pb-free 68 to 100 pin LQFP
AG — Pb-free 108 to 144 pin LQFb
AH — Pb-free 80 to 100 pin TQFP
AI — Pb-free FQFP
AJ — Pb-free CQFP
AE — Pb-free 22 to 64 pin PDIP
ED — Pb-free 6 yo 20 pin PDIP
EE — Pb-free PSDIP
EF — Pb-free 8 to 16 in SOIC
EG — Pb-free 16 to 28 pin SOIC WIDE
EH — Pb-free 132 pin PQFP
EI — Pb-free PLCC
EJ — Pb-free 8 to 24 pin TSSOP
EK — Pb-free 32 to 54 pin SOIC WIDE
EL — Pb-free 26 to 56 pin TSSOP
EN — Pb-free 8 to 24 pin SSOP
EO — Pb-free 26 to 56 pin SSOP
EP — Pb-free QFN & MLF (Exposed Pad)
ER — Pb-free CATV
ES — Pb-free SENSOR
ET — Pb-free RF (POWER CHIPS)
EU — Pb-free MAC PAAC
EV — Pb-free MFP (SOEIAJ)
FC — Pb-free QFN & MLF (Regular)
FE — Pb-free CerQuads
VK — Pb-free MAPBGA <=1.3mm (THINMAP) <.7mm Pitch
VL — Pb-free MAPBGA <=1.3mm (THINMAP) >.7mm Pitch
VM — Pb-free MAPBGA 1.6mm > .7mm Pitch
VN — Pb-free MAPBGA 1.6mm < .7mm Pitch
VO — Pb-free MAPBGA 1.35mm < .7mm Pitch
VP — Pb-free MAPBGA 1.36mm > .7mm Pitch
VR — Pb-free PBGA
VS — Pb-free FC-HiTCE LGA (without C5 sphere)
VT — Pb-free FC PBGA
VU — Pb-free FC-HiTCE
VV — Pb-free TBGA
VW — Pb-free HSOP
VX — Pb-free SMT
VY — Pb-free UNIBODY
SG187–25
Rev 35
33
34
Product Numbering System for MC56F8300 Series
MC 56F83
XX
M
60
BUS SPEED
QUALIFICATION STATUS
PC PRE-QUALIFICATION,
ENGINEERING SAMPLES
MC FULLY QUALIFIED
PACKAGE TYPE
PRODUCT DESIGNATOR
AUTOMOTIVE CONTROLLER
SERIES WITH FLASH
XX
TEMPERATURE RANGE
V -40qC TO 105qC
M -40qC TO 125qC
SG187–26
Rev 35
Product Numbering System for Pressure Sensors
M PX A 2 XXX A P X T1
M
S
P, X
PRODUCT CATEGORY
QUALIFIED STANDARD
CUSTOM PRODUCT
PROTOTYPE PRODUCT
PRESSURE SENSORS
NONE
A/V
AZ/VZ
H
HZ
M
Y
0
1–2
3–5
6–7
PACKAGING TYPE
UNIBODY
SMALL OUTLINE PACKAGE
SMALL OUTLINE
MEDIA RESISTANT PACKAGE
SUPER SMALL OUTLINE PACKAGE
SUPER SMALL OUTLINE
MEDIA RESISTANT PACKAGE
M-PAK
SUPER SMALL OUTLINE PACKAGE (TPM)
PORTING STYLE
C
P
A
G
D
V
PRODUCT FEATURES
NONE
2
3
4
UNCOMPENSATED
TEMPERATURE COMPENSATED/CALIBRATED
OPEN
TEMPERATURE COMPENSATED/CALIBRATED/
SIGNAL CONDITIONED AUTOMOTIVE ACCURACY
5
TEMPERATURE COMPENSATED/CALIBRATED/
SIGNAL CONDITIONED
HIGH TEMPERATURE
POSITIVE/NEGATIVE PRESSURE
CMOS
6
7
8
LEADFORM OPTION
OPEN
CONSULT FACTORY
OPEN
SOP* ONLY
SHIPPING METHOD
NONE TRAYS
TAPE AND REEL
T1
U
RAIL
PRODUCT TYPE
ABSOLUTE
GAUGE
DIFFERENTIAL
VACUUM/GAUGE
S
SX
W
AXIAL PORT (SMALL OUTLINE PACKAGE)
PORTED (UNIBODY)
P SINGLE PORT
Dp DIFFERENTIAL PORT
STOVEPIPE PORT (UNIBODY)
AXIAL PORT (UNIBODY)
ROBUST AXIAL PORT
MAXIMUM PRESSURE IN kPa
EXCEPT FOR MPX2300
EXPRESSED IN mmHg
SG187–27
Rev 35
35
36
Product Numbering System for ARM
MAC 7 1 x x C FV 50 xx
STATUS OF PRODUCT:
MAC FULLY QUALIFIED
SAC FULLY QUALIFIED AVAIL
FOR AUTO CUSTOMERS
PAC PRODUCT ENGINEERING
EXTRA PACKAGE
DESIGNATORS
BUS SPEED
CORE
PACKAGE TYPE
FU 100 LQFP
PV 112/144 LQFP
VF 208 MAP BGA
GENERATION (FAMILY)
PINOUT/PACKAGE
OPTION DESIGNATOR
TEMPERATURE RANGE
C -40qC TO 85qC
V -40qC TO 105qC
M -40qC TO 125qC
SEQUENTIAL DEVICE
NUMBER
Product Numbering System for Analog
MCx
tt
xxx
r
v
PRODUCT CATEGORY
TEMPERATURE RANGE
CORE/TARGET REVISION
MC - QUALIFIED STANDARD
(default blank)
33 = -40qC TO > +105qC - 125qC
SC - CUSTOM DEVICE
34 = 0qC -40qC TO +70qC - 105qC
PC - PROTOTYPE DEVICE
(Optional)
xxZ - ENVIRONMENTAL PKG
34A = -40qC TO 105qC
(SOIC only)
34B = -40qC TO 85qC
34C = -40qC TO 70qC
35 = -55qC TO > +125qC
MPC
PRODUCT CATEGORY
M - QUALIFIED STANDARD
S - CUSTOM DEVICE
P - PROTOTYPE DEVICE
xxxxx
r
CORE/TARGET
REVISION
(default blank)
VARIATION
(default blank)
PPP
PPP
RR
PACKAGING TAPE AND REEL
DESIGNATOR
INDICATOR
RR
PACKAGING TAPE AND REEL
DESIGNATOR
INDICATOR
SG187–28
Rev 35
Product Numbering System for Analog eXtreme
MC
PRODUCT CATEGORY
MC - QUALIFIED STANDARD
SC - CUSTOM DEVICE
PC - PROTOTYPE DEVICE
rd
XS
g
RDS(on)
10 = 10 m:
15 = 15 m:
35 = 35 m:
FAMILY
XS = eXtreme SWITCH
GENERATION
3 = Gen 3
o
xx
# OF OUTPUTS XX ANALOG
2 = DUAL
CORE/TARGET
4 = QUAD
r
REVISION
(default blank)
PPP
RR
PACKAGING TAPE AND REEL
DESIGNATOR
INDICATOR
Product Numbering System for Analog Embedded MCU and Power
MM
PRODUCT CATEGORY
MM - QUALIFIED STANDARD
SM - CUSTOM STANDARD
PM - PROTOTYPE DEVICE
9
08
MEMORY TYPE
9 = FLASH, OTP
BLANK = ROM
CORE
08 = HC08
F
xxx
MEMORY SIZE ANALOG
CORE/TARGET
A = 1K
B = 2K
C = 4K
D = 8K
E = 16K
r
t
PPP
RR
REVISION TEMPERATURE RANGE PACKAGING TAPE AND REEL
I = 0qC TO 85qC
DESIGNATOR
INDICATOR
(default blank)
C = -40qC TO 85qC
V = -40qC TO 105qC
M= -40qC TO 125qC
SG187–29
Rev 35
37
38
8-Bit Automotive Microcontroller Part Numbering System*
EXAMPLES:
S
S
9
9
S08
S08
SL
DZ
16
128
F
F
1 M
2 M
TJ
LF
S
SHIPPING METHOD
BLANK = TRAY
R = TAPE AND REEL
QUALIFICATION STATUS
PC = ENGINEERING SAMPLES
S = AUTOMOTIVE QUALIFIED
MC = GENERAL MARKET QUALIFIED
SC = CUSTOM BUILD
PACKAGE OPTION
TEMPERATURE OPTIONS
C = -40qC TO +85qC
V = -40qC TO +105qC
M = -40qC TO +125qC
J = -40qC TO +140qC
W = -40qC TO +150qC
MEMORY TYPE
9 = FLASH
3 = ROM (IF AVAILABLE)
CORE
DEVICE FAMILY
PRODUCT REVISION
FLASH SIZE
MANUFACTURING SITE
*NOTE: Freescale’s automotive part numbering system has evolved over time, so the decoder scheme shown above may not be relevant for the prior generations.
16-Bit Automotive Microcontroller Part Numbering System*
EXAMPLES:
S
S
9
9
S12 HZ
S12 EG
QUALIFICATION STATUS
PC = ENGINEERING SAMPLES
S = AUTOMOTIVE QUALIFIED
MC = GENERAL MARKET QUALIFIED
SC = CUSTOM BUILD
MEMORY TYPE
9 = FLASH
3 = ROM (IF AVAILABLE)
CORE
DEVICE FAMILY
FLASH SIZE
256
128
J
J
3 C AL
2 C AA
R
SHIPPING METHOD
BLANK = TRAY
R = TAPE AND REEL
PACKAGE OPTION
TEMPERATURE OPTIONS
C = -40qC TO +85qC
V = -40qC TO +105qC
M = -40qC TO +125qC
J = -40qC TO +140qC
PRODUCT REVISION
MANUFACTURING SITE
*NOTE: Freescale’s automotive part numbering system has evolved over time, so the decoder scheme shown above may not be relevant for the prior generations.
A change bar appears in the left margin to mark the location of new or revised information.
SG187–30
Rev 35
32-Bit Automotive Microcontroller Part Numbering System for 55xx (eSYS) Devices*
EXAMPLES:
M VR 132
M PC 5554
S PC 5514E A C LQ 48 R
SHIPPING METHOD
BLANK = TRAY
R = TAPE AND REEL
QUALIFICATION STATUS
PC = ENGINEERING SAMPLES
S = AUTOMOTIVE
MC = GENERAL MARKET QUALIFIED
BUS SPEED
PACKAGE OPTION
POWER ARCHITECTURE CORE
TEMPERATURE OPTIONS
A = -55qC TO +125qC
C = -40qC TO +85qC
V = -40qC TO +105qC
M = -40qC TO +125qC
PRODUCT NAME
RESERVED/OPTIONAL FIELD
*NOTE: Freescale’s automotive part numbering system has evolved over time, so the decoder scheme shown above may not be relevant for the prior generations.
32-Bit Automotive Microcontroller Part Numbering System for 56xx Devices*
EXAMPLES:
P PC 5604B E M VR
S PC 5604S E M LQ
QUALIFICATION STATUS
PC = ENGINEERING SAMPLES
S = AUTOMOTIVE
MC = GENERAL MARKET QUALIFIED
POWER ARCHITECTURE CORE
PRODUCT NAME
RESERVED/OPTIONAL FIELD
R
SHIPPING METHOD
BLANK = TRAY
R = TAPE AND REEL
PACKAGE OPTION
TEMPERATURE OPTIONS
C = -40qC TO +85qC
V = -40qC TO +105qC
M = -40qC TO +125qC
*NOTE: Freescale’s automotive part numbering system has evolved over time, so the decoder scheme shown above may not be relevant for the prior generations.
A change bar appears in the left margin to mark the location of new or revised information.
SG187–31
Rev 35
39
40
How to Reach Us:
Home Page:
www.freescale.com
Web Support:
http://www.freescale.com/support
USA/Europe or Locations Not Listed:
Freescale Semiconductor, Inc.
Technical Information Center, EL516
2100 East Elliot Road
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1-800-521-6274 or +1-480-768-2130
www.freescale.com/support
Europe, Middle East, and Africa:
Freescale Halbleiter Deutschland GmbH
Technical Information Center
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81829 Muenchen, Germany
+44 1296 380 456 (English)
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+49 89 92103 559 (German)
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www.freescale.com/support
Asia/Pacific:
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For Literature Requests Only:
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Fax: +1-303-675-2150
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Headquarters
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Japan
0120 191014 or +81 3 5437 9125
[email protected]
Freescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc.
All other product or service names are the property of their respective owners.
© Freescale Semiconductor, Inc. 2009. All rights reserved.
SG187Q22009
Rev 35
4/2009
Information in this document is provided solely to enable system and
software implementers to use Freescale Semiconductor products. There
are no express or implied copyright licenses granted hereunder to design
or fabricate any integrated circuits or integrated circuits based on the
information in this document.
Freescale Semiconductor reserves the right to make changes without
further notice to any products herein. Freescale Semiconductor makes no
warranty, representation or guarantee regarding the suitability of its
products for any particular purpose, nor does Freescale Semiconductor
assume any liability arising out of the application or use of any product or
circuit, and specifically disclaims any and all liability, including without
limitation consequential or incidental damages. “Typical” parameters that
may be provided in Freescale Semiconductor data sheets and/or
specifications can and do vary in different applications and actual
performance may vary over time. All operating parameters, including
“Typicals”, must be validated for each customer application by customer’s
technical experts. Freescale Semiconductor does not convey any license
under its patent rights nor the rights of others. Freescale Semiconductor
products are not designed, intended, or authorized for use as components
in systems intended for surgical implant into the body, or other applications
intended to support or sustain life, or for any other application in which the
failure of the Freescale Semiconductor product could create a situation
where personal injury or death may occur. Should Buyer purchase or use
Freescale Semiconductor products for any such unintended or
unauthorized application, Buyer shall indemnify and hold Freescale
Semiconductor and its officers, employees, subsidiaries, affiliates, and
distributors harmless against all claims, costs, damages, and expenses,
and reasonable attorney fees arising out of, directly or indirectly, any claim
of personal injury or death associated with such unintended or unauthorized
use, even if such claim alleges that Freescale Semiconductor was negligent
regarding the design or manufacture of the part.
Analog and Mixed Signal
Power Management
Quarter 2, 2009
SG1002Q22009 Rev 0
Analog and Mixed Signal
Power Actuation
Network Transceivers
Signal Conditioning
System Basis Chip
Embedded MCU + Power
Power Management
Linear Regulator
Switching Regulator
LED Drivers
Battery Management
Power over Ethernet
41
42
FREESCALE SEMICONDUCTOR ANALOG AND MIXED SIGNAL PRODUCTS
The product categories range from Power Actuation and Network Transceivers to Signal
Conditioning and Embedded MCU + Power. Power Actuation covers a broad range of load
control and drivers, including motor control.
SMARTMOS¥—Freescale Semiconductor SMARTMOS technology allows designers to
interface high-precision components with the harsh automotive environment.
Cost-Effective—Ideally suited for rugged automotive applications, SMARTMOS solutions
offer a cost-effective blend of analog, digital, and robust power silicon that enables
integrated, mixed-signal, power control ICs.
Functionality—SMARTMOS solutions implement traditional analog functions with smaller
die size, and a modular process produces components with the minimum number of
process steps for each circuit, minimizing overhead.
Benefits—Freescale Semiconductor SMARTMOS technology brings a wide range of
benefits to today’s designs, including component reductions, power flexibility, durability,
efficiency, precision, high-performance analog, and robustness.
Packaging - Freescale devices may be offered in EPP and RoHS compliant packages; view
the external web for specifics.
For additional information, visit:
Documentation, Tool, and Product Libraries
www.freescale.com
www.freescale.com/analog
www.freescale.com/powermanagement
ANALOG AND MIXED SIGNAL PRODUCTS
Power Actuation — Low-Side Switches (Solid State Intelligent Switches)
Product
Description
No of
High-Side Continuous Current RDS(on) (m:)
Current
Current Limitation Control1 Status/Fault
Outputs or Low-Side Each Output (A) of Each Output Limitation (A) Standby Max (PA)
Reporting
Protection Features
Packaging
Status
MC33800
Engine Control IC, with Eight Low-Side Switches,
Two Constant Current Low-Side Switches and Six
MOSFET gate pre-drivers
8
L
8 @ 0.35
2 @ 700
6 @ 1000
2 @ 6.0
6 @ 2.0
30
Parallel,
SPI
SPI
Open Load detect,
Overcurrent protect,
Overvoltage protect,
Shorted Load detect,
Undervoltage protect,
Thermal protect
54-pin SOICW
Exposed Pad
Production
EVB
MC33810
Engine Control Integrated Circuit capable of driving
a combination of four Low-Side loads and four
MOSFETs or IGBT gates
4
L
1.0
100
6.0
30
Parallel,
SPI
SPI Status
Flags
Shorted Load detect,
Thermal protect
32-pin SOICW
Exposed Pad
Production
EVB
MC33812
Engine control power IC, with three Low-Side
drivers, one pre-driver, +5V pre-regulator,
ISO-9141 physical interface and MCU watchdog
circuit.
3
L
2 @ 4.5
1 @ 1.5
2 @ 200
1 @ 1000
2 @ 6.0
1 @ 2.0
2 @ 1000
1 @ 20
Parallel
Parallel
Overcurrent, Outputs
Short to Battery,
Overtemperature protect
32-pin SOICW
Exposed Pad
2Q2009
MC33879
(1.0 :RDS(on)) Configurable Eight Output SPI
Controlled Switch
8
H/L
0.35
550
1.2
25
SPI w/
2 PWM
SPI
Short Circuit, Current Limit,
Temp Sense
32-pin SOICW
Exposed Pad
Production
EVB
MC33880
(1.0 :RDS(on)) Configurable Eight Output SPI
Controlled Switch
8
H/L
0.5
550
1.2
25
SPI w/
2 PWM
SPI
Short Circuit, Current Limit,
Temp Sense
32-pin SOICW
Production
EVB
MC33882
(0.8 :RDS(on)) Smart Six Output Switch with SPI
and Parallel Input Control
8
L
1.0
375
3.0
10
SPI
SPI
Short Circuit, Current Limit,
Temp Sense
30-pin HSOP
Production
MC33888
Quad High-Side Switch and Octal Low-Side Switch
12
H/L
2 @ 10 A
8 @ 500 mA
2 @ 5.0 A
2 x 10,
2 x 40,
8 x 600
45/20
5.0
SPI
SPI
Short Circuit, Current Limit,
Temp Sense, Current
Recopy
36-pin PQFN
Production
MC33996
16 Output Hardware Low-Side Switch with 24-Bit
Serial Input Control
16
L
0.5
450
1.0 to 2.5
50
SPI
SPI
Short Circuit, Current Limit,
Temp Sense, Open Load
32-pin SOICW
Production
EVB
MC33999
16 Output Hardware Low-Side Switch with 24-Bit
Serial Input Control and 8 Parallel Control
16
L
0.5
450
1.0 to 2.5
50
SPI and
Parallel
SPI
Short Circuit, Current Limit,
Temp Sense, Open Load
54-pin SOICW
Production
EVB
MM908E630 See parameters on page 9 (Description column)
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
A change bar appears in the left margin to mark the location of new or revised information.
SG1002–2
SG1002Q22009
ANALOG AND MIXED SIGNAL PRODUCTS (continued)
Power Actuation — High-Side Switches (Solid State Intelligent Switches)
Product
Description
No of
High-Side Continuous Current RDS(on) (m:)
Current
Current Limitation Control1
Outputs or Low-Side Each Output (A) of Each Output Limitation (A) Standby Max (PA)
Status/Fault
Reporting
Protection Features
MC10XS3412
Quad High-Side Switch (2 x 10 m:
2 x 12 m:), with PWM, Protection,
Diagnostics and SPI Control
4
H
6.0
2 x 10, 2 x 12
30
5.0
SPI and
Parallel
SPI
Fail Safe Mode, Overcurrent
Shutdown, Overtemperature, Short
Circuit
24-pin PQFN Production
EVB
MC10XS3435
Quad High-Side Switch (2 x 12 m:
2 x 35 m:), with PWM, Protection,
Diagnostics and SPI Control
4
H
6.0
2 x 10, 2 x 35
30
5.0
SPI and
Parallel
SPI
Fail Safe Mode, Overcurrent
Shutdown, Overtemperature, Short
Circuit
24-pin PQFN Production
EVB
MC15XS3400
Quad High-Side Switch (4 x 15 m:),
with PWM, Protection, Diagnostics and
SPI Control
4
H
6.0
15
30
5.0
SPI and
Parallel
SPI
Fail Safe Mode, Overcurrent
Shutdown, Overtemperature, Short
Circuit
24-pin PQFN Production
EVB
MC33580B
Quad High-Side Switch (15 m:), with
Protection and Diagnostics
4
H
10
15
100
5.0
SPI and
Parallel
SPI, Status Pin
Overcurrent, Overtemperature,
Short Circuit, Reverse Battery,
Undervoltage Lock Out
24-pin PQFN Production
MC33874B
Quad High-Side Switch (35 m:), with
Protection and Diagnostics
4
H
5
35
55
5.0
SPI and
Parallel
SPI, Status Pin
Overcurrent, Overtemperature,
Short Circuit, Reverse Battery,
Undervoltage Lock Out
24-Pin PQFN Production
MC33879
(1.0 :RDS(on)) Configurable Eight
Output SPI Controlled Switch
8
H/L
0.35
550
1.2
25
SPI w/
2 PWM
SPI
Short Circuit, Current Limit, Temp
Sense
32-pin SOICW Production
Exposed Pad
EVB
MC33880
Configurable Eight Output SPI
Controlled Switch
8
H/L
0.5
550
1.2
25
SPI w/
2 PWM
SPI
Short Circuit, Current Limit, Temp
Sense
32-pin SOICW Production
EVB
MC33888
Quad High-Side Switch and Octal LowSide Switch
12
H/L
2 @ 10 A
8 @ 500 mA
2 @ 5.0 A
2 x 10,
2 x 40,
8 x 600
45/20
5.0
SPI
SPI
Short Circuit, Current Limit, Temp
Sense, Current Recopy
36-pin PQFN Production
MC33981B
Single High-Side Switch (4.0 m:), with
PWM, Protection and Diagnostics
1
H
40.0
4
100
5.0
Parallel
Status Pin,
Current Monitor,
Temperature
Overcurrent, Overtemperature,
Short Circuit, Undervoltage Lock
Out
16-pin PQFN Production
MC33982B
Self Protected 2 m: Switch with
Diagnostic and Protection
1
H
60.0
2
100 or 150
Selectable
5.0
SPI and
Parallel
SPI
Temp Sense, Over/Undervoltage,
Shutdown, Overcurrent, Reverse
Polarity, Current Recopy
16-pin PQFN Production
EVB
MC33984B
Self Protected 4 m: Switch with
Diagnostic and Protection
2
H
30.0
4
100 or 75
Selectable
5.0
SPI and
Parallel
SPI
Temp Sense, Over/Undervoltage,
Shutdown, Overcurrent, Reverse
Polarity, Current Recopy
16-pin PQFN Production
EVB
MC35XS3400
Quad High-Side Switch (4 x 35 m:),
with PWM, Protection, Diagnostics and
SPI Control
4
H
6.0
35
30
5.0
SPI and
Parallel
SPI
Fail Safe Mode, Overcurrent
Shutdown, Overtemperature, Short
Circuit
24-pin PQFN Production
EVB
MM908E621
See Embedded MCU + Power (page 9)
MM908E622
See Embedded MCU + Power (page 9)
MM908E624
See Embedded MCU + Power (page 9)
MM908E625
See Embedded MCU + Power (page 9)
MM908E630
See Embedded MCU + Power (page 9)
Packaging
Status
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
A change bar appears in the left margin to mark the location of new or revised information.
SG1002–3
SG1002Q22009
43
44
ANALOG AND MIXED SIGNAL PRODUCTS (continued)
Power Actuation — H-Bridges and Motor Drivers
Product
Description
Main Characteristics
No of RDS(on) (m:) Peak Current
Current
Outputs
of Each
Limitation
Limitation
Output
(A)
Standby Max
Control1
Status
Reporting
Protection Features
Packaging
Status
MC33879
(1.0 :RDS(on)) Configurable Eight Output SPI
Controlled Switch
(1.0 :RDS(on)) Configurable
Eight Output SPI Controlled
Switch
8
550
1.2
25 µA
SPI w/2
PWM
SPI
Short Circuit, Current Limit, Temp 32-pin SOICW
Sense
Exposed Pad
Production
EVB
MC33880
Configurable Eight Output SPI Controlled
Switch
(1.0 :RDS(on)) Configurable
Eight Output SPI Controlled
Switch
8
550
1.2
25 µA
SPI w/2
PWM
SPI
Short Circuit, Current Limit, Temp 32-pin SOICW
Sense
Production
EVB
MC33886
H-Bridge Driver (5.2 A)
225 m:@150qC
2
120
6.0
20 mA
Parallel
1 Status Pin Short Circuit, Current Limit, Temp
(Overcurrent /
Sense
Overtemp)
MC33887
H-Bridge Driver with Sleep Mode (5.2 A)
130 m: @ 25qC, sleep mode,
current sense
2
130
6.0
25 PA
Parallel
1 Status Pin Short Circuit, Current Limit, Temp 20-pin HSOP
(Overcurrent /
Sense
54-pin SOICW
Overtemp)
36-pin PQFN
MC33899
Programmable H-Bridge Power IC
Designed to drive a DC motor
in both forward and reverse
shaft rotation under PulseWidth Modulation (PWM) of
speed and torque.
2
100
11.5
50 PA
SPI and
Parallel
SPI
Open Circuit detect,
Undervoltage, Overtemperature
Shutdown, Output Short Protect,
Short Circuit Current Limit
30-pin HSOP
Production
MC33926
5.0 A Throttle Control H-Bridge
H-Bridge power IC for DC servo
motor control like engine throttle
control. Load can be PWM’ed up
to 20 KHz.
2
120
8.0
50 PA
Parallel
Status Flag
Output Short Circuit Protect,
Overcurrent Limit,
Overtemperature
32-pin PQFN
2Q2009
EVB
MC33931
5.0 A Throttle Control H-Bridge
H-Bridge power IC for DC
servo motor control like engine
throttle control. Load can be
PWM'ed up to 11 KHz
2
120
8.0
50 PA
Parallel
Status Flag
Output Short Circuit Protect,
Overcurrent Limit,
Overtemperature
44-pin HSOP
Production
EVB (‘932)
MC33932
5.0 A Throttle Control Dual H-Bridge
H-Bridge power IC for DC
servo motor control like engine
throttle control. Load can be
PWM'ed up to 11 KHz
4
120
8.0
50 PA
Parallel
Status Flag
Output Short Circuit Protect,
Overcurrent Limit,
Overtemperature
44-pin HSOP
Production
EVB
H-Bridge driver for bipolar
stepper motors and brush DC
motors. Load can be PWM’ed
up to 200 KHz, for speed/
torque and current control.
2
1000
0.80
1 PA
Parallel
—
Shoot Through Protect,
Undervoltage Detect
16-pin QFN
Production
EVB
Production
MPC17C724 0.4A Dual H-Bridge Motor Driver IC
20-pin HSOP
Production
EVB
Production
EVB
MPC17510
0.45 : H-Bridge
Single 15 V H-Bridge with
charge pump
2
450
3.0
1.0 mA
Parallel
Shutdown
Undervoltage
Shoot Through Undervoltage
Detect
24-pin TSSOP
MPC17511
0.46 : H-Bridge
Single 6.8 V H-Bridge with
charge pump
2
460
3.0
1.0 mA
Parallel
Shutdown
Undervoltage
Shoot Through Undervoltage
Detect
16-pin VMFP
24-pin QFN
Production
MPC17529
0.7 : Dual 6.8 V with Charge Pump, 3.3 V Logic Dual 6.8 V with Charge Pump
2
700
1.4
1.0 mA
Parallel
Shutdown
Undervoltage
Shoot Through Undervoltage
Detect
20-pin VMFP
Production
MPC17531
0.7 : Dual 8.6 V with Charge Pump and Sleep
Mode
Dual 8.6 V with Charge Pump
2
700
1.4
1.0 mA
Parallel
Shutdown
Undervoltage
Shoot Through Undervoltage
Detect
20-pin VMFP
24-pin QFN
Production
MPC17533
0.7 : Dual 6.8 V External Charge Pump
Dual 6.8 V external Charge
Pump
2
700
1.4
< 200 PA
Parallel
Shutdown
Undervoltage
Shoot Through Undervoltage
Detect
16-pin VMFP
Production
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
A change bar appears in the left margin to mark the location of new or revised information.
SG1002–4
SG1002Q22009
Power Actuation — H-Bridge Stepper Motors
Product
Description
Main Characteristics
Operating
Voltage (V)
Packaging
Status
MC33970
Dual Gauge Driver Large Pointer
4 Dual Output H-Bridge coil drivers, MMT-licensed two-phase stepper motor compatible, analog
microstepping (12-steps/deg of pointer movement)
6.2 to 26
24-pin SOICW
Production
MC33976
Dual Gauge Driver with Configurable Response Time
4 Dual Output H-Bridge coil drivers, MMT-licensed two-phase stepper motor compatible, analog
microstepping (12-steps/deg of pointer movement) with unproved pointer movement
6.2 to 26
24-pin SOICW
Production
MC33977
Single Gauge Driver
Monolithic IC has 4 Output H-Bridge coil drivers and their associated control and management
logic, automatically controls speed, direction, and magnitude of current
6.2 to 26
24-pin SOICW
Production
MC33991
Dual Gauge Driver Integrated Circuit
4 Dual Output H-Bridge coil drivers, MMT-licensed two-phase stepper motor compatible, analog
microstepping (12 steps/dep of pointer movement)
6.2 to 26
24-pin SOICW
Production
MM908E626
Stepper Motor Control, Quad Half-Bridge with Embedded MCU and LIN for
High Temperature TJ = 135qC
Voltage Regulator 5.0 V/60 mA, LIN Physical Layer with Selectable Slewrates
5 to 28
54-pin SOICW
Exposed Pad
Production
EVB (‘625)
Power Actuation — Pre-Drivers (High-Side MOSFET Gate Drivers)
Product
Description
Main Characteristics
Operating
Voltage (V)
Control1
Output Drives
High/Low-Side,
Drive Current
Status
Reporting1
Protection Features
Packaging
Status
MC33800
Engine Control Integrated Circuit
Engine control IC, with six MOSFET gate predrivers, eight Low-Side Switches, and two
constant current Low-Side switches
5.0 to 36
Parallel, SPI
6 H, 2mA (typ)
SPI
Open Load Detect,
Overcurrent Protect,
Overvoltage Protect,
Shorted Load Detect,
Undervoltage Protect,
Thermal Protect
54-pin SOICW Production
Exposed Pad
EVB
MC33810
Automotive Engine Control IC
Engine control IC with four MOSFET/IGBT
gate drivers and four Low-Side switches.
4.5 to 36
Parallel, SPI
4 L, 780 PA (typ)
SPI, Status
Flags
Shorted Load Detect,
Thermal Protect
32-pin SOICW Production
Exposed Pad
EVB
MC33812
Single Cylinder Engine Control IC
Engine control power IC with three Low-Side
driver, one pre-driver, +5V pre-regulator, IOS9141 physical interface and MCU watchdog
circuit.
4.5 to 36
Parallel
1 H, 50 mA (typ)
Parallel
Overcurrent Outputs
Short to Battery,
Overtemperature Protect
32-pin SOICW
Exposed Pad
MC33927
Three-Phase Field Effect Transistor Pre-Driver
Triple High-Side and Low-Side FET predrivers, with parallel & SPI control and
programmable deadtime (shoot-through
protect).
8.0 to 40
Parallel, SPI
3 H, 3 L, 1.0 A (typ)
SPI
Programmable Deadtime,
Reverse Charge Injection
Protect
54-pin SOICW Production
Exposed Pad
EVB
MC33937
Three-Phase Field Effect Transistor Pre-Driver
Triple High-Side and Low-Side FET predrivers, with parallel & SPI control and
programmable deadtime (shoot-through
protect).
8.0 to 58
Parallel, SPI
3 H, 3 L, 1.0 A (typ)
SPI
Programmable Deadtime, 54-pin SOICW Production
Reverse Charge Injection
Exposed Pad
Protect
2Q2009
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
Power Actuation — LED Drivers
Product
Description
Main Characteristics
MC34844
10 Channel LED
Backlight Driver with
Integrated Power Supply
High efficiency LED driver for use in backlighting LCD displays. Capable of driving more than
150 LEDs, in 10 parallel strings. Currents in the 10 strings are matched to within ±2%.
Controlled through an I2C bus. Contains a PWM generator for LED dimming.
MC34845
6 Channel LED Backlight
Driver with Integrated
Power Supply
High efficiency LED driver for use in backlighting LCD displays. Capable of driving more than
96 LEDs, in 6 parallel strings. Currents in the 6 strings are matched to within ±2%.
Programmable LED current setting. Contains a PWM generator for LED dimming.
Operating Input
Voltage (V)
7.0 to 28
6.0 to 21
Output Voltages
Output voltage of
60 V, with max.
current of 3000 mA
Output voltage of
60 V, with max.
current of 2100 mA
Protection
Features
Undervoltage Lockout,
Overvoltage protection. Overtemperature protect. Overcurrent
protection. Output Short protect
Undervoltage Lockout,
Overvoltage protection. Overtemperature protect. Overcurrent
protection. Output Short and
Open protect
Packaging
Status
32-pin QFN,
Exposed Pad
Production
EVB1
24-pin QFN,
Exposed Pad
2Q2009
1. Supporting backlight EVB - KITLEDBKLT16EVBE
A change bar appears in the left margin to mark the location of new or revised information.
SG1002–5
SG1002Q22009
45
46
ANALOG AND MIXED SIGNAL PRODUCTS (continued)
Power Actuation — Squib Drivers
Product
MC33797
Description
Main Characteristics
Four Channel Squib Driver IC
Four-Channel High-Side and Low-Side 2.0 A FET Switches, Externally Adjustable FET
Current Limiting, Adjustable Current Limit Range: 0.8 A to 2.0 A, 8-Bit SPI for Diagnostics
and FET Switch Activation, Diagnostics for High-Side Safing Sensor Status
Regulation
Voltage
Operating
Voltage (V)
Packaging
Status
7.0 to 35
4.75 to 5.25
32-pin SOICW
Production
Power Actuation — Powertrain Control and Engine Management
Product
Description
Main Characteristics
Engine control IC, with six MOSFET gate pre-drivers, eight
Low-Side Switches, and two constant current Low-Side
switches
Peak Current
Limit (A)
RDSON
(m:)
Control1
Operating
Voltage (V)
Packaging
Status
2 @ 6.0
6 @ 2.0
1 @ 2.8
1 @ 1.0
2 @ 700
6 @ 1000
1 @ 250
1 @ 1000
SPI,
Parallel
5.0 to 36
54-pin SOICW
Exposed Pad
Production
EVB
MC33800
Engine Control Integrated Circuit
MC33810
Automotive Engine Control IC
Engine control IC with four MOSFET/IGBT gate drivers and four
Low-Side switches.
6.0
100
SPI,
Parallel
4.5 to 36
32-pin SOICW
Exposed Pad
Production
EVB
MC33811
Solenoid Monitor Integrated Circuit
5 input solenoid monitoring to verify proper electrical and
mechanical solenoid operation.
—
—
SPI
10.5 to 15.5
16-pin SOICW
Production
EVB
MC33812
Single Cylinder Engine Control Integrated Circuit
Engine control power IC, with three Low-Side drivers, one predriver, +5V pre-regulator, IOS-9141 physical interface and
MCU watchdog circuit.
2 @ 6.0
1 @ 2.0
2 @ 200
1 @ 1000
Parallel
4.5 to 36
32-pin SOICW
Exposed Pad
2Q2009
MC33899
Programmable H-Bridge Power IC
Designed to drive a DC motor in both forward and reverse shaft
rotation under Pulse-Width Modulation (PWM) of speed and
torque. Can be controlled by SPI or parallel control lines.
15.0
90
SPI,
Parallel
6.0 to 26.5
30-pin HSOP
Production
MC33926
5.0A Throttle Control H-Bridge
H-Bridge power IC for DC servo motor control like engine throttle
control. Load can be PWM’ed up to 20 KHz
8.0
120
Parallel
8.0 to 28
32-pin PQFN
2Q2009
EVB
MC33927
Three-Phase Field Effect Transistor Pre-Driver
This IC contains three High-Side FET pre-drivers and three
Low-Side FET pre-drivers, with parallel and SPI control.
—
—
SPI,
Parallel
8.0 to 40
54-pin SOICW
Exposed Pad
Production
EVB
MC33975
MC33975A
22 input Multiple Switch Detect Interface with 32 mA Wetting 22 inputs contact monitoring (14 GND, 8 configurable), 4.0 mA
Current and Wake-up
or 32 mA pulse wetting current, low-power mode interrupt
capability, wake-up. Can supply current to external sensors.
—
—
SPI
5.5 to 26.5
32-pin SOICW
Exposed Pad
Production
EVB
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
Network Transceivers — CAN Physical Interface Components
Product
Description
Main Characteristics
Communication
Protocol
Operating
Voltage
(V)
Current
Limitation Standby
(PA)
Typ
Max
Other Features
Control and
Status
Reporting1
Protection
Features
Packaging
Status
MC33742
MC33742S
System Basis Chip with Enhanced
High Speed CAN (250k to 1Mbps)
Dual VREG, Enhance HS CAN with Bus
failure diagnostic capability, 4 wake-up
inputs, pin and function compatible with
MC33989
CAN high-speed
dual wires
5.5 to 27
60
150
Low power modes, remote and
local wake-up capabilities
4 MHz SPI
(for diag)
Current and thermal
protection for CAN
and regulator
28-pin
SOICW
48-pin QFN
Exposed Pad
Production
EVB
MC33889B
MC33889D
System Basis Chip Lite with LowSpeed CAN
Dual VREG, LS CAN, 2 wake-up inputs
CAN low-speed,
dual wires
5.5 to 27
100
100
Dual voltage regulator,
watchdog, wake input, sleep
and stop modes
SPI 4 MHz
Fault tolerant
28-pin
SOICW
Production
MC33897C
MC33897D
Single-Wire CAN
Low or high (33.3 kbps or 83.3 kbps) data
rates, wake-up capability (GMW3089
v2.3 compatible)
Single-wire CAN
6.0 to 27
45
60
Regulator Control Output
2 Mode Control
Waveshaping Undervoltage
Pins
lockout detect and handle loss
of GND
MC33989
System Basis Chip with High-Speed Dual VREG, HS CAN, 4 wake-up inputs
CAN
CAN high-speed,
dual wires
5.5 to 27
150
150
Dual voltage regulator,
watchdog, wake input, sleep
mode, and cyclic sense
SPI 4 MHz
MC33902
High-speed CAN Interface with
Embedded 5V supply
CAN high-speed,
dual wires
5.5 to 27
14
30
Wake-up, Fault tolerant, Fault
reporting, Low power modes
Pseudo SPI,
Parallel
High-speed CAN physical interface.
Includes a 5.0V internal supply for the
CAN bus transceiver
Thermal shutdown, 14-pin SOICN Production
current limit
8-pin SOICN
n/a
28-pin
SOICW
Overcurrent,
14-pin SOICN
Overtemperature,
Short circuit, VBAT
undervoltage detect
Production
EVB
2Q2009
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
A change bar appears in the left margin to mark the location of new or revised information.
SG1002–6
SG1002Q22009
ANALOG AND MIXED SIGNAL PRODUCTS (continued)
Network Transceivers — LIN, ISO-9141, J-1850 Physical Interface Components
Product
Description
Main Characteristics
Communication
Protocol
Operating
Voltage
(V)
Current
Limitation Standby
(PA)
Typ
Max
Other
Features
Control and
Status
Reporting1
Protection
Features
Packaging
Status
MC33399
Local Interconnect Network (LIN)
Physical Layer
Offers speed communication from
1.0 kbps to 20 kbps, and up to 60 kbps
for Programming Mode. It has two
operating modes: Normal and Sleep.
The 33399 supports LIN Protocol
Specification 1.3.
LIN single wire
7.0 to 27
20
50
Wake-up input pin, control
of external voltage regulator
Parallel
Communication
Current limitation,
thermal protection
8-pin SOICN
Production
EVB
MC33661
eLIN – Enhanced LIN Physical Layer
(Local Interconnect Network)
Selectable slew rate for operations at 10,
20, 100 kbps; bus short to ground fail
safe; excellent EMC behavior, pin and
function compatible with MC33399
LIN single wire
5.5 to 27
8.0
12
Compatibility with 5.0 V and
3.3 V micros, wake-up input
control of external regulator
Parallel
Communication
Current limitation,
thermal protection
8-pin SOICN
Production
EVB
MC33689D
System Basis Chip with Enhanced LIN Low power modes with remote and local
Physical Interface
wake-up; 5.0 V/60 mA VREG with reset
and selectable W/D; enhanced LIN
physical layer (same as MC33661)
LIN single wire
5.5 to 27
35
45
Dual HS switch (150 mA)
and single HS switch
(50 mA) 2 wake-up inputs,
sense amplifier, Overvoltage
and Undervoltage detection
4 MHz SPI
(for diag)
MC33812
Single Cylinder Engine Control IC
Engine control power IC, with 3 Low-Side
drivers, one pre-driver, +5V pre-regulator,
ISO-9141 physical interface and MCU
watchdog circuit.
ISO-9141
4.5 to 36
—
—
MCU Watchdog timer, +5V
pre-regulator for MCU,
MCU Power on RESET
Parallel
Overcurrent,
Outputs Short to
Battery,
Overtemperature
Protect
32-pin SOICW
Exposed Pad
2Q2009
MC33910
MC34910
2nd Generation System Basis Chip
with High-Side Drivers
LIN 2.0 compatible, 5.0 v60mA LDO,
2 High-Side drivers w/PWM, 1 analog/
digital input
LIN single wire
5.5 to 18
48
80
Hall Sensor supply,
Configurable Window
Watchdog
SPI
4 MHz
Multiple wake-up
sources, LDO Fault
Detect, Low
Voltage Reset
32-pin LQFP
Production
MC33911
MC34911
2nd Generation System Basis Chip
with DC Motor Pre-driver
LIN 2.0 compatible, 5.0 v60mA LDO,
1 High-Side driver & 2 Low-Side drivers
w/PWM, 2 analog/digital inputs
LIN single wire
5.5 to 18
48
80
Configurable Window
Watchdog
SPI
4 MHz
Multiple wake-up
sources, LDO Fault
Detect, Low
Voltage Reset
32-pin LQFP
Production
MC33912
MC34912
2nd Generation System Basis Chip
LIN 2.0 compatible, 5.0 v60mA LDO,
with DC Motor Pre-driver and Current 2 High-Side drives & 2 Low-Side drivers
Sense
w/PWM, 4 analog/digital inputs
LIN single wire
5.5 to 18
48
80
Hall Sensor supply,
Configurable Window
Watchdog, Current Sense
SPI
4 MHz
Multiple wake-up
sources, LDO Fault
Detect, Low
Voltage Reset
32-pin LQFP
Production
MC33990
Serial Link J-1850 Bus Transceiver
J-1850
9.0 to 16
n/a
65
Internally reverse battery
protected Waveshaping
Parallel
Communication
Current limitation,
thermal protection
8-pin SOICN
Production
J-1850 multiplexing bus with loss of
ground protection
Current and
32-pin SOICW Production
thermal protection
EVB
for LIN, regulator
and HS switches
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
Network Transceivers — Distributed Systems Interface (DSI) Components
Product
Description
Main Characteristics
Max Data Rate
Operating
Temp Range
(°C)
Bus Sw.
Resistance,
typ/max (:)
Packaging
Status
MC33780
Dual DSI Master with Differential Drive
Bus controller for two differential DSI channels. SPI port for uC interface.
Variable CRC generation and detection, thermal protection, frequency
spreading.
150kbps
-40 to +85
n/a
16-pin SOICW
Production
MC33781
Quad DSI Master with Differential Drive
Bus controller for four differential DSI channels. Dual SPI ports for uC and
safing interfaces. Variable CRC generation and detection, comprehensive
fault detection, thermal protection, frequency spreading
200kbps
-40 to +90
n/a
32-pin SOICW
Exposed Pad
Production
MC33784
DSI Sensor Interface
DSI slave device optimized as a sensor interface. Differential bus capability &
dual bus switches for improved EMC performance, 2-channel 10-bit ADC,
5.0 V regulated output, 3 configurable logic pins, CRC generation and
checking.
n/a
-40 to +150
3.0/6.0
16-pin SOICN
Production
MC33793
DSI Sensor Interface
DSI slave device. 5.0 V regulated output, 4 configurable I/O pins (logic I/O or
8-bit ADC), fault tolerant, logic output high current buffer.
n/a
-40 to +125
4.0/8.0
16-pin SOICN
Production
A change bar appears in the left margin to mark the location of new or revised information.
SG1002–7
SG1002Q22009
47
48
ANALOG AND MIXED SIGNAL PRODUCTS (continued)
Signal Conditioning — Switch Monitoring
Product
Description
Main Characteristics
Switch Monitor
Voltage (V)
Operating
Voltage (V)
Packaging
Status
0 to 64
10.5 to 15.5
16-pin SOICW
Production
EVB
12 input contact monitoring (6 GND, 2 VBAT, 4 configurable), 25 mA pulse wetting
current, master, slave, and low-power mode interrupt capability.
-14 to 40
7.0 to 26
24-pin SOICW
Production
Multiple switch detection interface with suppressed wake-up designed to detect
closing and opening of up to 22 switch contacts (14 GND, 8 configurable), wetting
current of 2.0 mA or 16 mA.
-14 to 38
-14 to 40
5.5 to 26
32-pin SOICW
32-pin SOICW
Exposed Pad
Production
EVB
22 input Multiple Switch Detect Interface with 32 mA Wetting
Current and Wake-up
22 inputs contact monitoring (14 GND, 8 configurable), 4.0 mA or 32 mA pulse
wetting current, low-power mode interrupt capability, wake-up. Can supply current to
external sensors.
-14 to 38
-14 to 40
5.5 to 26.5
32-pin SOICW
Exposed Pad
Production
EVB
22 input Multiple Switch Detect Interface with 16 mA Wetting
Current and Wake-up
22 inputs contact monitoring (14 GND, 8 configurable), pulse wetting current of
2.0 mA or 16 mA, low-power mode interrupt capability, wake-up.
-14 to 40
5.5 to 26.5
32-pin SOICW
Production
EVB
MC33811
Solenoid Monitor Integrated Circuit
5 input solenoid monitoring to verify proper electrical and mechanical solenoid
operation.
MC33884
Switch Monitor Interface
MC33972
MC33972A
22 input Multiple Switch Detect Interface with 16 mA Wetting
Current and Suppressed Wake-up
MC33975
MC33975A
MC33993
System Basis Chip
Product
Description
Other Features
Diagnostics1 Protection Features
Main Characteristics
Bus Type
and Standard
Operating
Current
Voltage
Limitation Standby
(V)
(PA)
Typ
Max
Packaging
Status
LIN single wire
5.5 to 27
35
45
Dual HS switch (150 mA)
and single HS switch
(50 mA) 2 wake-up inputs,
sense amplifier,
Overvoltage and
Undervoltage detection
SPI
4 MHz
Current and thermal 32-pin SOICW
protection for LIN,
regulator and HS
switches
Production
EVB
Current and thermal 28-pin SOICW
protection for CAN
48-pin QFN
and regulator
Production
EVB
MC33689D
System Basis Chip with Enhanced LIN
Physical Interface
Low power modes with remote and local
wake-up; 5.0 V/60 mA VREG with reset and
selectable W/D; enhanced LIN physical
layer (same as MC33661)
MC33742
MC33742S
System Basis Chip with Enhanced High
Speed CAN (250K to 1Mbps)
SBC, Dual VREG, Enhance HS CAN with
CAN HS dual wire
Bus failure diagnostic capability, 4 wake-up
inputs; pin and function compatible with
MC33989
5.5 to 27
60
150
Low power modes, remote
and local wake-up
capabilities
SPI
4 MHz
MC33889D
System Basis Chip with Low Speed
Fault Tolerant CAN
Dual 5.0 V regulators LS CAN,
2 wake-up inputs
CAN low-speed,
dual wires
5.5 to 27
60
100
Dual voltage regulator,
watchdog, wake input,
sleep and stop modes
SPI
4 MHz
Fault tolerant
28-pin SOICW
Production
EVB
MC33910
MC34910
2nd Generation System Basis Chip with LIN 2.0 compatible, 5.0 v60mA LDO,
High-Side Drivers
2 High-Side drivers w/PWM, 1 analog/
digital input
LIN single wire
5.5 to 18
48
80
Hall Sensor supply,
Configurable Window
Watchdog
SPI
4 MHz
Multiple wake-up
sources, LDO Fault
Detect, Low Voltage
Reset
32-pin LQFP
Production
MC33911
MC34911
2nd Generation System Basis Chip with LIN 2.0 compatible, 5.0 v60mA LDO,
DC Motor Pre-driver
1 High-Side driver & 2 Low-Side drivers w/
PWM, 2 analog/digital inputs
LIN single wire
5.5 to 18
48
80
Configurable Window
Watchdog
SPI
4 MHz
Multiple wake-up
sources, LDO Fault
Detect, Low Voltage
Reset
32-pin LQFP
Production
MC33912
MC34912
2nd Generation System Basis Chip with LIN 2.0 compatible, 5.0 v60mA LDO,
DC Motor Pre-driver and Current Sense 2 High-Side drives & 2 Low-Side drivers w/
PWM, 4 analog/digital inputs
LIN single wire
5.5 to 18
48
80
Hall Sensor supply,
Configurable Window
Watchdog, Current Sense
SPI
4 MHz
Multiple wake-up
sources, LDO Fault
Detect, Low Voltage
Reset
32-pin LQFP
Production
MC33989
System Basis Chip with High Speed
CAN
CAN high speed,
dual wires
5.5 to 27
80
150
Dual voltage regulator,
watchdog, wake input,
sleep and stop modes
SPI
4 MHz
Current limitation,
thermal
28-pin SOICW
Production
EVB
Dual 5.0 V regulators HS CAN,
4 wake-up inputs
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
SG1002–8
SG1002Q22009
ANALOG AND MIXED SIGNAL PRODUCTS (continued)
Embedded MCU + Power
Additional Information
Packaging
Status
MM908E621 DC Motor/Mirror Control and LIN Mirror
Control, Integrated Quad Half-Bridge
and Triple High-Side with Embedded
MCU and LIN for High End Mirror
Product
Description
Voltage Regulator 5.0 V/60 mA, LIN
Physical Layer with Selectable Slewrates,
Window Watchdog, “Normal/Stop/Sleep
Mode “Control
2 x 275 m: Half-Bridges;
2 x 750 m: Half-Bridges;
1 x 185 m: High-Side;
2 x 440 m: High-Side;
Switched 5.0 V Output (25 mA)
MC68HC908EY16 HC08 Core, 16K Flash,
512 Bytes RAM, ESCI,
8-Channel 10-bit ADC,
Two 16-bit 2 Channel
Timers, Internal Clock
Generator
2/3 Pin Hall Sensor Input,
Analog Input with Current
Source, 40 V Rated Wake-up
Input, Vsup, Chip Temperature
and Current Sensing
54-pin SOICW
Exposed Pad
Production
MM908E622 DC Motor/Mirror Control and LIN Mirror
Control, Integrated Quad Half-Bridge,
Triple High-Side and EC Glass Driver
with Embedded MCU and LIN for High
End Mirror
Voltage Regulator 5.0 V/60 mA, LIN
Physical Layer with Selectable Slewrates,
Window Watchdog, “Normal/Stop/Sleep
Mode “Control
2 x 275 m: Half-Bridges;
2 x 750 m: Half-Bridges;
1 x 185 m: High-Side;
2 x 440 m: High-Side;
Switched 5.0 V Output (25 mA)
EC Glass Driver
MC68HC908EY16 HC08 Core, 16K Flash,
512 Bytes RAM, ESCI,
8-Channel 10-bit ADC,
Two 16-bit 2 Channel
Timers, Internal Clock
Generator
2/3 Pin Hall Sensor Input,
Analog Input with
Current Source, 40 V Rated
Wake-up Input, Vsup, Chip
Temperature and Current
Sensing
54-pin SOICW
Exposed Pad
Production
MM908E624 DC Motor Control Using Relays (for
example, Window Lift, Sun Roof, and
Power Seats), Triple High-Side Switch
with Embedded MCU + Power + LIN
Voltage Regulator 5.0 V/50 mA, LIN
Physical Layer with Selectable Slewrates,
Window Watchdog with Selectable Timing,
Normal/Stop/Sleep Mode Control
1 x 7 : High-Side,
2 x 2.5 : High-Side Switches for
Relay Control
MC68HC908EY16 HC08 Core, 16K Flash,
512 Bytes RAM, ESCI,
8-Channel 10-bit ADC,
Two 16-bit 2 Channel
Timers, Internal Clock
Generator
Operational Amplifier, 2 x 40 V
Rated Wake-up Inputs
54-pin SOICW
Production
EVB
MM908E625 Mirror Control, Stepper Motor Control,
Voltage Regulator 5.0 V/60 mA, LIN
Door Lock Quad Half-Bridge and Single Physical Layer with Selectable Slewrates,
High-Side with Embedded MCU and LIN Timeout Watchdog with Periodic Wake-up
Feature, Normal/Stop Mode Control
4 x 400 m: Half-Bridges with
Current Control;
1 x 600 m: High-Side;
Switched 5.0 V Output (25 mA)
MC68HC908EY16 HC08 Core, 16K Flash,
512 Bytes RAM, ESCI,
8-Channel 10-bit ADC,
Two 16-bit 2 Channel
Timers, Internal Clock
Generator
3 x 2 Pin Hall Sensor Inputs
with Cyclic Wake-up Feature,
Analog Input with Current
Source, Vsup, Chip
Temperature and Current
Sensing
54-pin SOICW
Exposed Pad
Production
EVB
Voltage Regulator 5.0 V/60 mA, LIN
MM908E626 Stepper Motor Control, Quad HalfBridge with Embedded MCU and LIN for Physical Layer with Selectable Slewrates
High Temperature TJ = 135qC
4 x 400 m: Half-Bridges with
Current Control;
Switched 5.0 V Output (24 mA)
MC68HC908EY16 HC08 Core, 16K Flash,
512 Bytes RAM, ESCI,
8-Channel 10-bit ADC,
Two 16-bit 2 Channel
Timers, Internal Clock
Generator
Vsup, Chip Temperature and
Current Sensing
54-pin SOICW
Exposed Pad
Production
(EVB use ‘625)
MC68HC908EY16 HC08 Core, 16K Flash,
512 Bytes RAM, ESCI,
10-bit ADC, Two 16-bit
2 Channel Timers, Internal
Clock Generator
PWM Capable, Current
Sensing, 4 Analog/Digital
Wake-up Inputs, Window
Watchdog Timer
44-pin QFN
2Q2009
MM908E630 Relay Control, using 2 High-Side and
2 Low-Side Switches, with an
Embedded MCU and LIN Interface for
High Temperature TJ = 125qC
Main Characteristics
2 Voltage regulators 5.0 V @ 50 mA, 5.0 V
@15 mA. LIN Physical Interface with
Selectable Slew Rates
Power Features
2 x 7 : High-Side Switches,
2 x 2.5 : Low-Side Switches, Hall
Sensor Switched Supply
MCU Reference
MCU Detail
A change bar appears in the left margin to mark the location of new or revised information.
SG1002–9
SG1002Q22009
49
50
FREESCALE SEMICONDUCTOR POWER MANAGEMENT PRODUCTS
The Power Management products portfolio provides solutions for Linear and Switching
voltage regulators. Hot Swap control and Power over Ethernet devices for use in
applications ranging from Consumer and Industrial to Automotive.
SMARTMOS¥—Freescale Semiconductor SMARTMOS technology allows
designers to interface high-precision components with the harsh automotive environment.
Cost-Effective—Ideally suited for rugged automotive applications, SMARTMOS solutions
offer a cost-effective blend of analog, digital, and robust power silicon that enables
integrated, mixed-signal, power control ICs.
Functionality—SMARTMOS solutions implement traditional analog functions with smaller die
size, and a modular process produces components with the minimum number of process
steps for each circuit, minimizing overhead.
Benefits—Freescale Semiconductor SMARTMOS technology brings a wide range of
benefits to today’s designs, including component reductions, power flexibility, durability,
efficiency, precision, high-performance analog, and robustness.
Packaging - Freescale devices may be offered in EPP and RoHS compliant packages; view
the external web for specifics.
For additional information, visit:
Documentation, Tool, and Product Libraries
www.freescale.com
www.freescale.com/analog
www.freescale.com/powermanagement
POWER MANAGEMENT
Linear Regulators
Product
Description
Main Characteristics
MPC18730
1.15 V/2.4 V 2-CH DC to DC converters 2 Programmable DC-DC Converters,
with 3 low dropout regulators
3 Programmable Low Drop Regulators,
Low Battery Operation 0.9 V
MC33689D
System Basis Chip with Enhanced LIN
Physical Interface
MC33730
Switch Mode Power Supply with Multiple Step-down Switching regulator (2.0 A),
Linear Regulators and Power
with 3 Programmable Linear Regulators
Sequencing
(15 mA, 15 mA, 15 mA) and two 5.0 V
Sensor supplies (100 mA, 100 mA).
MC33742
MC33742S
System Basis Chip with Enhanced High
Speed CAN (250 K to 1 Mbps)
SBC, Dual VREG, Enhance HS CAN with
Bus failure diagnostic capability, 4 wake-up
inputs; pin and function compatible with
MC33989
MC33889D
System Basis Chip with Low Speed
Fault Tolerant CAN
MC33989
MC34700
Bus Type
and Standard
Operating
Current
Voltage
Limitation Standby
(V)
(PA)
Typ
Max
Other Features
Diagnostics1 Protection Features
Status
64-pin QFN
Production
EVB
n/a
0.9 to 4.2
5.0
12
Pow Switches, Vout Set
by Serial Input
SPI
4 MHz
LIN single wire
5.5 to 27
35
45
Dual HS switch (150 mA)
and single HS switch
(50 mA) 2 wake-up inputs,
sense amplifier,
Overvoltage and
Undervoltage detection
SPI
4 MHz
n/a
4.5 to 28
150
—
Programmable voltage
regulator, power
sequencing, adjustable
OSC - Switcher
None
CAN HS dual
wire
5.5 to 27
60
150
Low power modes, remote
and local wake-up
capabilities
SPI
4 MHz
Dual 5.0 V regulators LS CAN,
2 wake-up inputs
CAN low-speed,
dual wires
5.5 to 27
60
100
Dual voltage regulator,
watchdog, wake input,
sleep and stop modes
SPI
4 MHz
Fault tolerant
28-pin SOICW
Production
EVB
System Basis Chip with High Speed
CAN
Dual 5.0 V regulators HS CAN,
4 wake-up inputs
CAN high speed,
dual wires
5.5 to 27
80
150
Dual voltage regulator,
watchdog, wake input,
sleep and stop modes
SPI
4 MHz
Current limitation,
thermal
28-pin SOICW
Production
EVB
3.6 V/5.25 V 3-CH DC-DC converters
and 1- 3.6 V Linear regulator.
3 adjustable Buck switching regulators and
1 adjustable Linear regulator. ±1.5% output
voltage accuracy. 800 KHz switching
frequency.
n/a
1.5 to 6.0
&
9.0 to 18
—
—
PGOOD
signal
Current limit, Short
Circuit protect,
Overtemperature
protection,
Overvoltage &
Undervoltage
protection
32-pin QFN
Exposed pad
Production
EVB
Low power modes with remote and local
wake-up; 5.0 V/60 mA VREG with reset and
selectable W/D; enhanced LIN physical
layer (same as MC33661)
Power-up sequencing,
Separate enable functions
n/a
Packaging
Current and thermal 32-pin SOICW
protection for LIN,
regulator and HS
switches
Reverse Battery
Protect,
Undervoltage and
Overvoltage
Lockout, Reset
monitor signals for
regulators (4)
32-pin
SOICW-EP
Exposed Pad
Current and thermal 28-pin SOICW
protection for CAN
48-pin QFN
and regulator
Exposed Pad
Production
EVB
Production
Production
EVB
1. Products available with SPI Control work with the KITUSBSPIEVME and the KITUSBSPIDGLEVME USB-SPI Interface Boards.
A change bar appears in the left margin to mark the location of new or revised information.
SG1002–10
SG1002Q22009
POWER MANAGEMENT (continued)
Switching Regulators
Product
MPC18730
MC33730
Description
Main Characteristics
1.15 V/2.4 V 2-CH DC to DC converters
with 3 low dropout regulators
Switch Mode Power Supply with Multiple
Linear Regulators and Power
Sequencing
2 Programmable DC-DC Converters,
3 Programmable Low Drop Regulators, Low Battery Operation 0.9 V
Step-down switching regulator (2.0 A), with 3 Programmable Linear
Regulators (15 mA, 15 mA, 15 mA) and 2 x 5.0 V sensor supply
(100 mA, 100 mA).
MC33998
2.6/5.0 Volt Switching Power Supply for Step-down switching regulator, 3.3 V linear regulator, 2.6 V standby
Engine control
regulator, 2 x 5.0 V sensor supply, power sequencing, and reset
MC34700
3.6 V/5.25 V 3-CH DC-DC converters
and 1- 3.6 V Linear regulator.
MC34701
MC34702
3 adjustable Buck switching regulators and 1 adjustable Linear
regulator. ±1.5% output voltage accuracy.
800 KHz switching frequency. The switching regulators utilize
voltage-mode control with external compensation.
Dual Output Power Supply Switching
Step-down switching regulator and Linear regulator with adjustable
(1.5 A)
output voltage from 0.8 V to 5.0 V. Power sequencing, I2C bus
interface, watchdog, voltage margining, reset.
Dual Output Power Supply Switching
Step-down switching regulator and Linear regulator with adjustable
(3.0 A)
output voltage from 0.8 V to 5.0 V. Power sequencing, I2C bus
interface, watchdog, voltage margining, reset.
A multi-channel voltage regulator used to The 34704 features 8(A) or 5(B) buck & boost DC/DC switching
address power management needs for
regulators, with up to ±2% output voltage accuracy. It provides
various multimedia application MCUs.
dynamic voltage scaling on all regulators. It is capable of operating at
a switching frequency of up to 2 MHz. The 34704 utilizes I2C
programmability.
Operating Input
Voltage (V)
0.9 to 4.2
4.5 to 28
Output Voltages
DC-DC: 1.6 to 3.2 V, 0.8 to 1.5 V
3LDO: 2.8 V adj. down
Protection
Features
n/a
Packaging
Status
64-pin QFN
Production
EVB
Production
1.5 to 6.0
&
9.0 to 18
4.9 to 5.1 V,
2.0 to 3.3 V,
1.5 to 3.3 V,
1.0 to 5.0 V,
5.0 V
5.0 V @ 1400 mA
2 x 5.0 V @ 200 mA
2.6 V @ 400 mA
2.6 V @ 10 mA
3.6 V (adj.) @400 mA
5.25 V (adj.) @1500 mA
2 - 3.6 V (adj.) @1250 mA
2.8 to 6.0
Adjustable
2.8 to 6.0
Adjustable
Current limit, Undervoltage
shutdown, Overvoltage detect,
Overtemperature shutdown
32-pin
SOICW
Production
EVB
2.7 to 5.5
Output Undervoltage &
Overvoltage detect,
Overcurrent limit detection and
Short Circuit protect, Thermal
limit detect
56-pin QFN
Exposed Pad
Production
EVB(A)
EVB(B)
Overcurrent limit, Short Circuit
protect, Thermal shutdown,
Output Overvoltage &
Undervoltage detect
Overcurrent limit, Short Circuit
protect, Thermal shutdown,
Output Overvoltage &
Undervoltage detect
24-pin QFN
Production
EVB
24-pin QFN
Production
EVB
6.0 to 26.5
(40 transient)
Reverse Battery Protect,
Undervoltage and Overvoltage
Lockout, Reset monitor signals
for regulators (4)
32-pin
SOICW-EP
Exposed Pad
Undervoltage shutdown, VDDH
current limit, VKAM current limit,
Short Circuit to GND, Short
Circuit to VPWR
Current limit, Short Circuit
protect, Overtemperature
protection, Overvoltage &
Undervoltage protection.
Current limit, Undervoltage
shutdown, Overvoltage detect,
Overtemperature shutdown
24-pin
SOICW
Production
32-pin QFN
Exposed Pad
Production
EVB
32-pin
SOICW
Production
EVB
MC34712
Single synchronous DDR Switch-Mode
regulator (±3.0 A)
Synchronous buck switching regulator with adjustable output and an
accuracy of ±2% and a programmable switch frequency of 200 KHz
to 1.0 MHz.
3.0 to 6.0
15.0 V (adj.) @ 30 mA
15.0 V (adj.) @ 60 mA (A only)
5.0 V @ 500 mA (A only)
3 - 3.6 V (adj.) @ 300/500 mA
1.8 V (adj.) @ 550 mA
-9.0 V (adj.) @ 60 mA (A only)
0.7 to 1.35 V
MC34713
Single synchronous buck switching
regulator (5.0 A)
Synchronous buck switching regulator with adjustable output and an
accuracy of ±2% and a programmable switch frequency of 200 KHz
to 1.0 MHz.
3.0 to 6.0
0.7 to 3.6 V
MC34716
Dual synchronous DDR Switch-Mode
regulators (5.0 A, ±3.0 A)
Synchronous buck switching regulators with adjustable outputs and
an accuracy of ±2% and a programmable switch frequency of
200 KHz to 1.0 MHz.
3.0 to 6.0
0.7 to 3.6 V,
0.7 to 1.35 V
Overcurrent limit, Short Circuit
protect, Thermal shutdown,
Output Overvoltage &
Undervoltage detect
26-pin QFN
Production
EVB
MC34717
Dual synchronous buck switching
regulators (5.0 A, 5.0 A)
Synchronous buck switching regulators with adjustable outputs and
an accuracy of ±2% and a programmable switch frequency of
200 KHz to 1.0 MHz.
3.0 to 6.0
0.7 to 3.6 V,
0.7 to 3.6 V
Overcurrent limit, Short Circuit
protect, Thermal shutdown,
Output Overvoltage &
Undervoltage detect
26-pin QFN
Production
EVB
MC34726
A high efficiency, low quiescent current
synchronous buck regulator
implementing Freescale’s innovative
Z-Mode architecture.
A high efficiency, low quiescent current
synchronous buck regulator
implementing Freescale’s innovative
Z-Mode architecture
Voltages ranging from 0.8 V to 3.3 V reduce the number of extra
components. The part is able to provide 300 mA continuous load
current across the input and output voltage ranges. Switching
frequency options of 2 MHz and 4 MHz.
Voltages ranging from 0.8 V to 3.3 V, reduce the number of extra
components. The part is able to provide 600 mA continuous load
current across the input and output voltage ranges. Switching
frequency of 2 MHz
2.7 to 5.5
1.2 V - 3.3 V (C) @ 300 mA
Internal 2 ms Soft Start,
Thermal & Overcurrent
protection
8-pin UDFN
(2x2)
Production
EVB use ‘727
2.7 to 5.5
1.2 V - 3.3 V (C) @ 600 mA
Internal 2 ms Soft Start,
Thermal shutdown, Current
limit, Undervoltage lock-out
8-pin UDFN
(2x2)
Production
EVB
MC34704A
MC34704B
MC34727
A change bar appears in the left margin to mark the location of new or revised information.
SG1002–11
SG1002Q22009
51
52
POWER MANAGEMENT (continued)
LED Drivers
Product
Description
MC34844
10 Channel LED Backlight Driver with
Integrated Power Supply
MC34845
6 Channel LED Backlight Driver with
Integrated Power Supply
Main Characteristics
High efficiency LED driver for use in backlighting LCD displays.
Capable of driving more than 150 LEDs, in 10 parallel strings.
Currents in the 10 strings are matched to within ± 2%.
Controlled through an I2C bus. Contains a PWM generator for
LED dimming.
High efficiency LED driver for use in backlighting LCD displays.
Capable of driving more than 96 LEDs, in 6 parallel strings.
Currents in the 6 strings are matched to within ±2%.
Programmable LED current setting. Contains a PWM generator
for LED dimming.
Operating Input
Voltage (V)
7.0 to 28
6.0 to 21
Output Voltages
Output voltage of
60 V, with max.
current of 3000 mA
Output voltage of
60 V, with max.
current of 2100 mA
Protection
Features
Undervoltage Lockout,
Overvoltage protection. Overtemperature protect. Overcurrent
protection. Output Short protect
Undervoltage Lockout,
Overvoltage protection. Overtemperature protect. Overcurrent
protection. Output Short and
Open protect
Packaging
Status
32-pin QFN, Exposed Pad
Production
EVB1
24-pin QFN, Exposed Pad
2Q2009
1. Supporting backlight EVB - KITLEDBKLT16EVBE
Battery Management
Product
Description
MC34671
High-input Voltage Charger for Singlecell Li-Ion or Li-Polymer Batteries
MC34673
High-input Voltage Charger for Singlecell Li-Ion or Li-Polymer Batteries
MC34674
MC34675
MC34676
Main Characteristics
Fixed output charge voltage with ±0.7% voltage accuracy and a
maximum user programmable charge current of 600 mA, with ±5%
current accuracy. Supports trickle, CC and CV charge modes.
Fixed output charge voltage with ±0.7% voltage accuracy and a
maximum user programmable charge current of 1200 mA, with
±6% current accuracy. Supports trickle, CC, and CV charge
modes.
High-input Voltage Travel Charger for
Fixed output charge voltage with ±0.4% voltage accuracy and a
Single-cell Li-Ion or Li-Polymer Batteries maximum factory selectable charge current of 1050 mA, with
±8% current accuracy. Supports trickle, CC, and CV charge
modes. Interface to NTC thermistor.
High-input Voltage Charger for SingleFixed output charge voltage with ±0.7% voltage accuracy and a
cell Li-Ion Batteries with Linear Regulator maximum user programmable charge current of 1000 mA, with
±6% current accuracy. Supports trickle, CC, CV and EOC
charge modes.
The 4.85 V linear regulator is capable of 10 mA output current
High-input Voltage Charger for SingleFixed output charge voltage with ±0.7% voltage accuracy and a
cell Li-Ion Batteries with Linear Regulator maximum user programmable charge current of 400/1200 mA,
with ±5% current accuracy. Supports trickle, CC, CV and EOC
and dual input voltage supplies (AC &
USB)
charge modes.
A 4.85 V linear regulator function can supply 50 mA and 12 mA
of output current.
Operating Input
Voltage (V)
2.6 to 10
2.6 to 6.6
4.3 to 10.0
4.3 to 6.6
4.0 to 5.5 (USB)
4.0 to 6.6 (AC)
Output Voltages
Packaging
Status
4.2 V
@ 600 mA
Protection
Features
Undervoltage POR, Input
Overvoltage protection above 11 V,
Overtemperature protect. Tolerates
input voltage up to 28 V DC.
4.2 V
Undervoltage POR, Input
@ 1200 mA
Overvoltage protection above 6.8 V,
Overtemperature protect. Tolerates
input voltage up to 28 V DC.
4.2 V
Undervoltage POR, Input
@ various currents - see Data Sheet Overvoltage protection above 11 V,
Overtemperature protect. Tolerates
input voltage up to 28 V DC.
4.2 V @ 1000 mA
Undervoltage POR, Input
4.85 V @ 10 mA
Overvoltage protection above 6.8 V,
Overtemperature protection.
Tolerates input voltage up to
28 V DC.
4.2 V
Undervoltage POR, Input
@ various currents - see Data Sheet Overvoltage protection above
6.8 V (AC) or 5.8 V (USB),
4.85 V
Overtemperature protection.
@ various currents - see Data Sheet Tolerates input voltage up to
28 V DC.
8-pin UDFN
Exposed Pad
Production
EVB
8-pin UDFN
Exposed Pad
Production
EVB
8-pin UDFN
Exposed Pad
Production
EVB
8-pin UDFN
Exposed Pad
Production
12-pin UDFN
Exposed Pad
Production
EVB
Power over Ethernet (PoE)
Product
MC34670
Description
IEEE 802.3af Powered Device with
Current Mode Switching Regulator
Main Characteristics
Integrated IEEE 802.3af Compliant Interface, Signature
Detection and Power Classification Functionality, High
Performance Current Mode Switching Regulator
Operating Input
Voltage (V)
30 to 60
Max Current LImit
(A)
2.1
Number of
Channels
1
Protection
Features
Fast Short Circuit Detect,
Thermal Shutdown,
Overvoltage Shutdown,
Inrush Current Limit,
Overvoltage Lock Out
Packaging
Status
20-pin SOICW
Production
EVB
A change bar appears in the left margin to mark the location of new or revised information.
SG1002–12
SG1002Q22009
FREESCALE SEMICONDUCTOR ACCESS AND REMOTE CONTROL PRODUCTS
For additional information, visit:
Documentation, Tool, and Product Libraries
www.freescale.com
Automotive Home Page
www.freescale.com/automotive
Transmitters and Receivers
Stand-Alone RF Products
Product
RF Type
RF Frequency
MC33591/2/3/4
Receiver
315 MHz, 434 MHz or
868 MHz - 915 MHz
Protocols
Supported
OOK and FSK
Demodulation
Clock Generator
and Strobe OSC
MC33596
Receiver
MC33696
MC33493
Clock Type
Bandwidth
Package
Additional Features
300 kHz or 105 dBm RF Sensitivity -40ºC to +85ºC
500 kHz
at 4.8 kbps
315 MHz - 915 MHz
OOK and FSK
Demodulation
Programmable PLL
and Strobe OSC
380 kHz
Transceiver
315 MHz - 915 MHz
315 MHz, 434 MHz or
868 MHz - 915 MHz
OOK and FSK
Demodulation
OOK and FSK
Demodulation
Programmable PLL
and Strobe OSC
PLL with integrated
VCO
380 kHz
Transmitter
24 LQFP
-103 dBm to -81 dBm
typ in 4 steps
-40ºC to +85ºC
32 LQFP,
32 QFN
-103 dBm to -81 dBm
typ in 4 steps
+5 dBm output power
-40ºC to +85ºC
32 LQFP,
32 QFN
14 TSSOP
Date Manager, Internal or Existing Strobing Byte and Tone
detection, Manchester Coded Data Clock recovery up to
11 kbps. Fully configurable by SPI interface.
RSSI (75 dB digital and 55 dB analog), Strobe OSC and
Data Manager with clock recovery for Manchester coded
signals
RSSI (75 dB digital and 55 dB analog), Strobe OSC and
Data Manager
11 kbps max data rate for Manchester code
—
Sensitivity
Temperature
-40ºC to
+125ºC
In
Market Focus
Production
Yes
UHF RF Receiver,
RF, Remote and
Secure Entry
Yes
UHF RF Receiver,
RF, Remote and
Secure Entry
Yes
Remote/Secure
Entry (2-way RF)
Yes
Remote/Secure
Entry (1-way RF)
Tag Reader (STARC) for Immobilizer Applications
Product
MC33690
Description
Stand-alone TAG reader with voltage regulator
Packaging
20-pin SOIC
Band
125 kHz
Data Rate
0.5 to 8 kbps
MCU Interface
K line (ISO-9141)
Operating Voltage
12 V
Status
Available
Wireless RF System Solutions
Product
RF Type Flash RAM
RF
Frequency
Protocols
Supported
Clock ADC SPI
Type
Timer
2 KB 128 B
—
OOK and FSK ICG, 4-CH,
Demodulation OSC 12-bit
—
2-CH, Timer
MC68HC908RF2 Transmitter 2 KB 128 B
—
OOK and FSK ICG, 4-CH,
Demodulation OSC 12-bit
—
2-CH, Timer
ASK and FSK OSC 8-CH,
Modulation
10-bit
1
ASK and FSK OSC 8-CH,
Modulation
10-bit
1
ASK and FSK OSC 8-CH
Modulation
10-bit
1
ASK and FSK OSC 8-CH,
Modulation
10-bit
1
ASK and FSK OSC 8-CH,
Modulation
10-bit
1
ASK and FSK OSC 8-CH,
Modulation
10-bit
1
ASK and FSK OSC 8-CH,
Modulation
10-bit
1
2-CH, 16-bit
Timer/PulseWidth Modulator
2-CH, 16-bit
Timer/PulseWidth Modulator
2-CH, 16-bit
Timer/PulseWidth Modulator
2-CH, 16-bit
Timer/PulseWidth Modulator
2-CH, 16-bit
Timer/PulseWidth Modulator
2-CH, 16-bit
Timer/PulseWidth Modulator
2-CH, 16-bit
Timer/PulseWidth Modulator
MC68HC908RK2
—
MPXY80201
Transmitter
MPXY8300A
Transmitter
MPXY8300B
Transmitter
MPXY8300C
Transmitter
MPXY8320A
Transmitter
MPXY8320B
Transmitter
MPXY8320C
Transmitter
16 512 B 315MHz/
434MHz RF
KB
Transmitter
16 512 B 315MHz/
KB
434MHz RF
Transmitter
16 512 B 315MHz/
KB
434MHz RF
Transmitter
16 512 B 315MHz/
KB
434MHz RF
Transmitter
16 512 B 315MHz/
434MHz RF
KB
Transmitter
16 512 B 315MHz/
434MHz RF
KB
Transmitter
16 512 B 315MHz/
KB
434MHz RF
Transmitter
Package
Additional
Features
Automotive Truck Tire Pressure Pressure Embedded
Tire
Accelerometer
Market Focus
Pressure Pressure
Range
Sensor
Rotation
Localization Physical Self
Range
Range
Accuracy* Speed Sensor
Test
32 QFP RF Transmit—
—
—
—
—
—
—
RKE, Remote/Secure
ter, COP, LVI,
Entry
POR, KBI
32 QFP RF Transmit—
—
—
—
—
—
—
TPMS
ter, COP, LVI,
POR, KBI
SOIC
PZT Motion
—
—
—
—
—
—
—
TPMS (Motion
Pressure
Sensor
Sensor-Based)
Package
SOIC
X-Y
Yes
—
100-800
±10 kPa
Yes
Yes
Yes
TPMS
Pressure Accelerometer
kPa
(AccelerometerPackage
Based)
SOIC
X-Y
Yes
—
100-800
±10 kPa
Yes
—
Yes
TPMS
Pressure Accelerometer
kPa
(AccelerometerPackage
Based)
SOIC
X-Y
Yes
—
100-800
±10 kPa
—
—
Yes
TPMS
Pressure Accelerometer
kPa
(AccelerometerPackage
Based)
X-Y
—
Yes
100-1500 ±10 kPa
Yes
Yes
Yes
SOIC
TPMS
kPa
Pressure Accelerometer
(AccelerometerPackage
Based)
SOIC
X-Y
—
Yes
100-1500 ±10 kPa
Yes
—
Yes
TPMS
(AccelerometerPressure Accelerometer
kPa
Based)
Package
X-Y
—
Yes
100-1500 ±10 kPa
—
—
Yes
SOIC
TPMS
kPa
Pressure Accelerometer
(AccelerometerPackage
Based)
GPS Downconverter
Product
MRFIC1505A
RF Freq (MHz)
1575.42
Supply Voltage
Range (Vdc)
2.7 to 3.3
Supply Current (Typ)
(mA)
28
Standby Current
(mA)
3
Conversion Gain
(typ) (dB)
105
Packaging
48-pin LQFP
(Case No 932)
System
Applicability
GPS
Documentation
MRFIC1505
SG1002–13
SG1002Q22009
53
54
PRODUCT NUMBERING — ANALOG
MCx
tt
xxx
r
v
PRODUCT CATEGORY
TEMPERATURE RANGE
CORE/TARGET REVISION
MC - QUALIFIED STANDARD
(default blank)
33 = -40qC TO > +105qC - 125qC
SC - CUSTOM DEVICE
34 = 0qC -40qC TO +70qC - 105qC
PC - PROTOTYPE DEVICE
(Optional)
xxZ - ENVIRONMENTAL PKG
34A = -40qC TO 105qC
(SOIC only)
34B = -40qC TO 85qC
34C = -40qC TO 70qC
35 = -55qC TO > +125qC
MPC
PRODUCT CATEGORY
M - QUALIFIED STANDARD
S - CUSTOM DEVICE
P - PROTOTYPE DEVICE
PPP
VARIATION
(default blank)
RR
PACKAGING TAPE AND REEL
DESIGNATOR
INDICATOR
xxxxx
r
PPP
RR
CORE/TARGET
REVISION
(default blank)
PACKAGING
DESIGNATOR
TAPE AND REEL
INDICATOR
PRODUCT NUMBERING — ANALOG eXtreme SWITCH
MC
PRODUCT CATEGORY
MC - QUALIFIED STANDARD
SC - CUSTOM DEVICE
PC - PROTOTYPE DEVICE
rd
RDS(on)
10 = 10 m:
15 = 15 m:
35 = 35 m:
XS
g
FAMILY
GENERATION
XS = eXtreme SWITCH
3 = Gen 3
PRODUCT NUMBERING — ANALOG EMBEDDED MCU + POWER
MM
9
08
f
PRODUCT CATEGORY
MM - QUALIFIED STANDARD
SM - CUSTOM STANDARD
PM - PROTOTYPE DEVICE
MEMORY TYPE
9 = FLASH, OTP
BLANK = ROM
CORE
08 = HC08
o
xx
# OF OUTPUTS XX ANALOG
2 = DUAL
CORE/TARGET
4 = QUAD
xxx
MEMORY SIZE ANALOG
CORE/TARGET
A = 1K
B = 2K
C = 4K
D = 8K
E = 16K
r
r
REVISION
(default blank)
t
PPP
RR
PACKAGING TAPE AND REEL
DESIGNATOR
INDICATOR
PPP
RR
REVISION TEMPERATURE RANGE PACKAGING TAPE AND REEL
DESIGNATOR
INDICATOR
I = 0qC TO 85qC
(default blank)
C = -40qC TO 85qC
V = -40qC TO 105qC
M= -40qC TO 125qC
SG1002–14
SG1002Q22009
NOTES
SG1002–15
SG1002Q22009
55
56
How to Reach Us:
Home Page:
www.freescale.com
Web Support:
http://www.freescale.com/support
USA/Europe or Locations Not Listed:
Freescale Semiconductor, Inc.
Technical Information Center, EL516
2100 East Elliot Road
Tempe, Arizona 85284
1-800-521-6274 or +1-480-768-2130
www.freescale.com/support
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Freescale Halbleiter Deutschland GmbH
Technical Information Center
Schatzbogen 7
81829 Muenchen, Germany
+44 1296 380 456 (English)
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www.freescale.com/support
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Freescale Semiconductor China Ltd.
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No. 118 Jianguo Road
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China
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[email protected]
For Literature Requests Only:
Freescale Semiconductor Literature Distribution Center
1-800-441-2447 or +1-303-675-2140
Fax: +1-303-675-2150
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Headquarters
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[email protected]
Freescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc.
All other product or service names are the property of their respective owners.
© Freescale Semiconductor, Inc. 2009. All rights reserved.
SG1002Q22009
Rev 0
4/2009
Information in this document is provided solely to enable system and
software implementers to use Freescale Semiconductor products. There
are no express or implied copyright licenses granted hereunder to design
or fabricate any integrated circuits or integrated circuits based on the
information in this document.
Freescale Semiconductor reserves the right to make changes without
further notice to any products herein. Freescale Semiconductor makes no
warranty, representation or guarantee regarding the suitability of its
products for any particular purpose, nor does Freescale Semiconductor
assume any liability arising out of the application or use of any product or
circuit, and specifically disclaims any and all liability, including without
limitation consequential or incidental damages. “Typical” parameters that
may be provided in Freescale Semiconductor data sheets and/or
specifications can and do vary in different applications and actual
performance may vary over time. All operating parameters, including
“Typicals”, must be validated for each customer application by customer’s
technical experts. Freescale Semiconductor does not convey any license
under its patent rights nor the rights of others. Freescale Semiconductor
products are not designed, intended, or authorized for use as components
in systems intended for surgical implant into the body, or other applications
intended to support or sustain life, or for any other application in which the
failure of the Freescale Semiconductor product could create a situation
where personal injury or death may occur. Should Buyer purchase or use
Freescale Semiconductor products for any such unintended or
unauthorized application, Buyer shall indemnify and hold Freescale
Semiconductor and its officers, employees, subsidiaries, affiliates, and
distributors harmless against all claims, costs, damages, and expenses,
and reasonable attorney fees arising out of, directly or indirectly, any claim
of personal injury or death associated with such unintended or unauthorized
use, even if such claim alleges that Freescale Semiconductor was negligent
regarding the design or manufacture of the part.
DSP
Quarter 2, 2009
SG1004Q22009 Rev 0
57
58
56800 FAMILY
56F800 Series General Purpose 16-Bit Fixed Point Note
Applications
Development Tools
Benefits
Motion Control
• Smart appliances
• Environmental controls
• Instrumentation
Refer to Development Tools beginning on page 15.
Precise programming of drive waveforms allows control over power consumption, reducing noise and other forms of energy usage. Provides either
vector or vectorless control depending on application need and motor type; hybrid controller type can be selected to match exact design
requirements. Distortion correction to assure waveform purity.
Industrial
• Uninterruptable power supplies
• Noise cancellation/suppression
• Temperature control
• HVAC
• Inverters and AC-to-DC conversion
• Lighting
• Automation
Refer to Development Tools beginning on page 15.
Provides specific I/O and memory tailored to the design need. Capabilities range from lowest cost part for sensorless speed-control algorithms to
parts having extended memory and I/O suitable for high-end systems. Has extended PWM and ADC modules, as well as low-cost Boot Flash, for all
types of motor-control, conversion, and automation requirements. High number of MIPS allows control of each axis in multi-axis systems.
Transportation
• Fuel management system
• Proximity sensors
• Airbags
• Traffic light control
• Engine management and control
— Knock detection
— Aircraft, automotive, marine
Refer to Development Tools beginning on page 15.
CAN (Controller Area Network) protocol designed to be used as a vehicle serial data bus, meeting the specific requirements of real-time processing
and reliable operation within a vehicle’s EMI environment. It is extremely cost effective, while still providing the wide bandwidth needed for variety of
transportation-related needs. The 56F805 and 56F807 provide dual motor control and full dual motor control, respectively, for high versatility.
Instrumentation
• Medical
• Scientific
• Servo controllers
Refer to Development Tools beginning on page 15.
Excellent choice for position control in applications using AC induction and synchronous PM motors. These controllers can be used for low-end
position control, vector control, and sensorless vector control. Extended CAN (Controller Area Network) for advanced applications. High MIPS for
performance control of multi-axis systems. Allows for multiple fault inputs. High waveform purity is achieved by constant distortion correction.
Note: Contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for product availability. Dolby and DTS Software Licenses are Required.
56800E FAMILY
56F8300 Series General Purpose 16-Bit Fixed Point Note
Performance
Flash/RAM
(KB)
Off-Chip Memory
Expansion (EMI)
Peripherals
Packaging
MC56F8322VFA60
MC56F8322VFAE
Product
60 MHz
60 MIPS
48/12
n/a
2 SPI, 2 SCI, 2 ADC, PWM, COP, PLL,
Decoder, 2 Quad Timers, FlexCAN
48-pin LQFP
48-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug,
on-chip relaxation oscillator, temperature sensor and up to 21 GPIOs.
Additional Information
MC56F8322MFA60
MC56F8322MFAE
60 MHz
60 MIPS
48/12
n/a
2 SPI, 2 SCI, 2 ADC, PWM, COP, PLL,
Decoder, 2 Quad Timers, FlexCAN
48-pin LQFP
48-pin LQFP*
Extended (-40qC to 125qC) MCU-friendly instruction set, Enhanced OnCE for debug,
on-chip relaxation oscillator, temperature sensor, and up to 21 GPIOs.
MC56F8323VFB60
MC56F8323VFBE
60 MHz
60 MIPS
48/12
n/a
2 SPI, 2 SCI, 2 ADC, PWM, COP, PLL,
Decoder, 2 Quad Timers, FlexCAN
64-pin LQFP
64-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug,
on-chip relaxation oscillator, temperature sensor, and up to 27 GPIOs.
MC56F8323MFB60
MC56F8323MFBE
60 MHz
60 MIPS
48/12
n/a
2 SPI, 2 SCI, 2 ADC, PWM, COP, PLL,
Decoder, 2 Quad Timers, Decoder, FlexCAN
64-pin LQFP
64-pin LQFP*
Extended (-40qC to 125qC), MCU-friendly instruction set, Enhanced OnCE for debug,
on-chip relaxation oscillator, temperature sensor, and up to 27 GPIOs.
MC56F8335VFGE
60 MHz
60 MIPS
80/12
n/a
2 SPI, 2 SCI, 4 ADC, PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
128-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 49 GPIOs.
MC56F8335MFGE
60 MHz
60 MIPS
80/12
n/a
2 SPI, 2 SCI, 4 ADC, PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
128-pin LQFP*
Industrial (-40qC to 125qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 49 GPIOs.
MC56F8345VFG60
MC56F8345VFGE
60 MHz
60 MIPS
144/12
n/a
2 SPI, 2 SCI, 4 ADC, PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
128-pin LQFP
128-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 49 GPIOs.
MC56F8345MFG60
MC56F8345MFGE
60 MHz
60 MIPS
144/12
n/a
2 SPI, 2 SCI, 4 ADC
2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
128-pin LQFP
128-pin LQFP*
Extended (-40qC to 125qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 49 GPIOs,
Note: Contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for product availability.
*This package is RoHS compliant.
SG1004–2
SG1004Q22009
56800E FAMILY (continued)
56F8300 Series General Purpose 16-Bit Fixed Point Note (continued)
Performance
Flash/RAM
(KB)
Off-Chip Memory
Expansion (EMI)
Peripherals
Packaging
MC56F8346VFV60
MC56F8346VFVE
Product
60 MHz
60 MIPS
144/12
Yes
2 SPI, 2 SCI, 4 ADC,
2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
144-pin LQFP
144-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 62 GPIOs.
Additional Information
MC56F8346MFV60
MC56F8346MFVE
60 MHz
60 MIPS
144/12
Yes
2 SPI, 2 SCI, 4 ADC,
2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
144-pin LQFP
144-pin LQFP*
Extended (-40qC to 125qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 62 GPIOs.
MC56F8347VPY60 (LQFP)
MC56F8347VPYE (LQFP)
MC56F8347VVFE (MAPBGA)
60 MHz
60 MIPS
144/12
Yes
2 SPI, 2 SCI, 4 ADC,
2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
MC56F8347MPY60
MC56F8347MPYE
60 MHz
60 MIPS
144/12
Yes
2 SPI, 2 SCI, 4 ADC,
2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
160-pin LQFP
160-pin LQFP*
Extended (-40qC to 125qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 76 GPIOs.
MC56F8355VFG60
MC56F8355VFGE
60 MHz
60 MIPS
280/20
n/a
2 SPI, 2 SCI, 4 ADC,
2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
128-pin LQFP
128-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 49 GPIOs.
MC56F8355MFG60
MC56F8355MFGE
60 MHz
60 MIPS
280/20
Yes
2 SPI, 2 SCI, 4 ADC,
2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
128-pin LQFP
128-pin LQFP*
Extended (-40qC to 125qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 49 GPIOs.
MC56F8356VFV60
MC56F8356VFVE
60 MHz
60 MIPS
280/20
Yes
2 SPI, 2 SCI, 4 ADC, 2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
144-pin LQFP
144-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 62 GPIOs.
MC56F8356MFV60
MC56F8356MFVE
60 MHz
60 MIPS
280/20
Yes
2 SPI, 2 SCI, 4 ADC, 2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
144-pin LQFP
144-pin LQFP*
Extended (-4qC to 125qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 62 GPIOs.
MC56F8357VPY60 (LQFP)
MC56F8357VPYE (LQFP)
MC56F8357VVFE (MAPBGA)
60 MHz
60 MIPS
280/20
Yes
2 SPI, 2 SCI, 4 ADC, 2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
MC56F8357MPY60
MC56F8357MPYE
60 MHz
60 MIPS
280/20
Yes
2 SPI, 2 SCI, 4 ADC, 2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, FlexCAN
160-pin LQFP
160-pin LQFP*
Extended (-40qC to 125qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 76 GPIOs.
MC56F8365VFG60
MC56F8365VFGE
60 MHz
60 MIPS
576/36
n/a
2 SPI, 2 SCI, 4 ADC, 2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, 2 FlexCAN
128-pin LQFP
128-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 49 GPIOs.
MC56F8365MFG60
MC56F8365MFGE
60 MHz
60 MIPS
576/36
n/a
2 SPI, 2 SCI, 4 ADC, 2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, 2 FlexCAN
128-pin LQFP
128-pin LQFP*
Extended (-40qC to 125qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 49 GPIOs.
MC56F8366VFV60
MC56F8366VFVE
60 MHz
60 MIPS
576/36
Yes
2 SPI, 2 SCI, 4 ADC, 2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, 2 FlexCAN
144-pin LQFP
144-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 62 GPIOs.
MC56F8366MFV60
MC56F8366MFVE
60 MHz
60 MIPS
576/36
Yes
2 SPI, 2 SCI, 4 ADC, 2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, 2 FlexCAN
144-pin LQFP
144-pin LQFP*
Extended (-4qC to 125qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 62 GPIOs.
MC56F8367VPY60 (LQFP)
MC56F8367VPYE (LQFP)
MC56F8367VVFE (MAPBGA)
60 MHz
60 MIPS
576/36
Yes
2 SPI, 2 SCI, 4 ADC, 2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, 2 FlexCAN
MC56F8367MPY60
MC56F8367MPYE (LQPF)
60 MHz
60 MIPS
576/36
Yes
2 SPI, 2 SCI, 4 ADC, 2 PWM, COP, PLL,
2 Decoders, 4 Quad Timers, 2 FlexCAN
160-pin LQFP
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug,
16-pin LQFP*
temperature sensor, and up to 76 GPIOs.
160-ball MAPBGA*
160-pin LQFP
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug,
160-pin LQFP*
temperature sensor, and up to 76 GPIOs.
160-pin MAPBGA*
160-pin LQFP
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug,
160-pin LQFP*
temperature sensor, and up to 76 GPIOs.
160-ball MAPBGA*
160-pin LQFP
160-pin LQFP*
Extended (-40qC to 125qC), MCU-friendly instruction set, Enhanced OnCE for debug,
temperature sensor, and up to 76 GPIOs.
Note: Contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for product availability.
*This package is RoHS compliant.
SG1004–3
SG1004Q22009
59
60
56800E FAMILY (continued)
56F8300 Series General Purpose 16-Bit Fixed Point Note (continued)
Applications
Development Tools
Benefits
Motion Control
• Smart appliances
• Environmental controls
• Instrumentation
Refer to Development Tools beginning on page 15.
Precise programming of drive waveforms allows control over power consumption, reducing noise
and other forms of energy usage. Provides either vector or vectorless control depending on
application need and motor type; DSP type can be selected to match exact design requirements.
Distortion correction to assure waveform purity.
Industrial
• Uninterruptable power supplies
• Noise cancellation/suppression
• Temperature control
• HVAC
• Inverters and AC-to-DC conversion
• Lighting
• Automation
Refer to Development Tools beginning on page 15.
Provides specific I/O and memory tailored to the design need. Capabilities range from lowest cost
part for sensorless speed-control algorithms to parts having extended memory and I/O suitable for
high-end systems. Has extended PWM and ADC modules, as well as low-cost Boot Flash, for all
types of motor-control, conversion, and automation requirements. High number of MIPS allows
control of each axis in multi-axis systems.
Transportation
• EPAS
• Electromechanical/Hybrid Braking
• Active Suspension
• Automatic Gearbox/Transmission
• Fuel management system
• Proximity sensors
• Airbags
• Traffic light control
• Engine management and control
— Knock detection
— Aircraft, automotive, marine
— Electronic valve actuation
Refer to Development Tools beginning on page 15.
CAN (Controller Area Network) protocol designed to be used as a vehicle serial data bus, meeting
the specific requirements of real-time processing and reliable operation within a vehicle’s EMI
environment. It is extremely cost effective, while still providing the wide bandwidth needed for
variety of transportation-related needs. The 56F834x and 56F835x provide dual motor control and
full dual motor control, respectively, for high versatility.
Instrumentation
• Medical
• Scientific
• Servo controllers
Refer to Development Tools beginning on page 15.
The 56F8300 Series enables lower overall system costs by including several built-in safety
features that are unique among devices in its class.
Excellent choice for position control in applications using AC induction and synchronous PM
motors. These chips can be used for low-end position control, vector control, and sensorless
vector control. Extended CAN (Controller Area Network) for advanced applications. High MIPS for
performance control of multi-axis systems. Allows for multiple fault inputs. High waveform purity is
achieved by constant distortion correction.
Note: Contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for product availability.
56F8100 Series General Purpose 16-Bit Fixed Point Note
Product
Performance
Flash/RAM
(KB)
Off-Chip Memory
Expansion (EMI)
Peripherals
Packaging
Additional Information
MC56F8122VFA
MC56F8122VFAE
40 MHz
40 MIPS
40/8
n/a
2 SPI, 2 SCI, 2 ADC, COP, PLL,
Quad Timer
48-pin LQFP
48-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug, on-chip
relaxation oscillator, and up to 21 GPIOs.
MC56F8123VFB
MC56F8123VFBE
40 MHz
40 MIPS
40/8
n/a
2 SPI, 2 SCI, 2 ADC, COP, PLL,
Quad Timer
64-pin LQFP
64-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug, on-chip
relaxation oscillator, and up to 27 GPIOs.
MC56F8135VFGE
40 MHz
40 MIPS
72/8
n/a
2 SPI, 2SCI, 4 ADC, PWM, COP,
PLL, Decoder, 2 Quad Timers
128-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug, and up to
49 GPIOs.
MC56F8145VFG
MC56F8145VFGE
40 MHz
40 MIPS
136/8
n/a
2 SPI, 2 SCI, 4 ADC, PWM, COP,
PLL, Decoder, 2 Quad Timers
128-pin LQFP
128-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug and up to
49 GPIOs.
MC56F8146VFV
MC56F8146VFVE
40 MHz
40 MIPS
136/8
Yes
2 SPI, 2 SCI, 4 ADC, PWM, COP,
PLL, Decoder, 2 Quad Timers
144-pin LQFP
144-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug and up to
62 GPIOs.
MC56F8147VPY (LQFP)
MC56F8147VPYE (LQFP)
MC56F8147VVFE (MAPBGA)
40 MHz
40 MIPS
136/8
Yes
2 SPI, 2 SCI, 4 ADC, PWM, COP,
PLL, Decoder, 2 Quad Timers
MC56F8155VFG
MC56F8155VFGE
40 MHz
40 MIPS
272/16
n/a
2 SPI, 2 SCI, 4 ADC, PWM, COP,
PLL, Decoder, 2 Quad Timers
128-pin LQFP
128-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug and up to
49 GPIOs.
MC56F8156VFV
MC56F8156VFVE
40 MHz
40 MIPS
272/16
Yes
2 SPI, 2 SCI, 4 ADC, PWM, COP,
PLL, Decoder, 2 Quad Timers
144-pin LQFP
144-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug and up to
62 GPIOs.
160-pin LQFP
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug and up to
160-pin LQFP*
76 GPIOs.
160-ball MAPBGA*
Note: Contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for product availability.
*This package is RoHS compliant.
SG1004–4
SG1004Q22009
56800E FAMILY (continued)
56F8100 Series General Purpose 16-Bit Fixed Point Note (continued)
Product
Performance
Flash/RAM
(KB)
Off-Chip Memory
Expansion (EMI)
Peripherals
Packaging
Additional Information
MC56F8157VPY (LQFP)
MC56F8157VPYE (LQFP)
MC56F8157VVFE (MAPBGA)
40 MHz
40 MIPS
272/16
Yes
2 SPI, 2 SCI, 4 ADC, PWM, COP,
PLL, Decoder, 2 Quad Timers
MC56F8165VFG
MC56F8165VFGE
40 MHz
40 MIPS
544/32
n/a
2 SPI, 2 SCI, 4 ADC, PWM, COP,
PLL, Decoder, 2 Quad Timers
128-pin LQFP
128-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug and up to
49 GPIOs.
MC56F8166VFV
MC56F8166VFVE
40 MHz
40 MIPS
544/32
Yes
2 SPI, 2 SCI, 4 ADC, PWM, COP,
PLL, Decoder, 2 Quad Timers
144-pin LQFP
144-pin LQFP*
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug and up to
62 GPIOs.
MC56F8167VPY (LQFP)
MC56F8167VPYE (LQFP)
MC56F8167VVFE (MAPBGA)
40 MHz
40 MIPS
544/32
Yes
2 SPI, 2 SCI, 4 ADC, PWM, COP,
PLL, Decoder, 2 Quad Timers
160-pin LQFP
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug and up to
160-pin LQFP*
76 GPIOs.
160-ball MAPBGA*
160-pin LQFP
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for debug and up to
160-pin LQFP*
76 GPIOs.
160-ball MAPBGA*
Note: Contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for product availability.
*This package is RoHS compliant.
Applications
Development Tools
Benefits
Motion Control
• Smart appliances
• Environmental controls
• Instrumentation
Refer to Development Tools beginning on page 15.
Precise programming of drive waveforms allows control over power consumption, reducing noise and
other forms of energy usage. Provides either vector or vectorless control depending on application
need and motor type; controller type can be selected to match exact design requirements. Distortion
correction to assure waveform purity.
Industrial
• Uninterruptable power supplies
• Noise cancellation/suppression
• Temperature control
• HVAC
• Inverters and AC-to-DC conversion
• Lighting
• Automation
Refer to Development Tools beginning on page 15.
Provides specific I/O and memory tailored to the design need. Capabilities range from lowest cost
part for sensorless speed-control algorithms to parts having extended memory and I/O suitable for
high-end systems. Has extended PWM and ADC modules, as well as low-cost Boot Flash, for all
types of motor-control, conversion, and automation requirements. High number of MIPS allows
control of each axis in multi-axis systems.
Instrumentation
• Medical
• Scientific
• Servo controllers
Refer to Development Tools beginning on page 15.
Excellent choice for position control in applications using AC induction and synchronous PM motors.
These controllers can be used for low-end position control, vector control, and sensorless vector
control. Extended CAN (Controller Area Network) for advanced applications. High MIPS for
performance control of multi-axis systems. Allows for multiple fault inputs. High waveform purity is
achieved by constant distortion correction.
Note: Contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for product availability.
56F8000 Series General Purpose 16-Bit Fixed Point Note
Product
Performance
Peripherals
Packaging
MC56F8013VFAE
32 MHz
32 MIPS
16K/4K
—
6 Channel PWM, Quad Timer, SPI, SCI with LIN slave, PLL, dual
3 Channel 12-bit ADCs, COP, POR, I2C, On-Chip oscillator
32-pin LQFP
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for
debug, temperature sensor, and up to 26 GPIOs.
MC56F8014VFAE
32 MHz
32 MIPS
16K/4K
—
5 Channel PWM, Quad Timer, SPI, SCI with LIN slave, PLL, dual
4 Channel 12-bit ADCs, COP, POR, I2C, On-Chip oscillator
32-pin LQFP
Industrial (-40qC to 105qC), MCU-friendly instruction set, Enhanced OnCE for
debug, temperature sensor, and up to 26 GPIOs.
Applications
•
•
•
•
•
•
Smart sensors
Industrial motor control
Dimming lamp ballast
Switched-mode power supply
Coft-switching PFC
AC-DC power supplies
Boot ROM/Program Off-Chip Memory
RAM, Data RAM
Expansion (EMI)
Development Tools
Refer to Software and Development Tools beginning on page 15.
Additional Information
Benefits
Because of its low cost, configuration flexibility, and compact program code, the
56F8013 is well suited for many applications. The 56800E core is based on a
Harvard architecture consisting of three execution units operating in parallel,
allowing as many as six operations per instruction cycle. The microprocessor-style
programming model and optimized instruction set allow straightforward generation
of efficient, compact code for both DSP and MCU applications.
Note: Contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for product availability.
SG1004–5
SG1004Q22009
61
62
56800E FAMILY (continued)
56850 Series General Purpose 16-Bit Fixed Point Note
Product
Performance
Boot ROM/
Program RAM
Data RAM
DSP56852VF120
DSP56852VFE
120 MHz
120 MIPS
1K/6K/4K
(words)
Up to 2M
SCI, SPI, ISSI, EMI,
program and 6M COP, Quad Timer
of data
DSP56853FG120
DSP56853FGE
120 MHz
120 MIPS
1K/12K/4K
(words)
Up to 2M
2 SCI, SPI, ESSI, HI, EMI,
program and 8M COP, DMA, TOD, Quad
of data
Timer
128-pin LQFP
128-pin LQFP*
MCU-friendly instruction set, Enhanced OnCE for debug, six channels of DMA, up to four
programmable chip select signals, and up to 41 GPIO.
DSP56854FG120
DSP56854FGE
120 MHz
120 MIPS
1K/16K/16K
(words)
Up to 2M
2 SCI, SPI, ESSI, HI, EMI,
program and 8M COP, DMA, TOD, Quad
of data
Timer
128-pin LQFP
128-pin LQFP*
MCU-friendly instruction set, Enhanced OnCE for debug, six channels of DMA, up to four
programmable chip select signals, and up to 41 GPIO.
DSP56855BU120
DSP56855BUE
120 MHz
120 MIPS
1K/24K/24K
(words)
Up to 2M
program and
8M of data
2 SCI, ESSI, EMI, COP,
DMA, TOD, Quad Timer
100-pin LQFP
100-pin LQFP*
MCU-friendly instruction set, Enhanced OnCE for debug, six channels of DMA, on- chip
relaxation oscillator, up to four programmable chip select signals, and up to 18 GPIO.
DSP56857BU120
DSP56857BUE
120 MHz
120 MIPS
1K/40K/24K
(words)
n/a
2 SCI, SPI, 2 ESSI, HI,
COP, DMA, TOD, Quad
Timer
100-pin LQFP
100-pin LQFP*
MCU-friendly instruction set, Enhanced OnCE for debug, six channels of DMA, and up to
47 GPIO.
DSP56858FV120 (LQFP)
DSP56858FVE (LQFP)
DSP56858VF120 (MAPBGA)
120 MHz
120 MIPS
1K/40K/24K
(words)
Up to 2M
program and
8M of data
2 SCI, SPI, 2 ESSI, HI,
EMI, COP, DMA, TOD,
Quad Timer
144-pin LQFP
144-pin LQFP*
144-ball MAPBGA
MCU-friendly instruction set, Enhanced OnCE for debug, six channels of DMA, up to four
programmable chip select signals, and up to 47 GPIO.
Applications
Off-Chip
Memory
Expansion
(EMI)
Peripherals
Packaging
81-ball MAPBGA
81-ball MAPBGA*
Development Tools
Additional Information
MCU-friendly instruction set, Enhanced OnCE for debug, up to four programmable chip
select signals, and up to 11 GPIO.
Benefits
Telephony
xTelco interface
xCodecs
xLCD and Keypad support
Refer to Software and Development Tools beginning on page 15.
Provides seamless connection to codecs from SSI or ESSI peripherals. SPI allows
connection to Flash card devices and real-time clock display.
Client-side IP phone
xVoice-band codec
xKeypad
xOptional LCD
xConnection:
- Ethernet or USB to LAN
- DAA to Telco
- RF to wireless LAN
Refer to Software and Development Tools beginning on page 15.
With MCU functionality and DSP processing power combined with a large number of
peripherals and I/O, the 800E parts offer a single chip solution for client-side IP phones.
Internet Audio
xInternet Audio decoding
xInternet Audio stand-alone player
Refer to Software and Development Tools beginning on page 15.
Provides sufficient peripherals and I/ O to connect with minimal or glueless logic to internet
audio. These programmable DSP devices also offer the ability to support future audio
formats.
Voice Processing
xMultichannel VoIP
xVoice Recognition
Refer to Software and Development Tools beginning on page 15.
The 800E family of products offer additional channels and/or extra signal processing for
VoIP applications using other Freescale Semiconductor processors. The PowerPC and
ColdFire System Interface Units (SIUs) connect directly to the 5685x Host Interface
peripheral. For each available chip select on the PPPC or ColdFire, an additional 5685x
device can be added without glue logic.
Note: Contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for product availability.
*This package is RoHS compliant.
SG1004–6
SG1004Q22009
DSP56300 FAMILY
DSP56300 Family High Performance 24-Bit Fixed Point
MOQ
Packaging
Performance
Sample Part Number
(2-Unit Sample Pack)
Voltage
Core, I/O
DSP56311VF150
DSP56311VL150
Product
126
196-ball MAPBGA
(Lead Free Package)
150 MHz
300 MMACS
150 MHz EFCOP
SPAKDSP311VF150
SPAKDSP311VL150
1.8,
3.3 V
384K-bytes
93 to 288K-byte program
96 to 288K-byte data
0 to 3K-byte Instruction Cache
Internal Memory
Peripherals
DSP56321VF200
DSP56321VL200
126
196-ball MAPBGA
(Lead Free Package)
200 MHz
400 MMACS
200 MHz EFCOP
SPAKDSP321VF240
SPAKDSP321VL240
1.6,
3.3 V
DSP56321VF220
DSP56321VL220
126
196-ball MAPBGA
(Lead Free Package)
220 MHz
440 MMACS
220 MHz EFCOP
SPAKDSP321VF240
SPAKDSP321VL240
1.6,
3.3 V
576K-bytes
96 to 336K-byte program
480 to 240K-byte data
0 to 3K-byte Instruction Cache
DSP56321VF240
DSP56321VL240
126
196-ball MAPBGA
(Lead Free Package)
240 MHz
480 MMACS
240 MHz EFCOP
SPAKDSP321VF240
SPAKDSP321VL240
1.6,
3.3 V
DSP56321VF275
DSP56321VL275
126
196-ball MAPBGA
(Lead Free Package)
275 MHz
550 MMACS
275 MHz EFCOP
SPAKDSP321VF275
SPAKDSP321VL275
1.6,
3.3 V
8-bit Host Interface,
Two ESSI, SCI,
Triple Timer
Applications
Networking applications requiring low-cost, highperformance digital signal processing such as voice/data/
fax processing, video conferencing, audio applications and
control.
DSP56300 Networking DSP Product Numbering
DSP563
x
y
ZZ
123
A
Freescale Semiconductor DSP56300 FAMILY
PRODUCT REVISION
DEVICE NUMBER
PERFORMANCE (FREQUENCY)
PACKAGE
SG1004–7
SG1004Q22009
63
64
DSP563xx FAMILY — AUDIO
Symphony™ Audio DSP Products
Product
Performance
Program
RAM
DSPB56362AG120
120 MHz/120 MIPS
1,2
DSPB56364AF100
100 MHz/100 MIPS
0.5K - 1.25K2 (words)
1K (words)
0.75K - 1.5K2
(words)
DSPB56366AG120
120 MHz/120 MIPS
1,2
2
DSPB56367AG150
150 MHz/150 MIPS
3K (words)
150 MHz/150 MIPS
3K (words)
8K-13K2
150 MHz/150 MIPS
4K - 44K1 (words)
28K-36K1 (words)
1
1
DSPD56367AG150
3
DSPB56371AF150
DSPB56371AF180
2K - 5K
2K - 10K
(words)
(words)
Data RAM
(X memory)
5.5K (words)
Data RAM
(Y memory)
Peripherals
2
3.5K - 5.5K (words) ESAI, SHI, DAX, GPIO, HDI08, Triple Timer
Module, Off-Chip Memory Expansion
Packaging
Additional Information
144-pin LQFP
OnCE; 3.3 V Core; 3.3 V I/O; TA = 0ºC to 70ºC
ESAI, SHI, GPIO, Byte wide Off-Chip
Memory Expansion
100-pin LQFP
OnCE; 3.3 V Core; 3.3 V I/O; TA = 0ºC to 70ºC
8K-13K (words)
2
5K - 7K (words)
Two ESAI, SHI, DAX, GPIO, HDI08, Triple
Timer Module, Off-Chip Memory Expansion
144-pin LQFP
OnCE; 3.3 V Core; 3.3 V I/O; TA = 0ºC to 70ºC
8K-13K2 (words)
5K - 7K2 (words)
Two ESAI, SHI, DAX, GPIO, HDI08, Triple
Timer Module; Off-Chip Memory Expansion
144-pin LQFP
OnCE; 1.8 V Core; 3.3 V I/O; TA = 0ºC to 70ºC;
Off-Chip Memory Expansion
Two ESAI, SHI, DAX, GPIO, HDI08, Triple
Timer Module
144-pin LQFP
OnCE; 1.8 V Core; 3.3 V I/O; TA = 0ºC to 70ºC;
Off-Chip Memory Expansion
16K - 48K2 (words) Two ESAI, SHI, DAX, GPIO, HDI08, Triple
Timer Module, EFCOP
80-pin LQFP
OnCE; 1.25 V Core; 3.3 V I/O; TA = 0ºC to 70ºC
5K -
7K2
(words)
(words)
2
180 MHz/180 MIPS
4K - 44K (words)
28K-36K (words)
16K - 48K (words) Two ESAI, SHI, DAX, GPIO, HDI08, Triple
Timer Module, EFCOP
80-pin LQFP
OnCE; 1.25 V Core; 3.3 V I/O; TA= 0ºC to 70ºC
3
DSPC56371AF150
150 MHz/150 MIPS
4K - 44K1 (words)
28K-36K1 (words)
16K - 48K2 (words) Two ESAI, SHI, DAX, GPIO, HDI08, Triple
Timer Module, EFCOP
80-pin LQFP
OnCE; WMA, PLIIx; NEO:6, DTS2.3 AAC Dolby
Headphone/Dolby Virtual Speaker; 1.25 V Core;
3.3 V I/O; TA = 0ºC to 70ºC
DSPC56371AF1803
180 MHz/180 MIPS
4K - 44K1 (words)
28K-36K1 (words)
16K - 48K2 (words) Two ESAI, SHI, DAX, GPIO, HDI08, Triple
Timer Module, EFCOP
80-pin LQFP
OnCE; WMA, PLIIx; NEO:6, DTS2.3 AAC Dolby
Headphone/Dolby Virtual Speaker; 1.25 V Core;
3.3 V I/O; TA = 0ºC to 70ºC
DSPD56371AF1803
180 MHz/180 MIPS
4K - 44K1 (words)
28K-36K1 (words)
16K - 48K2 (words) Two ESAI, SHI, DAX, GPIO, HDI08, Triple
Timer Module, EFCOP
80-pin LQFP
OnCE; DD/DTS 5.1 decoding + Dolby Headphone &
Dolby Virtual Speaker 1.25 V Core; 3.3 V I/O;
TA = 0ºC to 70ºC
DSPB56374AE
150 MHz/150 MIPS
2K - 10K1 (words)
4K-10K1 (words)
4K - 6K2 (words)
One ESAI, SHI, GPIO, Triple Timer Module,
Watch Dog Timer
52-pin LQFP
OnCE; 1.25 V Core; 3.3 V I/O; TA = 0ºC to 70ºC
DSPB56374AF
150 MHz/150 MIPS
2
2K - 10K (words)
1
4K-10K (words)
2
4K - 6K (words)
Two ESAI, SHI, GPIO, Triple Timer Module,
Watch Dog Timer
80-pin LQFP
OnCE; 1.25 V Core; 3.3 V I/O; TA = 0ºC to 70ºC
DSPB56374AEC
150 MHz/150 MIPS
2K - 10K1 (words)
4K-10K1 (words)
4K - 6K2 (words)
One ESAI, SHI, GPIO, Triple Timer Module,
Watch Dog Timer
52-pin LQFP
OnCE; 1.25 V Core; 3.3 V I/O; TA = –40ºC to 85ºC;
Auto
DSPB56374AFC
150 MHz/150 MIPS
2
2K - 10K (words)
1
4K-10K (words)
2
4K - 6K (words)
One ESAI, SHI, GPIO, Triple Timer Module,
Watch Dog Timer
80-pin LQFP
OnCE; 1.25 V Core; 3.3 V I/O; TA = –40ºC to 85ºC;
Auto
3
150 MHz/150 MIPS
2K - 10K2 (words)
4K-10K2 (words)
4K - 6K3 (words)
One ESAI, SHI, GPIO, Triple Timer Module,
Watch Dog Timer
52-pin LQFP
OnCE; 1.25 V Core; 3.3 V I/O; TA = 0ºC to 70ºC;
PLII, Dolby Digital, Dolby Headphone and Dolby
Virtual Speaker
DSPD56374AEC
150 MHz/150 MIPS
2K - 10K2 (words)
4K-10K2 (words)
4K - 6K3 (words)
One ESAI, SHI, GPIO, Triple Timer Module,
Watch Dog Timer
52-pin LQFP
OnCE; 1.25 V Core; 3.3 V I/O; TA = –40ºC to 85ºC;
Auto; PLII, Dolby Digital, Dolby Headphone and
Dolby Virtual Speaker
DSPA56720AG3
200 MHz per core/400 MIPS
8K - 36K2 per core
(words)
32K/36K2 per core
(words)
24K - 48K2 per core 4 ESAI, S/PDIF, ASRC, 2 SHI, 2 Triple Timer
(words)
Modules, External Memory Controller, GPIO,
Inter-Core Communication
144-pin LQFP
OnCE, 1.0 V, TA = 0ºC to 70ºC, Dolby Digital+,
Dolby TrueHD, DTS-HD and Legacy Dolby/DTS
5.1 Decoders and Post Processing
DSPB56720AG
200 MHz per core/400 MIPS
8K - 36K2 per core
(words)
32K/36K2 per core
(words)
24K - 48K2 per core 4 ESAI, S/PDIF, ASRC, 2 SHI, 2 Triple Timer
(words)
Modules, External Memory Controller, GPIO,
Inter-Core Communication
144-pin LQFP
OnCE, 1.0 V, TA = 0ºC to 70ºC
DSPD56374AE
1. Including 1K of selectable cache.
2. Various memory switches available for re-allocating PRAM, XRAM and YRAM.
3. Where applicable, Dolby and DTS licenses are required prior to product purchase.
SG1004–8
SG1004Q22009
DSP563xx FAMILY — AUDIO (continued)
Symphony™ Audio DSP Products (continued)
Performance
Program
RAM
Data RAM
(X memory)
DSPA56721AG3
Product
200 MHz per core/400 MIPS
8K - 36K2 per core
(words)
32K/36K2 per core
(words)
24K - 48K2 per core 4 ESAI, S/PDIF, ASRC, 2 SHI, 2 Triple Timer
(words)
Modules, GPIO, Inter-Core Communication,
Parallel Host Interface
144-pin LQFP
OnCE, 1.0 V, TA = 0ºC to 70ºC, Dolby Digital+,
Dolby TrueHD, DTS-HD and Legacy Dolby/DTS
5.1 Decoders and Post Processing
DSPB56721AG
200 MHz per core/400 MIPS
8K - 36K2 per core
(words)
32K/36K2 per core
(words)
24K - 48K2 per core 4 ESAI, S/PDIF, ASRC, 2 SHI, 2 Triple Timer
(words)
Modules, GPIO, Inter-Core Communication
144-pin LQFP
OnCE, 1.0 V, TA = 0ºC to 70ºC
DSPA56721AF
200 MHz per core/400 MIPS
2
8K - 36K per core
(words)
2
32K/36K per core
(words)
24K - 48K per core 4 ESAI, S/PDIF, ASRC, 2 SHI, 2 Triple Timer
(words)
Modules, GPIO, Inter-Core Communication
80-pin LQFP
OnCE, 1.0 V, TA = 0ºC to 70ºC, Dolby Digital+,
Dolby TrueHD, DTS-HD
DSPB56721AF
200 MHz per core/400 MIPS
8K - 36K2 per core
(words)
32K/36K2 per core
(words)
24K - 48K2 per core 4 ESAI, S/PDIF, ASRC, 2 SHI, 2 Triple Timer
(words)
Modules, GPIO, Inter-Core Communication
80-pin LQFP
OnCE, 1.0 V, TA = 0ºC to 70ºC
3
Data RAM
(Y memory)
Peripherals
2
2
2
2
Packaging
Additional Information
DSPB56724AG
250 MHz per core / 500 MIPS
Core0: 4K-40K
(words)
Core1: 2K-16K2
(words)
Core0: 8K-28K
(words)
Core1: 4K-12K2
(words)
Core0: 8K-24K
(words)
Core1: 4K-10K2
(words)
4 ESAI, S/PDIF, ASRC, 2 SHI, 2 Triple Timer
Modules, GPIO, Inter-Core Communication,
External Memory Controller
144-pin LQFP
OnCE, 1.2V, TA = 0ºC to 70ºC
DSPB56725AF
250 MHz per core / 500 MIPS
Core0: 4K-40K2
(words)
Core1: 2K-16K2
(words)
Core0: 8K-28K2
(words)
Core1: 4K-12K2
(words)
Core0: 8K-24K2
(words)
Core1: 4K-10K2
(words)
4 ESAI, S/PDIF, ASRC, 2 SHI, 2 Triple Timer
Modules, GPIO, Inter-Core Communication
80-pin LQFP
OnCE, 1.2V, TA = 0ºC to 70ºC
1. Including 1K of selectable cache.
2. Various memory switches available for re-allocating PRAM, XRAM and YRAM.
3. Where applicable, Dolby and DTS licenses are required prior to product purchase.
DSP563xx DSP Product Numbering
DSP
B 56366 AG
120
C
DSP
TEMP RANGE
BLANK = 0ºC TO 70ºC
C = -40ºC TO 85ºC
SOFTWARE CODE VERSION
FAMILY DEVICE
SPEED IN MHz
PACKAGE DESIGNATOR
SG1004–9
SG1004Q22009
65
66
MSC7100 FAMILY
Based on StarCore® Architecture
Product
MOQ
Packaging
Performance
Sample Part Number
(2-Unit Sample Pack)
Voltage Core,
Memory, I/O (V)
Internal Memory
MSC7119VM1200
90
400-ball MAPBGA
Lead-Free
1200 MMACS
@ 300 MHz,
DDR300
KMSC7119VM1200
1.2, 2.5, 3.3
472 KB Total RAM (16 KB
ICache, 8 KB Boot ROM,
256 KB M1 192 KB M2)
HDI16 Host Port, DDR Controller,
2 TDM (128-ch/port), 10/100
Ethernet MAC, UART, I2C
Peripherals
High-density VoIP Enterprise/ROBO Wireless
comm., Security Systems, Instrumentation, Industrial
Control, Automation, General Purpose.
Applications
MSC7119VF1200
90
400-ball MAPBGA
Lead-Bearing
1200 MMACS
@ 300 MHz,
DDR300
KMSC7119VF1200
1.2, 2.5, 3.3
472 KB Total RAM (16 KB
ICache, 8 KB Boot ROM,
256 KB M1 192 KB M2)
HDI16 Host Port, DDR Controller,
2 TDM (128-ch/port), 10/100
Ethernet MAC, UART, I2C
High-density VoIP Enterprise/ROBO Wireless
comm., Security Systems, Instrumentation, Industrial
Control, Automation, General Purpose.
MSC7118VM1200
90
400-ball MAPBGA
Lead-Free
1200 MMACS
@ 300 MHz,
DDR300
KMSC7118VM1200
1.2, 2.5, 3.3
472 KB Total RAM (16 KB
ICache, 8 KB Boot ROM,
256 KB M1 192 KB M2)
HDI16 Host Port, DDR Controller,
3 TDM (128-ch/port), UART, I2C
High-density VoIP Enterprise/ROBO Wireless
comm., Security Systems, Instrumentation, Industrial
Control, Automation, General Purpose Applications
that require Ethernet.
MSC7118VF1200
90
400-ball MAPBGA
Lead-Bearing
1200 MMACS
@ 300 MHz,
DDR300
KMSC7118VF1200
1.2, 2.5, 3.3
472 KB Total RAM (16 KB
ICache, 8 KB Boot ROM,
256 KB M1 192 KB M2)
HDI16 Host Port, DDR Controller,
3 TDM (128-ch/port), UART, I2C
High-density VoIP Enterprise/ROBO Wireless
comm., Security Systems, Instrumentation, Industrial
Control, Automation, General Purpose Applications
that require Ethernet.
MSC7116VM1000
90
400-ball MAPBGA
Lead-Free
1000 MMACS
@ 266 MHz,
DDR266
KMSC7116VM1000
1.2, 2.5, 3.3
408 KB Total RAM (16 KB
ICache, 8 KB Boot ROM,
192 KB M1 192 KB M2)
HDI16 Host Port, DDR Controller,
2 TDM (128-ch/port), 10/100
Ethernet MAC, UART, I2C
High-density VoIP Enterprise/ROBO Wireless
comm., Security Systems, Instrumentation, Industrial
Control, Automation, General Purpose Applications
that require Ethernet.
MSC7116VF1000
90
400-ball MAPBGA
Lead-Bearing
1000 MMACS
@ 266 MHz,
DDR266
KMSC7116VF1000
1.2, 2.5, 3.3
408 KB Total RAM (16 KB
ICache, 8 KB Boot ROM,
192 KB M1 192 KB M2)
HDI16 Host Port, DDR Controller,
2 TDM (128-ch/port), 10/100
Ethernet MAC, UART, I2C
High-density VoIP Enterprise/ROBO Wireless
comm., Security Systems, Instrumentation, Industrial
Control, Automation, General Purpose Applications
that require Ethernet.
MSC7100 GPON FAMILY
Based on StarCore® Architecture and the e300 Power Architecture™
Product
MSC7120
MOQ
Packaging
Performance
Sample Part Number
(2-Unit Sample Pack)
Voltage
Core, I/O
(V)
24
456-ball TEPBGAII
DSP: 178 MHz
712 MMACS
e300: 266 MHz
511 Dhrystone 2.1 MIPS
66 MHz System Bus
—
1.0,
1.8/2.5
Internal Memory
e300: 16 KB L1 ICache
16 KB L1 DCache
DSP: 16 KB L1 ICache
128 KB M1
8 KB M2
Peripherals
Applications
Broadband passive optical network
DSP core, e300 core, dedicated packet forwarding
termination applications.
engine, DDR memory controller (266 MHz data rate),
two 10/100/1000 Ethernet controllers with MGMII,
RGMII, MII, and FIFO8 interfaces, Gigabit passive
optical network media access controller, optical module
interface local bus controller, DUART, I2C, SPI, TDM,
JTAG, and up to 48 GPIOs.
SG1004–10
SG1004Q22009
MSC8100 FAMILY
Based on StarCore® Architecture
Product
MOQ
Packaging
Performance
Sample Part Number
(2-Unit Sample Pack)
Voltage
Core, I/O
(V)
MSC8112TVT2400V
MSC8112TMP2400V
60
431-ball PBGA
(Lead-Free Package)
(Lead-bearing Package)
300 MHz
2400 MMACS
100 MHz System Bus
KMSC8112TVT2200
KMSC8112TMP2400
MSC8113TVT3600V
MSC8113TMP3600V
60
431-ball PBGA
(Lead-Free Package)
(Lead-bearing Package)
300 MHz,
100 MHz System Bus
MSC8113TVT4800V
MSC8113TMP4800V
60
431-ball PBGA
(Lead-Free Package)
(Lead-bearing Package)
MSC8122TVT4800V
MSC8122TMP4800V
60
MSC8122TVT6400V
MSC8122TMP6400V
Peripherals
Applications
1.1, 3.3
2 cores, 8 ALUs, System Integration Unit,
32-channel DMA, 32/64-bit system bus, 32/64-bit Direct
Slave Interface, 1024 channel TDM Interface, UART,
32 timers, hardware semaphores, 32 GPIOs, I2C interface for
boot from Serial-EEPROM, Ethernet support for MII, RMII,
and SMII.
The MSC8112 is targeted specifically at packet
telephony media gateways, multichannel modem
banks and third-generation wireless systems, as
well as video security servers, video surveillance
systems, image processing, and military
applications.
KMSC8113TVT3600
KMSC8113TMP3600
1.1, 3.3
400 MHz,
4800 MMACS
133.3 MHz System Bus
KMSC8113TVT4800
KMSC8113TMP4800
1.1, 3.3
3 cores, 12 ALUs, System Integration Unit,
32-channel DMA, 32/64-bit system bus, 32/64-bit Direct
Slave Interface, 1024 channel TDM Interface, UART,
32 timers, hardware semaphores, 32 GPIOs, I2C interface for
boot from Serial-EEPROM, Ethernet support for MII, RMII,
and SMII.
The MSC8113 is targeted specifically at packet
telephony media gateways, multichannel modem
banks and third-generation wireless systems, as
well as video security servers, video surveillance
systems, image processing, and military
applications.
431-ball PBGA
(Lead-Free Package)
(Lead-bearing Package)
300 MHz
4800 MMACS
100 MHz System Bus
KMSC8122TVT4800
KMSC8122TMP4800
1.1, 3.3
60
431-ball PBGA
(Lead-Free Package)
(Lead-bearing Package)
400 MHz,
6400 MMACS
133.3 MHz System Bus
KMSC8122TVT6400V
KMSC8122TMP6400V
1.1, 3.3
4 cores, 16 ALUs, System Integration Unit,
32-channel DMA, 32/64-bit system bus, 32/64-bit Direct
Slave Interface, 1024 channel TDM Interface, UART,
32 timers, hardware semaphores, 32 GPIOs, I2C interface for
boot from Serial-EEPROM, Ethernet support for MII, RMII,
and SMII.
The MSC8122 is targeted specifically at packet
telephony media gateways, multichannel modem
banks and third-generation wireless systems, as
well as video security servers, video surveillance
systems, image processing, and military
applications.
MSC8122TVT6400
MSC8122TMP6400
60
431-ball PBGA
(Lead-Free Package)
(Lead-bearing Package)
400 MHz,
6400 MMACS
133.3 MHz System Bus
KMSC8122TVT6400
KMSC8122TMP6400
1.2, 3.3
MSC8122VT80001
MSC8122MP80001
60
431-ball PBGA
(Lead-Free Package)
(Lead-bearing Package)
500 MHz
8000 MMACS
166.6 MHz System Bus
KMSC8122VT8000
KMSC8122MP8000
1.2, 3.3
MSC8126TVT6400
MSC8126TMP6400
60
431-ball PBGA
(Lead-Free Package)
(Lead-bearing Package)
400 MHz
6400 MMACS
TCOP, VCOP
133.3 MHz System Bus
KMSC8126TVT6400
KMSC8126TMP6400
1.2, 3.3
MSC8126VT8000
MSC8126MP8000
60
431-ball PBGA
(Lead-Free Package)
(Lead-bearing Package)
500 MHz
8000 MMACS
TCOP, VCOP
166.6 MHz System Bus
KMSC8126VT8000
KMSC8126MP8000
1.2, 3.3
4 cores, 16 ALUs, System Integration Unit,
32-channel DMA, 32/64-bit system subs, 32/64-bit Direct
Slave Interface, 1024 channel TDM interface, UART,
32 timers, hardware semaphores, 32 GPIOs, I2C Interface for
boot from Serial-EEPROM, Ethernet support for MII, RMII,
and SMII, Viterbi Coprocessor, Turbo Coprocessor.
The MSC8126 is targeted specifically towards
3G wireless basestations. In addition to
baseband applications, applications include
video security servers, video surveillance
systems, image processing, military and packet
telephony.
MSC8144SVT800A
MSC8144VT800A
60
783-ball FC PBGA
(Lead-Free Package)
800 MHz
12800 MMACS
KMSC8144SVT800A
KMSC8144VT800A
1, 1.8, 2.5,
3.3
10.96 MB
MSC8144SVT1000A
MSC8144VT1000A
60
783-ball FC PBGA
(Lead-Free Package)
1000 MHz
16000 MMACS
KMSC8144SVT1000A
KMSC8144VT1000A
1, 1.8, 2.5,
3.3
10.96 MB
4 SC3400 DSP core subsystems, CLASS non-blocking
interconnect fabric, DDR controller
(400 MHz data rate), 32-channel DMA controller,
8 TDMs (2048 send and 2048 receive channels), dual-RISC
QUICC Engine™ subsystem with 2 Gbit Ethernet controllers/
1 ATM controller/SPI, PCI, serial RapidIO“subsystem with
dedicated 4-channel DMA controller, UART, 8 16-bit timers,
I2C, 8 hardware semaphores, GPIOs/external hardware
interrupts, and virtual interrupt system.
The MSC8144 is targeted for wireless
transcoding and basestations, IP telephony,
video transcoding, network routers and switches,
mass storage subsystems, general network
applications, and print and imaging systems.
MSC8144ESVT800A
MSC8144EVT800A
—
783-ball FC PBGA
(Lead-Free Package)
800 MHz
12800 MMACS
—
1, 1.8, 2.5,
3.3
10.96 MB
MSC8144ESVT1000A
MSC8144EVT1000A
—
783-ball FC PBGA
(Lead-Free Package)
1000 MHz
16000 MMACS
1, 1.8, 2.5,
3.3
10.96 MB
—
Internal Memory
1.436 MB unified
program and data
memory
4 SC3400 DSP core subsystems, CLASS non-blocking
interconnect fabric, DDR controller (400 MHz data rate),
32-channel DMA controller,
8 TDMs (2048 send and 2048 receive channels), dual-RISC
QUICC Engine™ subsystem with 2 Gbit Ethernet controllers/
1 ATM controller/SPI, PCI, serial RapidIO® subsystem with
dedicated 4-channel DMA controller, UART, 8 16-bit timers,
I2C, 8 hardware semaphores, GPIOs/external hardware
interrupts, and virtual interrupt system, security block for data
encryption/decryption during processing.
1. Not available in extended temperatures. (-40qC to +105qC)
SG1004–11
SG1004Q22009
67
68
MSC8100 FAMILY (continued)
Family Product Numbering for the MSC7000, MSC8122, and MSC8126
MSC XXXX T YY 6400 V R
FREESCALE QUALIFIED DEVICE
TAPE & REEL IF AVAILABLE
DEVICE NUMBER
1.1 V CORE (8122)
EXTENDED TEMPERATURE (8122)
PERFORMANCE IN MMACs
PACKAGE DESIGNATOR
Family Product Numbering for the MSC8144
MSC
XXXX E
Y
ZZ 1000 A
FREESCALE QUALIFIED DEVICE
REVISION NUMBER
DEVICE NUMBER
CORE FREQUENCY
SECURITY
PACKAGE DESIGNATOR
T = EXTENDED TEMP (-40ºC TO 105ºC)
S = HIGHER TEMP (0ºC TO 105ºC)
NO DESIGNATOR = 0°C TO 90° C
MSBA8100 FAMILY
Multi-Standard Baseband Accelerator for MSC8144
Product
PC8100
MOQ
Packaging
Performance
Sample Part Number
(2-Unit Sample Pack)
Voltage
Core, I/O
(V)
—
783-ball FCPBGA
Turbo/Viterbi Decoder
up to 115/133 Mbps
respectively, Up to
165 Msps FFT and
145 Msps DFT
—
1.0, 1.8,
2.5, 3.3
Internal Memory
Peripherals
512 KB Shared M2 MAPLE-B Accelerator, 512 Kbyte M2 memory
(SRAM), DDR2 SDRAM 333MHz, 32 bit, CLASS –
Chip-Level Arbitration & Switching Fabric, Dual 4x/1x
Serial RapidIO™ interfaces at 1.25/2.5/3.125 Gbaud,
PCI 32b/66MHz, hardware semaphores, 4 GPIOs
Applications
The MSBA8100 baseband accelerator
together with the existing MSC8144 is
designed to bolster the new wireless
standards and enable cellular infrastructure
manufacturers to create low-cost and
differentiated channel cards for next
generation standalone or unified 3G-LTE,
WiMAX, HSPA, 3GPP2 and TD-SCDMA,
TDD-LTE base stations.
SG1004–12
SG1004Q22009
DSP56300
24-Bit
Product
Core
Core # of I-Cache D-Cache Total
On-Chip
M2
External
DMA
CPM/ ESSI
Performance Speed DSP
(per
(per
On-Chip SRAM Memory Memory Channels QUICC
(16-bit
(MHz) Cores core)
core)
SRAM (kByte x
Interface
Engine
MMACS)
(kByte) (kByte) (kByte) words)
SCI1 GPIO Timers
Bus
Bus
Bus
Core
I/O
Host
Low Accelerators Package
Frequency Width
Width Voltage Voltage Port Power
(MHz
(internal) (external)
(V)
(V) Interface Modes
(bit)
(bit)
(bit)
DSP56311
300 w/
EFCOP
150
1
—
—
384
128 x 24
—
DRAM,
SRAM
6
—
2
1
34
3
150
24
24
1.8
3.3
8
STOP
EFCOP
196-ball
MAPBGA
DSP56321
550 w/
EFCOP
200,
220,
240,
275
1
—
—
576
196 x 24
—
SRAM
6
—
2
1
34
3
200, 220,
240, 275
24
24
1.6
3.3
8
STOP
EFCOP
196-ball
MAPBGA
STARCORE®
StarCore® Multi-Core
Core
Core # of I-Cache D-Cache
L2
Boot
M1 Shared Shared External
DMA
CPM/ # of Gigabit I2C UART UTOPIA PCI sRIO SPI TDM GPIO Timers Ext. Mem
Bus
Bus
Core
I/O
Host
Low Accelerators Package
Performance Speed DSP (per (per core) I-Cache ROM Memory M2
M3
Memory Channels QUICC 10/100 Ethernet
Bus
Width
Width Voltage Voltage Port Power
L2
(16-bit
(MHz) Cores core) (kByte) (kByte) (kByte) (per Memory Memory Interface
Engine BT (RGMII,
Frequency (internal) (external) (V)
(V) Interface Modes
MMACS)
(kByte)
core)
SGMII)
(MHz)
(bit)
(bit)
(bit)
Product
MSC8112
300
2
16
—
—
4
224
476
—
SIU/60xCompatible
System
Bus
16
—
1
—
yes yes
—
—
—
—
4
32
32
3600, 4800 300,
400
3
16
—
—
4
224
476
—
SIU/60xCompatible
System
Bus
16
—
1
—
yes yes
—
—
—
—
4
32
MSC8122 4800, 6400, 300,
8000
400,
500
4
16
—
—
4
224
476
—
SIU/60xCompatible
System
Bus
16
—
1
—
yes yes
—
—
—
—
4
MSC8126
4
16
—
—
4
224
476
—
SIU/60xCompatible
System
Bus
16
—
1
—
yes yes
—
—
—
—
MSC8113
2400
6400, 8000 400,
500
100
64, 128
32, 64
1.
3.3
32, 64 STOP,
WAIT
—
431 pin
FCPBGA
32
100, 133 64, 128
32, 64
1.1
3.3
32, 64 STOP,
WAIT
—
431 pin
FCPBGA
32
32
100, 133, 64, 128
166
32, 64
1.1, 1.2
3.3
32, 64 STOP,
WAIT
—
431 pin
FCPBGA
4
32
32
133, 166 64, 128
32, 64
1.2
3.3
32, 64 STOP, TCOP, VCOP 431 pin
WAIT
FCPBGA
MSC8144
12800,
16000
800,
1000
4
16
32
128
96
—
512
10 DDR 1 & 2MByte 400MHz
32
Dual
RISC
cores
400
MHz
2
2
yes yes
yes
yes 4X/ yes
1X
8
32
24
400
64, 128
16, 32
1
1.8/ 2.5 PCI 2.2 STOP,
/ 3.3
WAIT
—
783 pin
FCPBGA
MSC8144E
12800,
16000
800,
1000
4
16
32
128
96
—
512
10 DDR 1 & 2MByte 400MHz
32
Dual
RISC
cores
400
MHz
2
2
yes yes
yes
yes 4X/ yes
1X
8
32
24
400
64, 128
16, 32
1
1.8/ 2.5 PCI 2.2 STOP,
/ 3.3
WAIT
Data
Encryption
783 pin
FCPBGA
MSBA8100
—
—
—
—
—
—
—
—
512
8
—
—
—
—
—
yes 4x/1x —
—
4
—
333MHz
64
16, 32
1
1.8/2.5/ PCI 2.2
3.3
—
DDR 1 & 2333MHz
—
—
Turbo/Viterbi, 783 pin
FFT/iFFT,
FCDFT/iDFT
PBGA
StarCore® Low Cost
Product
Core
Core # of I-Cache D-Cache
L2
Boot
M1 Shared Shared External
DMA
CPM/ # of Gigabit I2C UART UTOPIA PCI sRIO SPI TDM GPIO Timers Ext. Mem
Bus
Bus
Core
I/O
Host
Low Accelerators Package
Performance Speed DSP (per (per core) I-Cache ROM Memory M2
M3
Memory Channels QUICC 10/100 Ethernet
L2
Bus
Width
Width Voltage Voltage Port Power
(16-bit
(MHz) Cores core) (kByte) (kByte) (kByte) (per Memory Memory Interface
Engine BT (RGMII,
Frequency (internal) (external) (V)
(V) Interface Modes
MMACS)
(kByte)
core)
SGMII)
(MHz)
(bit)
(bit)
(bit)
MSC7116
800
200
1
16
—
—
8
192
192
—
DDR
32
—
1
—
yes yes
—
—
— soft- 2
ware
46
8
133
128
16, 32
1.2
3.3
8, 16
WAIT,
STOP
—
400-ball
MAPBGA
MSC7118
1200
300
1
16
—
—
8
256
192
—
DDR
32
—
—
—
yes yes
—
—
— soft- 3
ware
46
8
150
128
16, 32
1.2
3.3
8, 16
WAIT,
STOP
—
400-ball
MAPBGA
MSC7119
1200
300
1
16
—
—
8
256
192
—
DDR
32
—
1
—
yes yes
—
—
— soft- 2
ware
46
8
150
128
16, 32
1.2
3.3
8, 16
WAIT,
STOP
—
400-ball
MAPBGA
SG1004–13
SG1004Q22009
69
70
STARCORE (continued)
StarCore® GPON
Product
MSC7120
Core
Core # of I-Cache D-Cache
L2
Boot
M1 Shared Shared External
DMA
CPM/ # of Gigabit I2C UART UTOPIA PCI sRIO SPI TDM GPIO Timers Ext. Mem
Bus
Bus
Core
I/O
Host
Low Accelerators Package
Performance Speed DSP (per (per core) I-Cache ROM Memory M2
M3
Memory Channels QUICC 10/100 Ethernet
L2
Bus
Width
Width Voltage Voltage Port Power
(16-bit
(MHz) Cores core) (kByte) (kByte) (kByte) (per Memory Memory Interface
Engine BT (RGMII,
Frequency (internal) (external) (V)
(V) Interface Modes
MMACS)
(kByte)
core)
SGMII)
(MHz)
(bit)
(bit)
(bit)
712 DSP
MMACS
511Dhrystone
2.1 MIPS
DSP
178
e300
266
1
DSP
16
e300
16
e300
16
—
—
—
—
—
DDR 1 & 2
Local bus
controller
—
—
2
2
yes yes
—
—
—
—
1
48
—
133
(DDR)/66
(Local Bus)
—
32 (DDR)
8/16
(Local
Bus)
1.0
1.8/2.5
—
—
Dedicated 456-ball
packet TEPBGAII
forwarding
engine
EVALUATION BOARDS AND DEVELOPMENT KITS
Product
Description
Location
MSC8122ADSE
Application development system for MSC8122
www.freescale.com
MSC8126ADSE
Application development system for MSC8126
www.freescale.com
MSC8144ADS
Application development system for MSC8144
www.freescale.com
MSC8144AMC-S
Advanced mezzanine card for MSC8144
www.freescale.com
MSC711xEVM
Evaluation system for MSC711x family
www.freescale.com
MSC711xADS
Application development system for MSC711x family
www.freescale.com
MSC8144EADS
Application development system for MSC8144E
www.freescale.com
MSBA8100ADS
Application development system for MSBA8100
www.freescale.com
REFERENCE DESIGNS
Product
MSC8144AMC-S
Description
Advanced mezzanine card
Location
www.freescale.com
A change bar appears in the left margin to mark the location of new or revised information.
SG1004–14
SG1004Q22009
DEVELOPMENT TOOLS
56800/56800E/56F8300/56F8100/56F8000 Development Tools — Software
Product
Description
Status
DSPOSRTOS
DSP OS Real-Time Operating System (RTOS)
Available
DSPOSNET
DSP OS Network Software
Available
RTXC
RTXC Real-Time Operating System (RTOS)
Available
RTXCNET
RTXC Networking Protocol Suite
Available
DSP56858SFP
DSP56858 with Feature Phone Application
Available
CWS-568X-SE
CodeWarrior® Development Studio for 56800/E with Processor Expert
(limited to 16 KB of program RAM)
Available
CWS-568-C32K-CX
CodeWarrior® Development Studio for 56800/E with Processor Expert
(limited to 64 KB of program RAM)
Available
CWS-568-C64K-CX
CodeWarrior® Development Studio for 56800/E with Processor Expert
(limited to 128 KB of program RAM
Available
CWS-568-CX
CodeWarrior® Development Studio for 56800/E with Processor Expert
Available
CWH-UTP-ONCE-HX
CodeWarrior® USB TAP for 56800/E Digital Signal Controllers
Available
56800 Development Tools — Hardware
Product
Description
Status
DSP56800TDC1
Daughter Card for DSP56F826EVM and DSP56F827EVM
Available
DSP56F800DEMO
56F800 Demonstration Kit with US power supply
Available
DSP56F800DEMO-E
56F800 Demonstration Kit with US power supply
Available
DSP56F801EVM
Evaluation kit for the DSP56F801 and DSP56F802 processor (DevTech)
Available
DSP56F803EVM
Evaluation kit for the DSP56F803 processor (DevTech)
Available
DSP56F805EVM
Evaluation kit for the DSP56F805 processor (DevTech)
Available
DSP56F807EVM
Evaluation kit for the DSP56F807 processor (DevTech)
Available
DSP56F826EVM
Evaluation kit for the DSP56F826 processor (DevTech)
Available
DSP56F827EVM
Evaluation kit for the DSP56F827 processor
DSPCOMMANDPCI
Emulation support for DSP56F80X processors. Requires PCI slot (DevTech)
Consult Web or DevTech for availability of CodeWarrior®
software support
DSPCOMMETHERNET
Emulation support for DSP56F80X processors. Requires Ethernet network
Consult Web or DevTech for availability of CodeWarrior®
software support
DSPCOMMPARALLEL
Emulation support for DSP56F80X processors. Requires parallel port (DevTech)
Available
DSPOSRTOS
DSP OS Real-Time Operating System (RTOS)
Available
ECCTR908MR32
MC68HC908MR32 Control Board
Available
ECINLHIVSR
Three-Phase Switched Reluctance High-Voltage Power Stage
Available
ECLOVACBLDC
Three-Phase BLDC Low-Voltage Power Stage
Available
ECLOVSR
Three-Phase Switched Reluctance Low-Voltage Power Stage
Available
ECMTREVAL
Evaluation Motor Board
Available
ECOPT
Optoisolation Board
Available
ECOPTHIVACBLDC
Three-Phase AC BLDC High-Voltage Power Stage
Available
ECOPTINL
In-Line Optoisolation Box
Available
Available
SG1004–15
SG1004Q22009
71
72
DEVELOPMENT TOOLS (continued)
56850 Development Tools — Hardware
Product
Description
Status
DSP56852EVM
Evaluation Kit for DSP56852 Processor
Available
DSPCOMMPARALLEL
Parallel Port Command Converter for DSP
Available
DSPCOMMETHERNET
Ethernet Command Converter for DSP
Available
DSPCOMMANDPCI
PCI Command Converter for DSP
Available
DSPCOMMAND
Universal Command Converter for DSP
Available
DSP56858EVM
Evaluation Kit for DSP56858 Embedded Systems
Available
DSP56800TDC1
Daughter Card for DSP56852EVM and DSP56858EVM
Available
56F8000 Development Tools — Hardware
Product
Description
Status
APMOTOR56F8000
56F8000 Motor Control Kit
Available
CPA56F8013
CPA56F8013 Socket Board for 56F8013 Flash Programming
Available
CPA56F8014
CPA56F8014 Socket Board for 56F8014 Flash Programming
Available
DEMO56F8013
Demonstration Board for 56F8013 with US Power Supply
Available
DEMO56F8014
Demonstration Board for 56F8014 with US Power Supply
Available
DEMO56F8013-E
Demonstration Board for 56F8013 with Universal Power Supply
Available
DEMO56F8014-E
Demonstration Board for 56F8014 with Universal Power Supply
Available
56F8300/56F8100 Development Tools — Hardware
Product
Description
Status
MC56F8300DSK
56F3800 Demonstration Kit with US power supply
Available
MC56F8323EVM
Evaluation kit for the 56F8322 and 56F8323 processor (DevTech)
Available
MC56F8367EVM
Evaluation kit for 56F8345-56F8367 processors (DevTech)
Available
DSPCOMMANDPCI
Emulation support for 56F8300 processors. Requires PCI slot (DevTech)
Available
DSPCOMMETHERNET
Emulation support for 56F8300 processors. Requires Ethernet network
Available
DSPCOMMPARALLEL
Emulation support for 56F8300 processors. Requires parallel port (DevTech)
Available
DSPOSRTOS
DSP OS Real-Time Operating System (RTOS)
Available
ECCTR908MR32
MC68HC908MR32 Control Board
Available
ECINLHIVSR
Three-Phase Switched Reluctance High-Voltage Power Stage
Available
ECLOVACBLDC
Three-Phase BLDC Low-Voltage Power Stage
Available
ECLOVSR
Three-Phase Switched Reluctance Low-Voltage Power Stage
Available
ECMTREVAL
Evaluation Motor Board
Available
ECOPT
Optoisolation Board
Available
ECOPTHIVACBLDC
Three-Phase AC BLDC High-Voltage Power Stage
Available
ECOPTINL
In-Line Optoisolation Box
Available
SG1004–16
SG1004Q22009
DEVELOPMENT TOOLS (continued)
DSP56300, MSC8100 and MSC7100 Development Tools — Hardware Note
Product
Description
Status
DSP563xxEVME
DSP563xx Evaluation Module
Available
DSPAUDIOEVMMB1
DSP563xx Evaluation Module (Daughter Cards listed separately)
Available
DSPB362DB1
DSPB362 Evaluation Module Daughter Card
Available
DSPB364DB1
DSPB364 Evaluation Module Daughter Card
Available
DSPB366DB1
DSPB366 Evaluation Module Daughter Card
Available
DSPB367DB1
DSPB367 Evaluation Module Daughter Card
Available
DSPD367DB1
DSPD367 Evaluation Module Daughter Card; Dolby and DTS Licensing Required
Available
DSPA371DB1
DSPA371 Evaluation Module Daughter Card; Dolby and DTS Licensing Required
Available
DSPB371DB1
DSPB371 Evaluation Module Daughter Card
Available
DSPC371DB1
DSPC371 Evaluation Module Daughter Card, Dolby and DTS Licensing Required
Available
DSPD371DB1
DSPD371 Evaluation Module Daughter Card, Dolby and DTS Licensing Required
Available
DSPB374DB1
DSPB374 Evaluation Module Daughter Card
Available
DSPD374DB1
DSPB374 Evaluation Module Daughter Card
Available
DSPCOMMPARALLELE
Command Converter with Parallel Port Host Interface
Available
MSC711xADS
MSC711x Family and MPC8272 Application Development System
Available
MSC711xEVM
Evaluation System for MSC711x Family
Available
MSC8122ADSE
MSC8122 Application Development System Board
Available
MSC8126ADSE
MSC8126 Application Development System Board
Available
MSC8144ADS
MSC8144 Application Development System Board
Available
MSC8144AMC-S
Advanced mezzanine card for MSC8144
Available
MSC8144EADS
MSC8144E Application Development System Board
Available
MSBA8100ADS
MSBA8100 Application Development System Board
Available
Note: www.freescale.com
A change bar appears in the left margin to mark the location of new or revised information.
SG1004–17
SG1004Q22009
73
74
DEVELOPMENT TOOLS (continued)
DSP56300, MSC8100 and MSC7100 Development Tools — Software
Tools Description
Partner
Contact
Real-Time Operating System
Quadros Systems, Inc.
OSE Systems
Express Logic
www.quadros.com
www.ose.com
www.expresslogic.com
Integrated Development Environment
DevTech
www.freescale.com
www.tasking.com
Optimizing Compilers/Assembler/Linker
DevTech
www.freescale.com
www.tasking.com
Debugger
DevTech
www.freescale.com
www.tasking.com
Simulator
DevTech
www.freescale.com
www.tasking.com
DSP Software/Libraries
Global IP Sound Inc
www.globalipsound.com
Hardware Debug Connections/Analyzers
Macraigor Systems
DevTech
Lauterbach
www.macraigor.com
www.freescale.com
www.lauterbach.com
Hardware Development Tools
Quantic-EMC
www.quantic-emc.com
Device Driver Software
Freescale Semiconductor SmartDSP OS
OSE Systems
www.freescale.com
www.ose.com
Training
Arnewsh Inc
DSP Systems Inc
http://www.arnewsh.com
http://www.dsp-sys.com
MSC7100 AND MSC8100 APPLICATION SOFTWARE
MSC7100, MSC8100 Software Modules
Application/Module
MSC7116
MSC7118
MSC7119
MSC7120
MSC8112
MSC8113
MSC8122
MSC8126
MSC8144
MSC8144E
MSC8144EC
Video Codecs
H.261
•
•
•
H.263
•
•
•
H.264
•
•
•
MPEG4
•
•
•
Voice Codecs
G.711
•
•
•
•
•
•
•
•
•
•
•
G.711 App 1 & 2 (PLC & VAD/CNG)
•
•
•
•
•
•
•
•
•
•
•
•
G.722
•
•
•
•
•
•
•
•
•
•
G.723.1
•
•
•
•
•
•
•
•
•
•
•
G.726
•
•
•
•
•
•
•
•
•
•
•
G.726A
•
•
•
•
•
•
•
•
•
•
•
G.728
•
•
•
•
•
•
•
•
•
•
•
G.729B
•
•
•
•
•
•
•
•
•
•
•
G.729AB
•
•
•
•
•
•
•
•
•
•
•
G.729E
•
•
•
•
•
•
•
•
•
•
•
GSM-FR
•
•
•
•
•
•
•
•
•
•
•
GSM-HR
•
•
•
•
•
•
•
•
•
•
•
• = Available
SG1004–18
SG1004Q22009
MSC7100 AND MSC8100 APPLICATION SOFTWARE (continued)
MSC7100, MSC8100 Software Modules (continued)
MSC7116
MSC7118
MSC7119
MSC7120
MSC8112
MSC8113
MSC8122
MSC8126
MSC8144
MSC8144E
MSC8144EC
GSM-AMR/EFR
Application/Module
•
•
•
•
•
•
•
•
•
•
•
3GPP-AMR-WB
•
•
•
•
•
•
•
•
•
•
•
IS 127 EVRC-A
•
•
•
•
•
•
•
•
*
*
*
IS 127 EVRC-B
•
•
•
•
•
•
•
•
G722.1C (Siren 14)
iLBC
•
•
•
•
•
•
•
•
- V.23 CallerID
•
•
•
•
•
•
•
•
- V.34
•
•
•
•
•
•
•
•
- V.90
•
•
•
•
•
•
•
•
*
*
*
*
*
*
*
*
*
•
•
Modems (Pumps)
- V.92
•
•
•
•
•
•
•
•
V.42 MNP4 (Error Correction)
•
•
•
•
•
•
•
•
V.44 V.42bis MNP5 (Compression)
•
•
•
•
•
•
•
•
V.8 V.8bis (Negotiation)
•
•
•
•
•
•
•
•
HDLC
•
•
•
•
•
•
•
•
Relay: V.150.1 (MolP)
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Fax (Pumps)
- V.17
- V.21
*
- V.27ter
•
•
•
•
•
•
•
•
•
•
•
- V.29
•
•
•
•
•
•
•
•
•
•
•
Relay: T.38/T.30 (FolP)
•
•
•
•
•
•
•
•
•
•
•
• = Available
SG1004–19
SG1004Q22009
75
76
MSC7100 AND MSC8100 APPLICATION SOFTWARE (continued)
MSC7100, MSC8100 Software Modules (continued)
Application/Module
MSC7116
MSC7118
MSC7119
MSC7120
MSC8112
MSC8113
MSC8122
MSC8126
G.165/G.168 (24 ms)
•
•
•
•
•
•
•
•
G.168 2002 (128 ms, windowed)
•
•
•
•
•
•
•
•
MSC8144
MSC8144E
MSC8144EC
Echo Cancellation
G.168 (32 ms)
*
G.169 Acoustic Level Control
•
•
•
•
•
•
•
•
Noise Reduction
•
•
•
•
•
•
•
•
Telephony Support
DTMF Detect
•
•
•
•
•
•
•
•
•
•
•
Universal Tone Generation
•
•
•
•
•
•
•
•
•
•
•
Special Tone Generation
•
•
•
•
•
•
•
•
Special Tone Event Detect
•
•
•
•
•
•
•
•
VAD/CNG
•
•
•
•
•
•
•
•
•
•
•
PLC
•
•
•
•
•
•
•
•
•
•
•
RTP packetization
•
•
•
•
•
•
•
•
*
*
*
•
•
•
•
•
•
•
•
Security
AES
RTOS
DMA Handler
•
•
•
•
•
•
•
•
*
*
*
TDM Drivers
•
•
•
•
•
•
•
•
*
*
*
DSI Host Port Drivers
•
•
•
•
•
•
•
HDI16/DSI Host Port Drivers
•
•
•
•
•
•
•
Smart DSP OS Scheduler
•
•
•
*
•
•
•
•
*
*
*
Memory Allocation
•
•
•
•
•
•
•
•
•
•
•
Interrupt Handling
•
•
•
•
•
•
•
•
•
•
•
•
UDP
•
•
•
•
•
•
•
•
•
•
DHCP Client
•
•
•
•
•
•
•
•
•
•
•
RTP
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
HDI16 Slave Port Drivers
•
•
•
•
•
•
Ethernet Driver
•
•
•
*
UART
•
•
•
•
DSI Slave Driver
•
•
•
•
•
*
*
*
•
*
*
*
Drivers
Ethernet Drivers
•
•
•
•
•
•
•
•
*
*
*
TDM Drivers
•
•
•
•
•
•
•
•
*
*
*
ATM AAL 1, 2, 5 Drivers
•
•
•
•
HDI16/DSI Port Drivers
•
•
•
•
Bridge Drivers
•
• = Available
SG1004–20
SG1004Q22009
MSC7100 AND MSC8100 APPLICATION SOFTWARE (continued)
MSC7100, MSC8100 Software Modules (continued)
Application/Module
MSC7116
MSC7118
MSC7119
MSC7120
MSC8112
MSC8113
MSC8122
MSC8126
MSC8144
MSC8144E
MSC8144EC
Drivers (continued)
LAN Drivers
•
PON Drivers
•
• = Available
56F800/56F820 APPLICATION SOFTWARE
56F800/56F820 Software Modules
Beans
56F8011
56F8021
56F803
56F805
56F807
56F826
56F827
56F800 Demo
G.711
•
•
•
•
•
•
•
•
G.726
•
•
•
•
•
•
•
•
Vocoders
Modem Algorithms
V.8bis
•
•
•
•
•
V.21
•
•
•
•
•
V.22bis
•
•
•
•
•
V.42bis
•
•
•
•
•
Telephony
G.165
•
•
•
•
•
•
•
•
G.168
•
•
•
•
•
•
•
•
Caller ID
•
•
•
•
•
•
•
•
DTMF Generate
•
•
•
•
•
•
•
•
DTMF Detect
•
•
•
•
•
•
•
•
Caller ID
•
•
•
•
•
•
•
•
Call Progress Tones (CPT)
•
•
•
•
•
•
•
•
Voice Activity Detect (VAD)
•
•
•
•
•
•
•
•
CAS Detection
•
•
•
•
•
•
•
•
•
•
•
•
•
Acoustic Echo Canceller
Common Tone Generation
•
•
•
•
•
•
•
•
MFC - R2
•
•
•
•
•
•
•
•
Fractional Math
•
•
•
•
•
•
•
•
FFT
•
•
•
•
•
•
•
•
FIR
•
•
•
•
•
•
•
•
IIR
•
•
•
•
•
•
•
•
Trigonometric
•
•
•
•
•
•
•
•
DSP Functions
• = Available
1. 60 MHz 56F801 and 56F802 parts are also supported.
2. Component is priced separately, contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for more information.
SG1004–21
SG1004Q22009
77
78
56F800/56F820 APPLICATION SOFTWARE (continued)
56F800/56F820 Software Modules (continued)
56F8011
56F8021
Matrix
•
•
•
•
•
•
•
•
Vector
•
•
•
•
•
•
•
•
Correlation
•
•
•
•
•
•
•
•
•
•
•
•
•
Beans
56F803
56F805
56F807
56F826
56F827
56F800 Demo
DSP Functions (continued)
Voice Recognition
VRLite-1 2
Security
DES
•
•
•
•
•
•
•
•
3DES
•
•
•
•
•
•
•
•
RSA
•
•
•
•
•
•
•
•
•
•
•
•
Drivers for On-Chip Peripherals
ADC
Quadrature Decoder
•
•
•
•
•
•
Flash
•
•
•
•
•
•
•
•
GPIO
•
•
•
•
•
•
•
•
Interrupt Controller
•
•
•
•
•
•
•
•
•
•
•
MSCAN 2
PLL
•
•
•
•
•
•
•
•
Posix Timer
•
•
•
•
•
•
•
•
PWM
•
•
•
•
•
Quad Timer
•
•
•
•
•
•
•
•
Serial/SCI
•
•
•
•
•
•
•
•
SIM
•
•
•
•
•
•
•
•
SPI
•
•
•
•
•
•
•
•
SSI
•
•
TOD
•
•
Drivers for Off-Chip Peripherals on EVMs
I2C
•
•
•
•
•
•
•
•
Terminal
•
•
•
•
•
•
•
•
BLDC
•
•
•
•
•
Brake
•
•
•
•
•
Button
•
•
•
•
•
Codec
EEPROM/Flash (SPI Bus Serial)
LED
•
•
•
•
•
Switch
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
• = Available
1. 60 MHz 56F801 and 56F802 parts are also supported.
2. Component is priced separately, contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for more information.
SG1004–22
SG1004Q22009
56F800/56F820 APPLICATION SOFTWARE (continued)
56F800/56F820 Software Modules (continued)
56F8011
56F8021
PC Master
•
•
•
•
•
•
•
•
File I/O
•
•
•
•
•
•
•
•
JTAG Flash Loader
•
•
•
•
•
•
•
•
•
•
•
•
•
Beans
56F803
56F805
56F807
56F826
56F827
56F800 Demo
Tools
RTOS Support
MicroC/OS-II
Miscellaneous
Serial Bootloader
•
•
•
•
•
•
•
•
Data Structures (FIFO)
•
•
•
•
•
•
•
•
•
•
•
•
Cycle Count
Stack Check
•
•
•
•
•
•
•
•
Test
•
•
•
•
•
•
•
•
Motor Control Applications
AC Induction Motors (ACIM) V/Hz Closed Loop
•
Brushless DC Motors w/Encoder
•
Digital Power Factor Correction
•
Motor Control Algorithms
Three-Phase Sine Waveform Generation
•
•
•
•
•
Clarke/Park Transformation
•
•
•
•
•
•
•
Space Vector Modulation
•
•
•
•
•
•
•
Ramp
•
•
•
•
•
D-Q System (Two-Phase)
•
•
•
•
•
•
FOC Decoupling
•
•
•
•
•
•
BLDC Commutation Handler w/Sensors
•
•
•
•
•
•
BLDC Commutation Handler Sensorless – Zero Cross
•
•
•
•
•
•
SR Commutation Handler
•
•
•
•
•
•
PI/PID Controllers
•
•
•
•
•
•
Velocity Calculation and Estimation
•
•
•
•
•
•
Look-up Table
•
•
•
•
•
•
Brake Control
•
•
•
•
•
•
Switch Control
•
•
•
•
•
•
• = Available
1. 60 MHz 56F801 and 56F802 parts are also supported.
2. Component is priced separately, contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for more information.
SG1004–23
SG1004Q22009
79
80
56F800/56F820 APPLICATION SOFTWARE (continued)
56F800/56F820 Software Modules (continued)
Beans
56F8011
56F8021
56F803
56F805
56F807
56F826
56F827
56F800 Demo
Example/Test Applications
CODEC
•
DTMF Generation
•
DTMF Detection
•
G.165
•
G.711
•
G.726
•
VRLite-1 2
DES
•
•
•
3DES
•
•
RSA
•
•
Frequency Detector
•
Frequency Spectrum
•
Pot Controlled LED
V42
•
•
•
vad
•
CTG
•
Acoustic Echo Canceller
•
CAS Detect
•
Call ProgressTone
•
Common Tone Generation
•
Brake Control
•
Clark Park
•
Decoupling
•
Dqestabl
•
Flux Model
•
Wave Generate
•
Phase Flux Estimation
•
Space Vector Modulation
•
DSP Functions
Fractional Math
•
FFT
•
FIR
•
IIR
•
Trigonometric
•
Matrix
•
Vector
•
Correlation
•
• = Available
1. 60 MHz 56F801 and 56F802 parts are also supported.
2. Component is priced separately, contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for more information.
SG1004–24
SG1004Q22009
56F850 APPLICATION SOFTWARE
56F850 Software Modules
Beans
56F852
56F853
56F854
56F855
56F857
56F858
G.711
•
•
•
•
•
•
G.723.1a 1
•
•
•
•
•
•
G.726
•
•
•
•
•
•
G.729A/B 1
•
•
•
•
•
•
Vocoders
Modem Algorithms
V.8bis
•
•
•
•
•
V.21
•
•
•
•
•
•
V.22bis
•
•
•
•
•
•
V.42bis 1
•
•
•
•
•
•
G.165
•
•
•
•
•
•
G.168
•
•
•
•
•
•
DTMF Generate
•
•
•
•
•
•
DTMF Detect
•
•
•
•
•
•
Caller ID
•
•
•
•
•
•
Call Progress Tones (CPT)
•
•
•
•
•
•
Voice Activity Detect (VAD)
•
•
•
•
•
•
CAS Detection
•
•
•
•
•
•
Acoustic Echo Canceller
•
•
•
•
•
•
Common Tone Generation
•
•
•
•
•
•
Noise Suppression Library
•
•
•
•
•
•
Automatic Gain Control
•
•
•
•
•
•
MFC - R2
•
•
•
•
•
•
VAD/CNG/DTX
•
•
•
•
•
•
•
•
•
•
•
•
Type 1 and 2 Telephony Features 1
•
•
•
•
•
•
Generic Echo Canceller 1
•
•
•
•
•
•
Full Duplex Speakerphone 1
•
•
•
•
•
•
Type 1 and 2 Telephony Parser 1
•
•
•
•
•
•
Telephony
Voice Recognition
VRLite-1 1
Feature Phone Application
• = Present in PE.
1. Component is priced separately, contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for more information.
SG1004–25
SG1004Q22009
81
82
56F850 APPLICATION SOFTWARE (continued)
56F850 Software Modules (continued)
Beans
56F852
56F853
56F854
56F855
56F857
56F858
DES
•
•
•
•
•
•
3DES
•
•
•
•
•
•
RSA
•
•
•
•
•
•
Fractional Math
•
•
•
•
•
•
FFT
•
•
•
•
•
•
FIR
•
•
•
•
•
•
IIR
•
•
•
•
•
•
Trigonometric
•
•
•
•
•
•
Matrix
•
•
•
•
•
•
Vector
•
•
•
•
•
•
Correlation
•
•
•
•
•
•
GPIO
•
•
•
•
•
•
Interrupt Controller
•
•
•
•
•
•
PLL
•
•
•
•
•
•
Security
DSP Functions
Drivers for On-Chip Peripherals
Posix Timer
•
•
•
•
•
•
Quad Timer
•
•
•
•
•
•
SCI
•
•
•
•
•
•
SPI
•
•
•
•
•
•
ESSI/SSI
•
ESSI DMA
EMI (PCS)
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
•
Host Port Interface
•
•
•
•
•
TOD
•
•
•
•
•
Drivers for Off-Chip Peripherals
I2C
•
•
•
•
•
•
Terminal
•
•
•
•
•
•
CODEC
•
•
•
•
•
•
LED
•
•
•
•
•
•
Button
•
•
•
•
•
•
•
•
•
•
•
•
RTOS Support
MicroC/OS-II (Port Files Only)
• = Present in PE.
1. Component is priced separately, contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for more information.
SG1004–26
SG1004Q22009
56F850 APPLICATION SOFTWARE (continued)
56F850 Software Modules (continued)
Beans
56F852
56F853
56F854
56F855
56F857
56F858
Testing and Stack Services
•
•
•
•
•
•
Data Structures (FIFO)
•
•
•
•
•
•
Second Stage SPI Boot Loader
•
•
•
•
•
•
Cycle Count Tool
•
•
•
•
•
•
Miscellaneous
Example/Test Applications
CODEC
•
DTMF Generation
•
DTMF Detection
•
G.165
•
G.168
•
G.711
•
G.723.1a 1
•
G.726
•
G.729A/B 1
•
VRLite-1 1
•
DES
•
3DES
•
RSA
Second Stage SPI Boot Loader
•
•
•
•
•
•
•
Host Interface Demo
V.22bis
•
V.42bis
•
VAD
•
CPT
•
AGC
•
Noise Suppression
•
CTG
•
V8
•
Tools
Serial Data Flash Programmer
•
•
•
•
•
PC Master Software
•
•
•
•
•
•
•
File I/O
•
•
•
•
•
•
Reference Applications
Feature Phone Application 1
•
• = Present in PE.
1. Component is priced separately, contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for more information.
SG1004–27
SG1004Q22009
83
84
56F850 APPLICATION SOFTWARE (continued)
56F850 Software Modules (continued)
Beans
56F852
56F853
56F854
56F855
56F857
56F858
DSP Functions
Fractional Math
•
FFT
•
FIR
•
IIR
•
Trigonometric
•
Matrix
•
Vector
•
Correlation
•
• = Present in PE.
1. Component is priced separately, contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for more information.
56F8300/56F8100 APPLICATION SOFTWARE
56F8300/8100 Software Modules
Beans
F8322/
F8122
F8323/
F8123
F8335/
F8135
F8345/
F8145
F8346/
F8146
F8347/
F8147
F8355/
F8155
F8356/
F8156
F8357/
F8157
F8365/
F8165
F8366/
F8166
F8367/
F8167
56F8300
Demo
•
•
•
•
•
•
•
•
•
•
•
•
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•
•
•
•
•
•
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•
•
•
•
•
•
•
•
•
•
•
G.165
•
•
•
•
•
•
•
•
G.168
•
•
•
•
•
•
•
•
DTMF Generate
•
•
•
•
•
•
•
•
DTMF Detect
•
•
•
•
•
•
•
•
Caller ID
•
•
•
•
•
•
•
•
Call Progress Tones (CPT)
•
•
•
•
•
•
•
•
Voice Activity Detect (VAD)
•
•
•
•
•
•
•
•
CAS Detection
•
•
•
•
•
•
•
•
Acoustic Echo Canceller
•
•
•
•
•
•
•
•
Common Tone Generation
•
•
•
•
•
•
•
•
• = Available
1. Component is priced separately, contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for more information.
•
•
•
•
•
•
•
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•
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•
•
•
•
•
•
•
•
•
•
•
•
Vocoders
G.711
G.726
Modem Algorithms
V.8bis
V.21
V.22bis
V.42bis
Telephony
SG1004–28
SG1004Q22009
56F8300/56F8100 APPLICATION SOFTWARE (continued)
56F8300/8100 Software Modules (continued)
Beans
F8322/
F8122
F8323/
F8123
F8335/
F8135
F8345/
F8145
F8346/
F8146
F8347/
F8147
F8355/
F8155
F8356/
F8156
F8357/
F8157
F8365/
F8165
F8366/
F8166
F8367/
F8167
56F8300
Demo
•
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•
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I2C
Terminal
•
•
•
•
•
•
•
•
Button
•
•
•
•
•
•
•
•
PC Master
•
•
•
•
•
•
•
•
File I/O
•
•
•
•
•
•
•
•
LED
•
•
•
•
•
•
•
•
Switch
•
•
•
•
•
•
•
•
• = Available
1. Component is priced separately, contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for more information.
•
•
•
•
•
•
•
•
•
•
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•
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•
•
•
•
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•
•
•
•
•
•
•
•
•
•
•
•
•
DSP Functions
Fractional Math
FFT
FIR
IIR
Trigonometric
Matrix
Vector
Correlation
Voice Recognition
VRLite-1 1
Security
DES
3DES
RSA
Drivers for On-Chip Peripherals
ADC
Quadrature Decoder
Flash
GPIO
Interrupt Controller
FlexCAN 1
PLL
Posix Timer
PWM
Quad Timer
Serial/SCI
SPI
TOD (Time OF Day)
Drivers for Off-Chip Peripherals on EVMs
SG1004–29
SG1004Q22009
85
86
56F8300/56F8100 APPLICATION SOFTWARE (continued)
56F8300/8100 Software Modules (continued)
Beans
F8322/
F8122
F8323/
F8123
F8335/
F8135
F8345/
F8145
F8346/
F8146
F8347/
F8147
F8355/
F8155
F8356/
F8156
F8357/
F8157
F8365/
F8165
F8366/
F8166
F8367/
F8167
56F8300
Demo
•
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•
•
Tools
PC Master
File I/O
JTAG Flash Loader
RTOS Support
MicroC/OS-II
Miscellaneous
Serial Bootloader
Data Structures (FIFO)
Cycle Count
Stack Check
Test
Motor Control Applications
Brushless DC Motors w/Encoder
AC Induction Motors (ACIM) V/Hz Closed Loop
Digital Power Factor Correction
•
•
•
•
•
Motor Control Algorithms
3-phase Sine Waveform Generation
Clarke/Park Transformation
Space Vector Modulation
Ramp
D-Q System (2 Phase)
FOC Decoupling
BLDC Commutation Handler w/Sensors
BLDC Commutation Handler Sensorless – Zero Cross
SR Commutation Handler
PI/PID Controllers
Velocity Calculation and Estimation
Look-up Table
Brake Control
Switch Control
•
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•
Example Applications
efield
Voice Recording and Playback
Temp Sensor
• = Available
1. Component is priced separately, contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor for more information.
•
•
•
SG1004–30
SG1004Q22009
56F8000 APPLICATION SOFTWARE
56F8000 Software Modules
Beans
Beans
56F8013
56F8014
56F8013
56F8014
Fractional Math
•
•
FFT
•
•
FIR
•
•
IIR
•
•
Trigonometric
•
•
Matrix
•
•
Vector
•
•
Brushless DC Motors w/Hall Sensor
Correlation
•
•
Motor Control Algorithms
3-Phase Sine Waveform Generation
•
•
ADC
•
•
Clarke/Park Transformation
•
•
Flash
•
•
Space Vector Modulation
•
•
GPIO
•
•
Ramp
•
•
Interrupt Controller
•
•
D-Q System (2-Phase)
•
•
PLL
•
•
FOC Decoupling
•
•
PWM
•
•
BLDC Commutation Handler w/Sensors
•
•
BLDC Commutation Handler Sensorless-Zero
Cross
•
•
DSP Functions
Drivers for On-Chip Peripherals
Quad Timer
•
•
Serial/SCI with LIN
•
•
SPI
•
•
I2C
•
•
Drivers for Off-Chip Peripherals on EVMs
Miscellaneous
Serial Bootloader
•
•
Data Structures (FIFO)
•
•
Cycle Count
•
•
Stack Check
•
•
Test
•
•
Motor Control Applications
•
SR Commutation Handler
•
•
PI/PID Controllers
•
•
Velocity Calculation and Estimation
•
•
Look-up Table
•
•
Terminal
•
•
Brake Control
•
•
Button
•
•
Switch Control
•
•
PC Master
•
•
• = Available
LED
•
•
•
•
Tools
PC Master
• = Available
SG1004–31
SG1004Q22009
87
88
ECOSYSTEM PARTNERS
Tools
Freescale Semiconductor
www.freescale.com/codewarrior
Lauterbach
www.lauterbach.com
Macraigor Systems
www.macraigor.com
Quantic EMC
www.quantic-emc.com
Enea OSE Systems
www.enea.com
Express Logic
www.expresslogic.com
Quadros Systems
www.quadros.com
Encore Software
www.ncoretech.com
Global IP Sound Inc
www.globalipsound.com
Ittiam
www.ittiam.com
Vianix
www.vianix.com
Global IP Sound Inc
www.globalipsound.com
Ittiam
www.ittiam.com
Multi Video Designs
www.mvd-fpga.com
HILF Gmbh
www.hilf.de
4Real AB
www.4real.se
Celestica
www.celestica.com
Mindteck UK. Ltd.
www.mindteck.com
PA Consulting
www.paconsulting.com
Spectrum Design Solutions Inc
www.spectrumdsi.com
Allgo Embedded Systems
www.allgosystems.com
Embedded Planet
www.embeddedplanet.com
North Shore Circuit Design
www.nshore.com
Phybit
www.phybit.com
Time Domain Systems Inc.
www.tdsysi.com
Aricent
www.aricent.com
KTEC
www.ktec.co.il
Nuvation Engineering
www.nuvation.com
Solectron
www.solec.net
Vanteon
www.vanteon.com
RTOS
Freescale Semiconductor
www.freescale.com/codewarrior
Telecom Applications
Arraycomm
www.arraycomm.com
Libraries
Freescale Semiconductor
www.freescale.com/codewarrior
Training
Arnewsh Inc
www.arnewsh.com
Design Services
ASTC Design to Order
www.astc-design.com
Audio/Video Applications
On2 Technologies Inc.
www.on2.com
A change bar appears in the left margin to mark the location of new or revised information.
SG1004–32
SG1004Q22009
PRODUCT ABBREVIATIONS
AC
Alternating Current
ITU
International Telecommunications Union
AC3
Project name for Dolby Digital Decoder
LDC
Literature Distribution Center
ADC
Analog to Digital Converter
LQFP
Low-Profile Quad Flat Package
ALU
Arithmetic Logic Unit
MFT
Multi-Function Timer
ATM
Asynchronous Transfer Mode
MIPS
Million Instructions per Second
BLDC
Brushless DC
MOQ
Minimum Order Quantity
CAN
Controller Area Network
MPEG
Motion Picture Experts Group (compression standard)
CDMA
Code Division Multiple Access
OnCE
On-Chip Emulation Port/Module
Ch
Channel
P
In Production
Codec
Compression/Decompression (algorithm)
PBGA
Plastic Ball Grid Array
COP
Computer Operating Properly (Watch Dog Timer)
PCM
Pulse Code Modulation
DAX
Digital Audio Transmitter
PLL
Phase-Lock Loop
DC
Direct Current
PPP
Post Processing Phase
DES
Data Encryption Standard (USA)
PQFP
Plastic Quad Flat Package
DTS
Digital Theater Systems
PWM
Pulse Width Modulator
DTV
Digital Television
S
Samples available
DVD
Digital Versatile Disk
SCI
Serial Communications Interface (asynchronous)
EFCOP
Enhanced Filter Co-Processor
SHI
Serial Host Interface
EMI
External Memory Interface
SPI
Serial Peripheral Interface
ESAI
Enhanced Serial Audio Interface
SR
Switched Reluctance
FFT
Fast Fourier Transform
SSI
Single-Step Instruction
Freq
Frequency in megahertz
THX
Lucasfilm sound processing algorithm
GPIO
General-Purpose I/O
TOD
Time of Day
GSM
Ground Station Mobile
TQFP
Thin Quad Flat Package
HI08
8-bit Host Interface
USB
Universal Serial Bus
I/O
Bidirectional Input and Output Port Pins
www
World Wide Web
IP
Internet Protocol
SG1004–33
SG1004Q22009
89
90
NOTES
SG1004–34
SG1004Q22009
NOTES
SG1004–35
SG1004Q22009
91
92
How to Reach Us:
Home Page:
www.freescale.com
Web Support:
http://www.freescale.com/support
USA/Europe or Locations Not Listed:
Freescale Semiconductor, Inc.
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Freescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc.
All other product or service names are the property of their respective owners.
© Freescale Semiconductor, Inc. 2009. All rights reserved.
SG1004Q22009
Rev 0
4/2009
Information in this document is provided solely to enable system and
software implementers to use Freescale Semiconductor products. There
are no express or implied copyright licenses granted hereunder to design
or fabricate any integrated circuits or integrated circuits based on the
information in this document.
Freescale Semiconductor reserves the right to make changes without
further notice to any products herein. Freescale Semiconductor makes no
warranty, representation or guarantee regarding the suitability of its
products for any particular purpose, nor does Freescale Semiconductor
assume any liability arising out of the application or use of any product or
circuit, and specifically disclaims any and all liability, including without
limitation consequential or incidental damages. “Typical” parameters that
may be provided in Freescale Semiconductor data sheets and/or
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performance may vary over time. All operating parameters, including
“Typicals”, must be validated for each customer application by customer’s
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regarding the design or manufacture of the part.
Network/Embedded
Processors
Quarter 2, 2009
SG1007Q22009 Rev 0
93
94
SECURITY AND INTEGRATED COMMUNICATIONS PROCESSORS
Security Processors
Product
MPC184VF
Description
Packaging
Speed (MHz)
Rev
Voltage Core (V)
Voltage IO/tol (V)
Status
75
B
1.5 ±10%
3.3 ±10%
VM is RoHS compliant
package.
Security co-processor designed to interface with 32-bit PCI and 8xx system bus. Ideal for 252-ball MAPBGA (VF), (VM)
use with Freescale Semiconductor MPC824x and 8xx devices.
MPC823 Integrated Microprocessors for Portable Systems (1001)
Standard Temperature: 0°C TA to 95°C TJ (Junction Temperature)
Product
MPC823
MPC823
Description
Packaging
Speed (MHz)
Rev
Temp Note
(-40qC TA to 95qC TJ)
SOQ
MPQ
POQ
Additional Information
Portable System
MPU
256-ball PBGA (ZT), (VR)
66, 75, 81
B2T
CZT66
0
60
300
256-ball PBGA (VR)
66, 75, 81
B2T
CVF66
0
60
300
256-ball PBGA (ZT), (VR)
66, 75
B2T
CZT66
0
60
300
Integrated MPU for mobile computing. 256-pin ZT is the preferred
package. 823E has 16 K I-cache and 8 K D-cache. VR is RoHS compliant
package.
Removed from active portfolio.
MPC823E
Note: Extended temperature devices with minimum order requirements. All package/speed combinations may not be valid—consult factory to verify.
MPC850 Integrated Communications Processors
Standard Temperature: 0°C TA to 95°C TJ (Junction Temperature)
Product
XPC850
Description
Packaging
Rev
SOQ
Temp Note
(-40qC TA to 95qC TJ)
MPQ
POQ
256-ball PBGA (ZT), (VR)
50, 66, 80
BU
CZT50
0
60
300
256-ball PBGA (ZT), (VR)
50, 66, 80
BU
CZT50
0
60
300
XPC850SR
256-ball PBGA (ZT), (VR)
50, 66, 80
BU
CZT50
0
60
300
XPC850DSL
256-ball PBGA (ZT), (VR)
50
BU
CZT50
0
60
300
XPC850DE
Low-Cost Integrated
Communications MPU
Speed (MHz)
Additional Information
Low-cost, integrated MPU with tailored Communication Processing
Module (CPM) including Universal Serial Bus (USB). VR is RoHS
compliant package.
Note: Extended temperature devices with minimum order requirements. All package/speed combinations may not be valid—consult factory to verify.
INTEGRATED COMMUNICATIONS PROCESSORS
MPC860 Integrated Communications ProcessorsNote
Standard Temperature: 0°C TA to 95°C TJ (Junction Temperature)
Product
Packaging
Speed (MHz)
Rev
Temp Note
(-40qC TA to 95qC TJ)
SOQ
MPQ
POQ
357-ball PGBA (ZQ), (VR)
50, 66, 80
D4
CZQ50, 66
0
44
220
Low-cost, integrated MPU with tailored CPM including Fast Ethernet.
MPC860DE
357-ball PBGA (ZQ), (VR)
50, 60, 80
D4
CZQ50, 66
0
44
220
PowerQUICC£ family with embedded 8xx core—with 4 KB I-cache and
4K D-cache, and MMUs integrated with CPM of earlier generation 68360
QUICC. 860P and 860DP have 16K I-cache and 8K D-cache.
MPC855T
Description
PowerQUICC£
Additional Information
VR is RoHS compliant package.
MPC860DP
357-ball PBGA (ZQ), (VR)
50, 60, 80
D4
CZQ50, 66
0
44
220
MPC860DT
357-ball PBGA (ZQ), (VR)
50, 60, 80
D4
CZQ50, 66
0
44
220
MPC860EN
357-ball PBGA (ZQ), (VR)
50, 60, 80
D4
CZQ50, 66
0
44
220
MPC860P
357-ball PBGA (ZQ), (VR)
50, 60, 80
D4
CZQ50, 66
0
44
220
MPC860SR
357-ball PBGA (ZQ), (VR)
50, 60, 80
D4
CZQ50, 66
0
44
220
MPC860T
357-ball PBGA (ZQ), (VR)
50, 60, 80
D4
CZQ50, 66
0
44
220
VR is RoHS compliant package.
Note: Extended temperature products with minimum order requirements. All package/speed combinations may not be valid—consult factory to verify.
SG1007–2
SG1007Q22009
INTEGRATED COMMUNICATIONS PROCESSORS (continued)
MPC862 Integrated Communications ProcessorsNote
Standard Temperature: 0°C TA to 95°C TJ (Junction Temperature)
Product
MPC857DSL
Description
Packaging
Speed (MHz)
PowerQUICC£ 357-ball PBGA (ZP), (ZQ), (VR)
Rev
Temp Note
(-40qC TA to 115qC TJ)
SOQ
MPQ
POQ
Additional Information
50, 66
B
n/a
0
44
220
Low-cost 857T for DSL applications.
VR is RoHS compliant package.
MPC857T
357-ball PBGA (ZP), (ZQ), (VR)
50, 66, 80, 100
B
CZQ50, 66, 80
0
44
220
MPC862P
357-ball PBGA (ZP), (ZQ), (VR)
50, 66, 80, 100
B
CZQ50, 66, 80
0
44
220
MPC862T
357-ball PBGA (ZP), (ZQ), (VR)
50, 66, 80, 100
B
CZQ50, 66, 80
0
44
220
Rev B of the 862 PowerQUICC£ family including simultaneous operation of
the Fast Ethernet (MII) and Parallel ATM (Utopia), Utopia II Multi-Phy, Utopia
Slave, and AAL2/VBR.
VR is RoHS compliant package.
862 product family is now MPC qualified and is being converted to QZ
(thick) package. Refer to PCN # 11230.
ZQ samples are now available.
Note: Extended temperature products with minimum order requirements. All package/speed combinations may not be valid—consult factory to verify.
MPC866 Integrated Communications ProcessorsNote
Standard Temperature: 0°C TA to 95°C TJ (Junction Temperature)
Product
Packaging
Speed (MHz)
Rev
Temp Note
(-40qC TA to 100qC TJ)
SOQ
MPQ
POQ
256-ball PBGA (ZT), (VR)
50, 66, 80, 100
A
CVR66, CZT100, 50, 66
0
60
300
Low-cost Ethernet only.
VR is RoHS compliant package.
MPC853T
256-ball PBGA (ZT), (VR)
50, 66, 80, 100
A
CVR66, CZT100, 50, 66
0
60
300
Low-cost Ethernet only.
HDLC support.
MPC859DSL
357-ball PBGA (ZP), (VR)
50, 66
A
CZP 50, 66, 100
0
44
220
Samples and production available now.
VR is RoHS compliant package.
MPC859T
357-ball PBGA (ZP), (VR)
100, 133
A
CZP100
0
44
220
MPC859P
357-ball PBGA (ZP), (VR)
100, 133
A
CZP100
0
44
220
Low-cost PowerQUICC£ with tailored CPM including Fast Ethernet.
859P 16K I-cache and 8K D-cache.
859T 4K I-cache and 4K D-cache.
VR is RoHS compliant package.
MPC866P
357-ball PBGA (ZP), (VR)
100,133
A
CZP100
0
44
220
MPC866T
357-ball PBGA (ZP), (VR)
100,133
A
CZP100
0
44
220
MPC852T
Description
PowerQUICC£
Additional Information
PowerQUICC£ 862 family extension in 0.18 µm offering lower power and higher
performance.
866P 16K I-cache, 8K D-cache.
886T 4K I-cache and 4K D-cache.
VR is RoHS compliant package.
Note: Extended temperature products with minimum order requirements. All package/speed combinations may not be valid—consult factory to verify.
MPC885 Integrated Communications ProcessorsNote
Standard Temperature: 0°C TA to 95°C TJ (Junction Temperature)
Product
MPC870
Description
PowerQUICC£
Packaging
Speed (MHz)
Rev
Temp Note
(-40qC TA to 100qC TJ)
SOQ
MPQ
POQ
Additional Information
PowerQUICC£ I 866 family extension in 0.18 µm with embedded 8xx core–with
8K I-cache, 8K D-cache, integrated security, two Fast Ethernet (10/100) controllers,
and USB.
MPC870 and MPC875 support Ethernet only. VR is RoHS compliant package.
MPC880 and MPC885 support Ethernet and ATM. VR is RoHS compliant package.
256-ball PGBA (ZT), (VR)
66, 80, 133
0
CZT66, 133
0
60
300
MPC875
256-ball PGBA (ZT), (VR)
66, 80, 133
0
CZT66, 133
0
60
300
MPC880
256-ball PGBA (ZT), (VR)
66, 80, 133
0
CZP66, 133
0
44
220
MPC885
256-ball PGBA (ZT), (VR)
66, 80, 133
0
CZP66, 133
0
44
220
Note: Extended temperature products with minimum order requirements. All package/speed combinations may not be valid—consult factory to verify.
SG1007–3
SG1007Q22009
95
96
INTEGRATED COMMUNICATIONS PROCESSORS (continued)
MPC823/MPC850/MPC855T/MPC857T/MPC859T/MPC860/MPC862/MPC866/MPC885 Processor Derivatives and Features
Product
I-Cache
(KB)
D-Cache (KB)
10T
10/100
ATM
ESAR ATM
(No of Channels)
HDLC
#T1/E1
USB
Integrated
Security
SCC
MPC823
2
1
Up to 2
n/a
n/a
n/a
Up to 64
2
n/a
Y
n/a
MPC823E
16
8
Up to 2
n/a
n/a
n/a
Up to 64
2
n/a
Y
n/a
MPC850
2
1
1
n/a
n/a
n/a
n/a
1
n/a
Y
n/a
MPC850DE
2
1
Up to 2
n/a
n/a
n/a
n/a
2
n/a
Y
n/a
MPC850SR
2
1
Up to 2
n/a
Y
n/a
Up to 64
2
2
Y
n/a
MPC850DSL
2
1
1
n/a
Y
n/a
n/a
2
n/a
Y
n/a
MPC852T
4
4
Up to 2
1
n/a
n/a
n/a
2
n/a
n/a
n/a
MPC853T
4
4
Up to 2
1
n/a
n/a
Up to 32
2
n/a
n/a
n/a
MPC855T
4
4
1
1
Y
n/a
Up to 32
1
1
n/a
n/a
MPC857T
4
4
1
1
Y
Y
Up to 32
1
1
n/a
n/a
MPC857DSL
4
4
1
1
Y
Y
n/a
1
n/a
n/a
n/a
MPC859P
16
8
1
1
Y
Y
Up to 32
1
1
n/a
n/a
MPC859T
4
4
1
1
Y
Y
Up to 32
1
1
n/a
n/a
MPC859DSL
4
4
1
1
Y
Y
n/a
1
n/a
n/a
n/a
MPC860DE
4
4
Up to 2
n/a
n/a
n/a
n/a
2
n/a
n/a
n/a
MPC860DP
16
8
Up to 2
1
Y
n/a
Up to 64
2
2
n/a
n/a
MPC860DT
4
4
Up to 2
1
Y
n/a
Up to 64
2
2
n/a
n/a
MPC860EN
4
4
Up to 4
n/a
n/a
n/a
n/a
4
n/a
n/a
n/a
n/a
MPC860P
16
8
Up to 4
1
Y
n/a
Up to 64
4
2
n/a
MPC860SR
4
4
Up to 4
n/a
Y
n/a
Up to 64
4
2
n/a
n/a
MPC860T
4
4
Up to 4
1
Y
n/a
Up to 64
4
2
n/a
n/a
MPC862P
16
8
Up to 4
1
Y
Y
Up to 64
4
2
n/a
n/a
MPC862T
4
4
Up to 4
1
Y
Y
Up to 64
4
2
n/a
n/a
MPC866P
16
8
Up to 4
1
Y
Y
Up to 64
4
2
n/a
n/a
MPC866T
4
4
Up to 4
1
Y
Y
Up to 64
4
2
n/a
n/a
N
MPC870
8
8
0
2
N
N
n/a
0
n/a
Y
MPC875
8
8
1
2
N
N
Up to 32
1
1
Y
Y
MPC880
8
8
Up to 2
2
Y
Y
Up to 64
2
2
Y
N
MPC885
8
8
Up to 3
2
Y
Y
Up to 64
3
2
Y
Y
SG1007–4
SG1007Q22009
INTEGRATED COMMUNICATIONS PROCESSORS (continued)
PowerQUICC£ II FamilyNote
Product
MPC8241
MPC8241
Description
CPU/CPM/Bus Speed
(MHz)
PowerPC ISA
166/200/266
166/200
MPC8245
PowerPC ISA
MPC8245
MPC8245A
MPC8245
MPC8245
MPC8247 PowerQUICC£ II (HiP7)
Rev
Packaging
D=1.4 357-ball TBGA (ZQ), (VR)
D=1.4 357-ball TBGA (ZQ), (VR)
Std Temp Note
(0qC to 105qC)
—
Ext Temp Note
(-40qC to 105qC)
—
Samples SOQ
—
2
2
MPQ
POQ
44
44
220
220
Additional Information
Functionality of the MPC8245 in lower cost package.
Extended Temperature 0qC to 105qC TJ. VR is RoHS
compliant packages.
144 32-bit superscalar processor core with integrated peripheral
144T logic. Supports up to 133 MHz 64-bit memory interface and
144T up to 66 MHz 32-bit PCI interface, MPC8245 has the on144 chip DUART and is pin-compatible with the MPC8240. VV is
144 RoHS compliant packages.
200 Ethernet only device.
266/300
D=1.4 352-ball TBGA (ZU), (VV)
—
—
—
1
24
266/300/333/350
D=1.4 352-ball TBGA (ZU), (VV)
1
24
400/466
D=1.4 352-ball TBGA (ZU), (VV)
1
24
266/300
D=1.4 352-ball TBGA (ZU), (VV)
1
24
333/350
D=1.4 352-ball TBGA (ZU), (VV)
1
24
266/200/66 (MIB)
A
516-ball PBGA (ZQ/VR)
MPC8247ZQxxxA
MPC8247CZQxxxA
KMPC
2
40
300/200/100 (PIE)
400/200/100 (TIE)
400/266/133 (TMF)
MPC8248 PowerQUICC£ II (HiP7)
266/200/66 (MIB)
A
516-ball PBGA (ZQ/VR)
MPC8248ZQxxxA
MPC8248CZQxxxA
KMPC
2
40
200 Ethernet only device. Integrated security.
300/200/100 (PIE)
400/200/100 (TIE)
400/266/133 (TMF)
XPC8255
PowerQUICC£ II (HiP3)
200/133/66 (IFB)
C2
480-ball TBGA (ZU/VV)
XPC8255ZUIFBC
XPC8255CZUIFBC
KMPC
2
21
105 Low-cost derivative of 8260.
XPC8260
PowerQUICC£ II (HiP3)
166/133/66 (HFB)
C2
480-ball TBGA (ZU/VV)
XPC8260ZUxxxC
XPC8260CZUxxxC
KMPC
2
21
105 Supports fast ethernet HDLC channels and OC-3 ATM up to
200/133/66 (IFB)
200 MHz CPU, 166 MHz CPM, 66 MHz Bus.
200/166/66 (IHB)
MPC8250A PowerQUICC£ II (HiP4) 266/166/66 (MHB)
C
516-ball PBGA (ZQ/VR) MPC8250AVRIHBC MPC8250ACZQIHBC KMPC
2
40
200 Ethernet only derivative.
300/200/66 (PIB)
480-ball (ZU/VV)
MPC8250AZUxxxC
MPC8250ACZUxxxC
200/166/66 (IHB)
MPC8255A PowerQUICC£ II (HiP4) 266/166/66 (MHB)
B
480-ball TBGA (ZU/VV)
MPC8255AZUxxxB
MPC8255ACZUxxxB
KMPC
2
21
105 Low-cost ATM and Ethernet derivative.
300/300/66 (PIB)
MPC8260A PowerQUICC£ II (HiP4)
300/200/66 (PIB)
B
480-ball TBGA (ZU/VV)
MPC8260AZUxxxB
MPC8260ACZUxxxB
KMPC
2
21
105 Standard device. Supports fast Ethernet HDLC channels and
300/208/83 (PJD)
OC-3 ATM up to 200 MHz CPU, 166 MHz CPM,
266/166/66 (MHB)
66 MHz Bus.
266/200/66 (MIB)
MPC8264A PowerQUICC£ II (HiP4)
300/200/66 (PIB)
B
480-ball TBGA (ZU/VV)
MPC8264AZUxxxB
MPC8264ACZUxxxB
KMPC
2
21
105 Supports TC-layer and IMA microcode in addition to standard
266/166/66 (MHB)
device features.
266/200/66 (MIB)
300/208/83 (PJD)
MPC8265A PowerQUICC£ II (HiP4)
300/200/66 (PIB)
C
480-ball TBGA (ZU/VV)
MPC8265AZUxxxC
MPC8265AZUxxxC
KMPC
2
21
105 Supports PCI in addition to standard device features.
266/166/66 (MHB)
266/200/66 (MIB)
300/208/83 (PJD)
MPC8266A PowerQUICC£ II (HiP4)
300/208/83 (PJD)
C
480-ball TBGA (ZU/VV)
MPC8266AZUxxxC
MPC8266AZUxxxC
KMPC
2
21
105 Superset, supporting TC/IMA and PCI.
MPC8270 PowerQUICC£ II (HiP7)
333/250/83 (QLD)
A
516-ball PBGA (ZQ/VR)
MPC8270xxMIBA
MPC8270CxxMIBA
KMPC
2
21/40 105/ PCN Announcing Rev A published in Q2.
450/300/100 (UPE)
480-ball TBGA (ZU/VV)
200
266/200/66 (MIB)
MPC8271 PowerQUICC£ II (HiP7)
266/200/66 (MIB)
A
516-ball PBGA (ZQ/VR)
MPC8271ZQxxxA
MPC8271CZQxxxA
KMPC
2
40
200 Supports Ethernet and ATM.
300/200/100 (PIE)
400/200/100 (TIE)
400/266/133 (TMF)
MPC8272 PowerQUICC£ II (HiP7)
266/200/66 (MIB)
A
516-ball PBGA (ZQ/VR)
MPC8272ZQxxxA
MPC8272CZQxxxA
KMPC
2
40
200 Supports Ethernet and ATM
300/200/100 (PIE)
Integrated encryption.
400/200/100 (TIE)
400/266/133 (TMF)
MPC8275 PowerQUICC£ II (HiP7)
266/200/66 (MIB)
A
516-ball PBGA (ZQ/VR)
MPC8275ZQMIBA
MPC8275CxxMIBA
KMPC
2
40
200 Low-cost ATM device.
MPC8280 PowerQUICC£ II (HiP7)
333/250/83 (QLD)
A
480-ball TBGA (ZU/VV)
MPC8280xxxxxA
MPC8280CxxUPEA
KMPC
2
21
105
450/300/100 (UPE)
CPU/CPM/BUS speed for PowerQUICC£ II (HIP 3/4) A = 50, B = 66, C = 75, D = 83, E = 100, F = 133, G = 150, H = 166, I = 200, J = 208, K = 233, L = 250, M = 266, N = 291, P = 300, Q = 333, R = 366, S = 375, T = 400, U = 450,
V = 500, and W = 533.
Note: Extended temperature devices with minimum order requirements. All package/speed combinations may not be valid—consult factory to verify.
SG1007–5
SG1007Q22009
97
98
INTEGRATED COMMUNICATIONS PROCESSORS (continued)
MPC8250/MPC8255/MPC8260/MPC8264/MPC8265/MPC8266/MPC8270/MPC8275/MPC8280 PowerQUICC£ II Derivatives and Features
Product
MPC8247
MPC8248
MPC8250
MPC8255
MPC8260
MPC8264
MPC8265
MPC8266
MPC8270
MPC8271
MPC8272
MPC8275
MPC8280
I-Cache
(KB)
D-Cache
(KB)
10T
10/100
Utopia ATM Support
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
16
3
3
Up to 4
Up to 4
Up to 4
Up to 4
Up to 4
Up to 4
Up to 4
3
3
Up to 4
Up to 4
2
2
Up to 3
Up to 2
Up to 3
Up to 3
Up to 3
Up to 3
Up to 3
2
2
Up to 3
Up to 3
0
0
0
2-CH (155 Mbps ea)
2-CH (155 Mbps ea)
2-CH (155 Mbps ea)
2-CH (155 Mbps ea)
2-CH (155 Mbps ea)
0
1
1
2-CH (155 Mbps ea)
2-CH (155 Mbps ea)
(No of Channels)
HDLC
SCC
64
3
64
3
Up to 128
4
Up to 128
4
Up to 256
4
Up to 256
4
Up to 256
4
Up to 256
4
Up to 128
4
64
3
64
3
Up to 128
4
Up to 256
4
FCC
MCC
#T1/E1
#T3/E3
USB
PCI
TC/IMA
2
2
3
2
3
3
3
3
3
2
2
3
3
0
0
1
1
2
2
2
2
1
0
0
1
2
2
2
4
4
8
8
8
8
4
2
2
4
8
0
0
1
1
2
2
2
2
1
0
0
1
2
Y
Y
n/a
n/a
n/a
n/a
n/a
n/a
Y
Y
Y
Y
Y
Y
Y
Y
N
N
N
Y
Y
Y
Y
Y
Y
Y
N
N
N
N
N
Y
N
Y
N
N
N
N
Y
MPC8313 PowerQUICC£ II Pro Processor Family
Product
Description
CPU
(MHz)
DDR/DDR2
(MHz)
I-Cache
D-Cache
Memory Controller
10/100/1000
Ethernet
USB
PCI
Security
Local
Bus
QUICC
Engine
Standard
Temp.
Extended
Temp.
Packaging
Samples
MPC8313
PowerQUICC£ II Pro
266, 333,
400
333
16K
16K
1 u 16/32-bit DDR
2 (SGMII)
1 x Hi-Speed 1 u 32-bit
(PHY)
No
Yes
n/a
MPC8313
MPC8313C
620-ball
TE-PBGA
MPC
MPC8313E
PowerQUICC£ II Pro
266, 333,
400
333
16K
16K
1 u 16/32-bit DDR
2 (SGMII)
1 x Hi-Speed 1 u 32-bit
(PHY)
Yes
Yes
n/a
MPC8313E
MPC8313EC
620-ball
TE-PBGA
MPC
MPC8314/15 PowerQUICC£ II Pro Processor Derivatives and Features
Product
Description
CPU
(MHz)
Memory Controller
10/100/1000
Ethernet
System Interfaces
Security
Local
Bus
QUICC
Engine
Standard
Temp.
Extended
Temp.
MPC8314E
PowerQUICC£ II Pro
266, 333,
400
DDR/DDR2 I-Cache D-Cache
(MHz)
266
16 K
16 K
1 x 32/64 bit DDR1/2
up to 266 MHz
2
PCI-Express® - 2 x 1 Lane
(for PPC8314, PPC8314E),
USB 2.0 w/ Phy, PCI
Yes
Yes
n/a
PPC8314,
PPC8314E
PPC8314C,
PPC8314EC
Packaging Samples
620-ball
TE-PBGA
MPC
MPC8315E
PowerQUICC£ II Pro
266, 333,
400
266
16 K
16 K
1 x 32/64 bit DDR1/2
up to 266 MHz
2
PCI-Express® - 2 x 1 Lane
(for PPC8315, PPC8315E),
SATA x 2 (PPC8315, PPC8315E)
USB 2.0 w/ Phy, PCI
Yes
Yes
n/a
PPC8315,
PPC8315E
PPC8315C,
PPC8315EC
620-ball
TE-PBGA
MPC
MPC8323 PowerQUICC£ II Pro Family
Product
Description
CPU
(MHz)
DDR
(MHz)
QUICC Engine
(MHz)
Packaging
Std Temp
(0qC TA to 105qC TJ)
Ext Temp
(-40qC TA to 105qC TJ)
Samples
Additional Information
MPC8321
PowerQUICC£ II Pro
266, 333
266
200
516-ball PBGA (ZQ/VR)
MPC8321
MPC8321C
KMPC
n/a
MPC8321E
PowerQUICC£ II Pro
266, 333
266
200
516-ball PBGA (ZQ/VR)
MPC8321E
MPC8321EC
KMPC
n/a
MPC8323
PowerQUICC£ II Pro
266, 333
266
200
516-ball PBGA (ZQ/VR)
MPC8323
MPC8323C
KMPC
n/a
MPC8323E
PowerQUICC£ II Pro
266, 333
266
200
516-ball PBGA (ZQ/VR)
MPC8323E
MPC8323EC
KMPC
n/a
MPC8323 PowerQUICC£ II Pro Derivatives and Features
Product
MPC8321
I-Cache
D-Cache
16K
16K
Memory Controller
32-bit DDR/DDR2
10/100 Ethernet
USB
PCI
Security
Local Bus
QUICC Engine
3 (MII/RMII)
1 x Full/Low Speed
1 u 32-bit
No
Yes
Yes (Ethernet, HDLC)
MPC8321E
16K
16K
32-bit DDR/DDR2
3 (MII/RMII)
1 x Full/Low Speed
1 u 32-bit
Yes
Yes
Yes (Ethernet, HDLC)
MPC8323
16K
16K
32-bit DDR/DDR2
3 (MII/RMII)
1 x Full/Low Speed
1 u 32-bit
No
Yes
Yes (Ethernet, HDLC, ATM)
MPC8323E
16K
16K
32-bit DDR/DDR2
3 (MII/RMII)
1 x Full/Low Speed
1 u 32-bit
Yes
Yes
Yes (Ethernet, HDLC, ATM)
SG1007–6
SG1007Q22009
INTEGRATED COMMUNICATIONS PROCESSORS (continued)
MPC8349 PowerQUICC£ II Pro FamilyNote
Product
MPC8343
MPC8343E
MPC8347
Description
CPU
(MHz)
DDR/DDR2
(MHz)
PowerQUICC£ II Pro
PowerQUICC£ II Pro
PowerQUICC£ II Pro
266, 400
266, 400
266, 400, 533, 667
266
266
266, 333
Std Temp Note
(0qC to 105qC)
Packaging
Ext Temp Note
(-40qC to 105qC)
Samples
MPC8343C
MPC8343EC
MPC8347C
KMPC
KMPC
KMPC
MPC samples available.
MPC samples available. Integrated security.
MPC samples available.
MPC8347EC
KMPC
MPC samples available. Integrated security.
MPC8349C
MPC8349EC
KMPC
KMPC
MPC samples available.
MPC samples available. Integrated security.
620-ball PBGA (ZQ/VR)
MPC8343
620-ball PBGA (ZQ/VR)
MPC8343E
620-ball PBGA (ZQ/VR)
MPC8347
672-ball TBGA (ZU/VV)
MPC8347E
PowerQUICC£ II Pro
266, 400, 533, 667
266, 333
620-ball PBGA (ZQ/VR)
MPC8347E
672-ball TBGA (ZU/VV)
MPC8349
PowerQUICC£ II Pro
400, 533, 667
266, 333
672-ball TBGA (ZU/VV)
MPC8349
MPC8349E
PowerQUICC£ II Pro
400, 533, 667
266, 333
672-ball TBGA (ZU/VV)
MPC8349E
Note: Extended temperature devices with minimum order requirements. All package/speed combinations may not be valid—consult factory to verify.
Additional Information
MPC8349 PowerQUICC£ II Pro Derivatives and Features
Product
MPC8343
MPC8343E
MPC8347
MPC8347E
MPC8349
MPC8349E
I-Cache
32K
32K
32K
32K
32K
32K
D-Cache
32K
32K
32K
32K
32K
32K
Memory Controller
32-bit DDR/DDR2
32-bit DDR/DDR2
32/64-bit DDR/DDR2
32/64-bit DDR/DDR2
32/64-bit DDR/DDR2
32/64-bit DDR/DDR2
10/100/1000 Ethernet
2
2
2
2
2
2
USB
1 u Hi-Speed
1 u Hi-Speed
2 u Hi-Speed
2 u Hi-Speed
2 u Hi-Speed
2 u Hi-Speed
PCI
1 u 32-bit, 33/66 MHz
1 u 32-bit, 33/66 MHz
1 u 32-bit, 33/66 MHz
1 u 32-bit, 33/66 MHz
2 u 32-bit or 1 u64-bit
2 u 32-bit or 1 u64-bit
Security
No
Yes
No
Yes
No
Yes
Local Bus
Yes
Yes
Yes
Yes
Yes
Yes
Communications Engine
n/a
n/a
n/a
n/a
n/a
n/a
Ext Temp*
(-40qC TA to 105qC TJ)
Samples
Additional Information
MPC8358C
MPC8358EC
MPC8358EC
MPC8360C
MPC8360EC
KMPC
KMPC
KMPC
KMPC
KMPC
*
*
*
*
*
MPC8360 PowerQUICC£ II Pro Family
Product
Description
CPU
(MHz)
DDR
(MHz)
QUICC Engine
(MHz)
Packaging
Std Temp1
(0qC TA to 105qC TJ)
MPC8358
PowerQUICC£ II Pro
266, 400
266
300, 400
740-ball TBGA (ZU/VV)
MPC8358
MPC8358E
PowerQUICC£ II Pro
266, 400
266
300, 400
740-ball TBGA (ZU/VV)
MPC8358E
MPC8358/E
PowerQUICC£ II Pro
266, 400
266
266
668-ball PBGA (ZQ/VR)
MPC8358E
MPC8360
PowerQUICC£ II Pro
400, 533, 667
266, 333
400, 500
740-ball TBGA (ZU/VV)
MPC8360
MPC8360E
PowerQUICC£ II Pro
400, 533, 667
266, 333
400, 500
740-ball TBGA (ZU/VV)
MPC8360E
1. Extended temperature devices with minimum order requirements. All package/speed combinations may not be valid—consult factory to verify.
* Rev. 2.0 not recommended for new designs. Production available for Rev. 2.0. Samples and production now available for Rev. 2.1.
MPC8360 PowerQUICC£ II Pro Derivatives and Features
Product
MPC8358
MPC8358E
MPC8360
MPC8360E
I-Cache
32K
32K
32K
D-Cache
32K
32K
32K
32K
32K
Memory Controller
1 u 32/64-bit DDR
1 u 32/64-bit DDR
1 u 32/64-bit or
2 u 32-bit DDR
1 u 32/64-bit or
2 u 32-bit DDR
10/100/1000 Ethernet
2
2
2
USB
Yes
Yes
Yes
PCI
1 u 32-bit, 33/66 MHz
1 u 32-bit, 33/66 MHz
1 u 32-bit, 33/66 MHz
Security
No
Yes
No
Local Bus
Yes
Yes
Yes
QUICC Engine
Yes
Yes
Yes
2
Yes
1 u 32-bit, 33/66 MHz
Yes
Yes
Yes
MPC837x PowerQUICC£ II Pro Processor Derivatives and Features
Product
MPC8377E
MPC8378E
MPC8379E
I-Cache
32 K
32 K
32 K
D-Cache
32 K
32 K
32 K
Memory Controller
1 x 32/64 bit DDR1/2 up to 400 MHz
1 x 32/64 bit DDR1/2 up to 400 MHz
1 x 32/64 bit DDR1/2 up to 400 MHz
10/100/1000 Ethernet
2
2 (SGMII)
2
System Interfaces
2-x1 PCI-Express®, x2 SATA, USB 2.0, PCI
2-x1 PCI-Express®, USB 2.0, PCI
x4 SATA, USB 2.0, PCI
Security
Yes
Yes
Yes
Local Bus
Yes
Yes
Yes
QUICC Engine
n/a
n/a
n/a
SG1007–7
SG1007Q22009
99
100
INTEGRATED COMMUNICATIONS PROCESSORS (continued)
PowerQUICC£ III Family
Product
Description
CPU
Frequency
(MHz)
MPC8536E PowerQUICC£ III 600 to 1.5
GHz
MPC8540 PowerQUICC£ III 667, 833,
1000
Communications
I/D
Frequency
Cache
(MHz)
n/a
32 K
n/a
32 K
L2
Cache
Memory Controller
512 KB
DDR2/3 - 333 MHz to
667 MHz
DDR1-333 MHz
256 K
10/100/1000
Ethernet
System Interfaces
Security
Local Bus
CPM
2
PCI, PCI Express®, DMA,
SATA, USB, SD/MMC
PCI, PCI-Express®, pRIO,
I2C, DUART
Yes
Yes
No
Advanced power management, IEEE® 1588 v2
No
Yes
No
www.freescale.com
2
Additional Information
533, 667,
833, 1000
800, 1000
n/a
32 K
256 K
DDR1-333 MHz
2
2x, PCI, I2C, DUART
Yes
Yes
n/a
32 K
256 K
DDR1-400 MHz,
DDR2-400 MHz
2-eTSEC
Yes
Yes
1000
333
32 K
256 K
DDR1/2-544 MHz
2
n/a
32 K
512 K
DDR1-400 MHz,
DDR2-400 MHz
2-eTSEC
1000,
1200,1333
n/a
32 K
512 K
DDR1-533 MHz,
DDR2-533 MHz
4-eTSEC
Yes
Yes
No
XOR, www.freescale.com
MPC8548E PowerQUICC£ III 1000, 1200,
1333, 1500
n/a
32 K
512 K
DDR1-533 MHz,
DDR2-533 MHz
4-eTSEC
PCI, sRIO/PCI-Express®,
I2C, DUART
PCI, Triple PCI-Express®,
I2C, DUART
PCI, PCI-Express®,
I2C, DUART
PCI, PCI-X, PCI-Express®,
I2C, DUART
PCI, PCI-X, PC-Express®,
sRIO, I2C, DUART
Yes
Yes
No
DPFP, XOR, www.freescale.com
MPC8541E PowerQUICC£ III
MPC8543E PowerQUICC£ III
MPC8544
PowerQUICC£ III
MPC8545E PowerQUICC£ III 800, 1000,
1200
MPC8547E PowerQUICC£ III
Ethernet www.freescale.com
Only
No
www.freescale.com
Yes
Yes
No
www.freescale.com
Yes
Yes
No
DPFP, www.freescale.com
MPC8555E PowerQUICC£ III
333
32 K
256 K
DDR1-333 MHz
2
2x PCI, I2C, DUART
Yes
Yes
Yes
www.freescale.com
MPC8560
333
32 K
256 K
DDR1-333 MHz
2
I2C, DUART
No
Yes
Yes
www.freescale.com
400
32 K
512 K
DDR1-400 MHz,
DDR2-533 MHz
3-QUICC
Engine™
PCI, PCI-Express®, sRIO,
I2C, DUART
Yes
Yes
400, 533
32 K
512 K
DDR1-400 MHz,
DDR2-533 MHz
2-eTSEC,
3-QUICC
Engine™
PCI, PCI-Express®, sRIO,
I2C, DUART
Yes
Yes
400, 533, 667
32 K
512 K
PCI-Express®, sRIO,
I2C, DUART
Yes
Yes
n/a
32 K
Yes
32 b to
150 MHz
n/a
32 b to
133 MHz, boot
from NAND
(NOR, ROM)
n/a
LCD controller from SXGA (1280 x 1024) to
QVGA (320 x 240) up to
72 Hz. AltiVec¥ power mgmt.
n/a
32 b to
133 MHz
n/a
AltiVec¥, power mgmt, protocol support: Enet,
VLAN, IPv4, IPv6, TCP, UDP, pin compatible
with MPC8641D
Dual core, dual AltiVec¥, power mgmt, protocol
support: Enet, VLAN, IPv4, IPv6, TCP, UDP, pin
compatible with MPC8641
533, 667,
833, 1000
667, 833,
1000
MPC8567E PowerQUICC£ III 800, 1000,
1200
PowerQUICC£ III
MPC8568E PowerQUICC£ III 1000,1333
MPC8569E PowerQUICC£ III
MPC8572E
800,
1200,1333
Dual Core
1067, 1200,
PowerQUICC£ III 1333, 1500
Single 64b or Dual 32b Up to 4 GbE,
DDR2/DDR3 with up to Up to 8 10/100
800 MHz data rate
(All QUICC
Engine)
1 MB
Dual 64b DDR2/DDR3
with ECC
with ECC, up to
800 MHz data rate
32 K/ 256 KB
Single 64b DDR1/
DDR2 with ECC,
32 K with ECC
400 to 533 MHz data
rate
MPC8610
Integrated Host
Processor
667, 800,
1000, 1066,
1333
n/a
MPC8641
Integrated Host
Processor
1000, 1250,
1333, 1500
n/a
32 K/
1 MB
Dual 64b DDR1/DDR2
32 K with ECC with ECC, 400 to 600
MHz data rate
MPC8641D
Dual Core
Integrated Host
Processor
Integrated Host
Processor
1000, 1250,
1333, 1500
n/a
1000, 1250
n/a
Dual Core
Integrated Host
Processor
1000, 1250
n/a
32 K/ 1 MB per Dual 64b DDR1/DDR2
32 K core with with ECC, 400 to 600
MHz data rate
ECC
32 K/
1 MB
Dual 64b DDR1/DDR2
32 K with ECC with ECC, 500 MHz
data rate
32 K/ 1 MB per Dual 64b DDR1/DDR2
with ECC, 500 MHz
32 K core with
ECC
data rate
MPC8640
MPC8640D
A change bar appears in the left margin to mark the location of new or revised information.
4-eTSEC with
Triple PCI-Express®, sRIO,
SGMII + one
I2C, DUART
10/100
Connect
x8 and x4 PCI-Express®, PCI,
through PCI or LCD Controller, 2-I2S Audio,
PCI-Express®
SPI, 2-DUART, 2 I2C, 2-IrDA,
32-GPIO, 2-DMA
4-eTSEC
Dual x8 PCI-Express®,
x4 sRIO, DUART, dual I2C
QUICC QUICC Engine has 8 UCCs supporting
Engine Ethernet, ATM, and HDLC; one MCC supporting
256 HDLC channels; 8 TDMs; interworking
support.
QUICC QUICC Engine has 8 UCCs supporting
Engine Ethernet, ATM, and HDLC; one MCC
supporting 256 HDLC channels;
8 TDMs; interworking support. Table Lookup
Unit included.
QUICC QUICC Engine has 8 UCCs supporting
Engine Ethernet, ATM, and HDLC; two MCCs
supporting HDLC channels; 16 TDMs and
interworking support. Contact factory for
samples
No
Pattern Matching Engine and Table Lookup Unit
included.
4-eTSEC
Dual x8 PCI-Express®,
x4 sRIO, DUART, dual I2C
n/a
32 b to
133 MHz
n/a
4-eTSEC
Dual x8 PCI-Express®,
x4 sRIO, DUART, dual I2C
n/a
32 b to
133 MHz
n/a
4-eTSEC
Dual x8 PCI-Express®,
x4 sRIO, DUART, dual I2C
n/a
32 b to
133 MHz
n/a
AltiVec¥, power mgmt, protocol support: Enet,
VLAN, IPv4, IPv6, TCP, UDP, pin compatible
with MPC864x Family
AltiVec¥, power mgmt, protocol support: Enet,
VLAN, IPv4, IPv6, TCP, UDP, pin compatible
with MPC864x Family
SG1007–8
SG1007Q22009
INTEGRATED COMMUNICATIONS PROCESSORS (continued)
68K Integrated Communication ProcessorsNote
Product
MC68302
Speed
(MHz)
Rev
Temp Note
(-40qC to 85qC)
SOQ
MPQ
POQ
BRICK
132-pin (FC), (EH)
16, 20, 25
C
CFC16, 20
0
36
144
180
144-pin (PV), (AG)
16, 20, 25, 33
C
n/a
0
60
300
300
Description
Packaging
Intergrated
Multiprotocol
Processor (IMP)
MC68302V
Additional Information
68000 core with three high-performance multiprotocol serial
channels also on-chip DMA, RAM, timers, I/O, chip select, and
wait state interrupt controller.
132-pin (RC)
16, 20, 25
C
CRC16, 20
0
14
70
n/a
144-pin (PV), (AG)
16 @ 3.3 V
C
CPV16V
0
60
300
300
EH, AG are RoHS compliant packages.
Full 68302, plus separate IEEC 802.2 Ethernet MAC channel and
full DRAM controller.
MC68EN302
Intergrated
Multiprotocol
Processor with
Ethernet Controller
144-pin (PV), (AG)
20, 25
BT
CPV20
0
60
300
300
MC68LC302
Low-Cost
Intergrated
Multiprotocol
Processor
100-pin (PU), (AF)
16, 20, 25 @ 5 V
CT
CPU16, 20
0
84
420
420
16, 20 @ 3.3 V
CT
CPU16V
QUICC Quad
Integrated
Communications
Controller
240-pin (EM), (AI)
25, 33 @ 5.0 V
L
CEM25
0
24
120
n/a
L
CZP25
0
44
220
n/a
L
CRC25
AG is RoHS compliant package.
Static EC000 Core Processor with two high-performance
multiprotocol serial channels; also on-chip DMA, RAM, timers,
I/O, chip selects, and wait state interrupt controller.
AF is RoHS compliant package.
MC68360
MC68360V
357-pin (ZP), (VR)
241-pin (RC)
240-pin (EM), (AI)
25 @ 3.3 V
357-pin (ZP), (VR)
MC68EN360
MC68EN360V
240-pin (EM), (AI)
n/a
120
n/a
L
0
44
220
n/a
L
CEM25
0
24
120
n/a
CZP25
0
44
220
n/a
241-pin (RC)
L
CRC25
0
10
50
n/a
0
24
120
n/a
n/a
25 @ 3.3 V
240-pin (EM), (AI)
241-pin (RC)
240-pin (EM), (AI)
357-pin (ZP), (VR)
L
L
25, 33 @ 5.0 V
357-pin (ZP), (VR)
MC68MH360V
50
24
L
357-pin (ZP), (VR)
MC68MH360
10
0
357-pin (ZP), (VR)
240-pin (EM), (AI)
25, 33 @ 5.0 V
0
L
25 @ 3.3 V
0
44
220
L
CEM25
0
24
120
n/a
L
CZP25
0
44
220
n/a
L
CRC25
0
10
50
n/a
L
0
24
120
n/a
L
0
44
220
n/a
CPU32 + core with System Intergration Module (SIM) and four
high-performance SCCs support numerous protocols. Two
SCCs support Ethernet on "EN" version.
AI, VR are RoHS compliant packages.
One-chip integrated microprocessor and peripheral combination
with four SCCs, two serial management controllers (SMCs), and
one serial peripheral interface (SPI).
AI, VR are RoHS compliant packages.
Note: Extended temperature devices with minimum order requirements. All package/speed combinations may not be valid—consult factory to verify.
Network Processors
Product
MCC5E0RX266WBOB
Description
Packaging
Speed
(MHz)
Rev
Throughput
Power
(Typ)
Status
266 MHz C-5e Network Processor
840-ball CBGA (HiTCE)
266
B0
5 Gbps
9.2 W
Not recommended for new designs.
Targeted Applications
•
•
•
•
•
•
Broadband Access
Wireless Infrastructure
Multiservice Platforms
Media Gateways
High-Function Routing
Metro Ethernet
SG1007–9
SG1007Q22009
101
102
PRODUCT NUMBERING
C-Port Network Processor Family Product Numbering Scheme
XX
XXXX
PRODUCT CODE
PC
MC
XX
PRODUCT FAMILY
ENGINEERING SAMPLES
PRODUCTION QUALIFICATION
C501
C5E0
Q500
M500
C3E0
RX
ZU
ZP
X
XXX
PACKAGE INDICATOR
C-5 NP DIE REVISION
D0 (XC AND MC)
C-5e
Q-5
M-5
C-3E
JUNCTION
TEMPERATURE
QUALIFIED: 0qC TO 100qC
T TJ -40qC TO 100qC
W TJ-40qC TO 125qC
AND SO ON...
X
DIE REVISION
L
166 MHz
200 MHz
266 MHz
166
200
266
XX
TEST CONDITIONS
SPEED BIN
CERAMIC FLIPCHIP BGA
TAPE BGA
EBGA
PACKAGE REVISION
REVISION LEVEL OF DIE
(QUALIFICATION TEST
CONDITION INDICATORS)
REVISION LEVEL OF PACKAGE
MAJOR DIE
REVISION
SEQUENTIAL
ALPHA
MINOR DIE
REVISION
SEQUENTIAL
NUMERIC
SEQUENTIAL ALPHA
CHARACTERS
EXAMPLE: A0, B0.
MPC8xx Processor Product Numbering Scheme
MPC
PPC
KXPC
XPC
MPC
860
EN
PRODUCT CODE
800 SERIES DEVICE
PROTOTYPE SAMPLE
SAMPLE PACK (2–10)
ENGINEERING PRODUCTION
QUALIFIED
823
850
852T
853T
855T
857T
857DSL
859DSL
859P
859T
860
862
866
870
875
880
885
C
PART/MODULE MODIFIER
DE
DP
DT
EN
P
SR
T
ZP
TEMP RANGE
DUAL CHANNEL (W/ENET)
DUAL CHANNEL (10/100, MULTI-HDLC, ATM)
DUAL CHANNEL (10/100, MULTI-HDLC, ATM)
FOUR CHANNEL (W/ENET)
FOUR CHANNEL (10/100, MULTI-HDLC, ATM)
FOUR CHANNEL (W/ENET, MULTI-HDLC, ATM)
FOUR CHANNEL (10/100, MULTI-HDLC, ATM)
BLANK
C
0qC TA TO 95qC TJ
-40qC TA TO 95qC TJ
66
D4
PACKAGE
FREQUENCY
|256-BALL ZT (LEAD)
357-BALL ZP (LEAD)
256-BALL ZQ (LEAD-THICK)
357-BALL ZQ (LEAD-THICK)
256-BALL VR (NO LEAD)
357-BALL VR (NO LEAD)
50/66/80/100/133 MHz
DIE MASK REVISION
823
850
852T
853T
855T
857T
857DSL
859P
859T
859DSL
860
862
866
870
875
880
885
B2T
BT/BU
A
A
D4
B
B
A
A
A
D4
B
A
O
O
O
O
MPC82xx PowerQUICC£™ II Processor Product Numbering Scheme
MPC
8260
PRODUCT CODE
PPC
KXPC
XPC
MPC
8250
8255
8260
8264
8265
8266
8270
8275
8280
BLANK
C
PACKAGE
PROCESS
TEMP RANGE JUNCTION
ETHERNET ONLY
LOW-COST (W/ATM)
BASE
IMA ENABLED
PCI OPTION
PCI + IMA
ETHERNET ONLY
LOW-COST (W/ATM)
FULL FEATURE (IMA AND TC)
ZU
A
C
8XXX SERIES DEVICE
PROTOTYPE SAMPLE
SAMPLE PACK (2–10)
ENGINEERING PRODUCTION
QUALIFIED
BLANK
HIP3
A
HIP4
(8280, 8270, 8275)
BLANK
HIP7
0qC TA TO 105qC TJ
-40qCTA TO 105qC TJ
480-BALL ZU (LEAD)
480-BALL VV (NO LEAD)
516-BALL VR (NO LEAD)
516-BALL ZQ (LEAD)
IFB
B3
CPU/CPM FREQUENCY
A
C
E
G
I
K
M
P
R
T
V
50
75
100
150
200
233
266
300
366
400
500
B
D
F
H
J
L
N
Q
S
U
W
DIE MASK REVISION
B
C
66
83
133
166
208
250
291
333
375
450
533
MPC8323 PowerQUICC£ II PRO Family Product Numbering Scheme
MPC
PRODUCT CODE
MPC QUALIFIED
8323
8323 FAMILY DEVICE NUMBER
E
C
ENCRYPTION ACCELERATION
BLANK NOT INCLUDED
E INCLUDED
(8323, 8321)
VR
TEMP RANGE (JUNCTION)
BLANK
C
0qC TO 105qC
-40qCTO 105qC
AF
PACKAGE
ZQ 516-BALL PBGA (LEAD)
VR 516-BALL PBGA (NO LEAD)
e300 CORE FREQUENCY
AD 266
AF 333
C
A
QUICC ENGINE
FREQUENCY
REVISION
D
DDR FREQUENCY
D 266
C 200 MHZ
CONTACT LOCAL FREESCALE
SALES OFFICE
MPC8349E/MPC837xE PowerQUICC£ II PRO Family Product Numbering Scheme
MPC
PRODUCT CODE
KMPC SAMPLE PACK (2-10)
MPC FULL QUAL
PPC
PROTOTYPE SAMPLE
8349
8349 FAMILY DEVICE NUMBER
(8349, 8347, 8343)
837x FAMILY DEVICE NUMBER
(8377, 8378, 8379)
E
ENCRYPTION ACCELERATION
BLANK NOT INCLUDED
E INCLUDED
ZU
C
TEMP RANGE (JUNCTION)
BLANK
C
0qC TO 105qC
-40qCTO 105qC
PACKAGE
ZU
VV
ZQ
VR
TBGA (LEAD)
TBGA (RoHS)
PBGA (LEAD)
PBGA (RoHS)
H
CPU FREQUENCY
AD
AG
AJ
AL
266
400
533
667
E
DDR/DDR2 FREQUENCY
D 266
F 333
G 400
B
DIE MASK REVISION
B = 3.1
NONE = 1.1
SG1007–10
SG1007Q22009
PRODUCT NUMBERING (continued)
MPC8360 PowerQUICC£ II Pro Product Numbering Scheme
MPC
PRODUCT CODE
KMPC SAMPLE PACK (2-10)
MPC FULL QUAL
E
8360
8360 FAMILY DEVICE
NUMBER
C
ENCRYPTION ACCELERATION
(8360, 8358)
BLANK
C
BLANK
C
BLANK NOT INCLUDED
E INCLUDED
H
E
CPU FREQUENCY
DDR FREQUENCY
AD 266
AG 400
AJ 533
AL 667
D 266
F 333
ZU
TEMP RANGE
PACKAGE
0qC TA TO 105qC TJ (TBGA)
-40qC TA TO 105qC TJ (TBGA)
0qC TA TO 105qC TJ (PBGA)
-40qC TA TO 105qC TJ (PBGA)
ZQ PBGA (MPC8358 ONLY)
VR PB FREE PBGA (MPC8358 ONLY)
ZU TBGA
VV PB FREE TBGA
F
A
QUICC ENGINE
FREQUENCY
D
E
G
H
DIE REVISION
X DIE MASK REVISION
266
300
400
500
MPC85XX PowerQUICC£ III Processor Product Numbering Scheme Note (Standard)
MPC
PRODUCT CODE
KMPC SAMPLE PACK (2-10)
MPC FULL QUAL
E
8548
85XX DEVICES
8540, 8555, 8541,
8548, 8547, 8545,
8543, 8544, 8572,
8536
C
SECURITY
BLANK
C
PX
VT
HX
VU
PLASTIC LEAD
PLASTIC PB-FREE
HICTE LEAD
HICTE PB-FREE
AJ
AL
AN
AP
AQ
AR
AT
AU
AV
B
DDR SPEED
FREQUENCY
PACKAGE
0qTO 105qC
-40qTO 105qC
J
AU
PX
TEMP RANGE (JUNCTION)
BLANK = NOT PRESENT
E = PRESENT
D
E
F
G
H
J
K
L
N
533 MHZ
667 MHZ
800 MHZ
833 MHZ
1 GHZ
1.067 GHZ
1.2 GHZ
1.33 GHZ
1.5 GHZ
DIE REVISION
266
300
333
400
500
533
600
667
800
X DIE MASK REVISION
MPC85XX PowerQUICC£ III Processor Product Numbering Scheme Note (QUICC Engine Enabled)
MPC
PRODUCT CODE
KMPC SAMPLE PACK (2-10)
MPC FULL QUAL
E
8568
85XX DEVICES
8560, 8567, 8568
C
SECURITY
PX
TEMP RANGE (JUNCTION)
BLANK = NOT PRESENT
E = PRESENT
BLANK
C
0qTO 105qC
-40qTO 105qC
PX
VT
HX
VU
PLASTIC LEAD
PLASTIC PB-FREE
HICTE LEAD
HICTE PB-FREE
AJ
AL
AN
AP
AQ
AR
AT
AU
AV
D
E
F
G
H
J
K
L
N
533 MHZ
667 MHZ
800 MHZ
833 MHZ
1 GHZ
1.067 GHZ
1.2 GHZ
1.33 GHZ
1.5 GHZ
DIE REVISION
QUICC ENGINE
FREQUENCY
DDR SPEED
FREQUENCY
B
F
J
AU
PACKAGE
266
300
333
400
500
533
600
667
800
G
J
X DIE MASK REVISION
400
533
MPC85XX PowerQUICC£ III Processor Product Numbering SchemeNote (8540/8560 under 1 GHz)
MPC
E
8540
PRODUCT CODE
8560
8540
C
SECURITY
85XX DEVICES
KMPC SAMPLE PACK (2-10)
MPC FULL QUAL
PX
TEMP RANGE (JUNCTION)
BLANK NOT INCLUDED
E INCLUDED
BLANK
C
0qTO 105qC
-40qTO 105qC
B
L
833
PACKAGE
FREQUENCY
PX STANDARD PACKAGE
VT LEAD FREE
667, 833 MHZ
667, 833 MHZ
REVISION
DDR SPEED
J
K
L
266
300
333
A
B
C
1.0
2.0
3.0
MPC8569E Preliminary Product Numbering Scheme
MPC
PRODUCT CODE
KMPC SAMPLE PACK (2-10)
MPC FULL QUAL
8569
8569 FAMILY DEVICE
NUMBER
8569
E
SECURITY
BLANK NOT INCLUDED
E INCLUDED
C
TEMP RANGE (JUNCTION)
BLANK
C
0qC TA TO 105qC TJ
-40qC TA TO 105qC TJ
VT
PACKAGE
N
AU
e500 FREQUENCY
VT 783 29 X 29 MM FC-PBGA
AN
AQ
AU
800 MHZ
1000 MHZ
1333 MHZ
DDR SPEED
K
L
N
600 MHZ
667 MHZ
800 MHZ
L
QUICC ENGINE FREQUENCY
G
J
L
A
DIE REVISION
400 MHZ
533 MHZ
667 MHZ
Note: Extended temperature devices with minimum order requirements. All package/speed combinations may not be valid—consult factory to verify.
A change bar appears in the left margin to mark the location of new or revised information.
SG1007–11
SG1007Q22009
103
104
PRODUCT NUMBERING (continued)
UU8610WXXYYYYZ
U
W
8610
PRODUCT CODE
MC
DEVICE NUMBER
QUALIFIED PRODUCTION
XX
OPERATING TEMPERATURE
BLANK
T
8610
0qTO 105qC
-40qTO 105qC
PACKAGE
VT LEAD FREE SPHERE PBGA
PX LEADED SPHERE PBGA
800
1066
1333
Z
YYYY
A
CPU FREQUENCY
MEMORY DATA RATE
800 MHZ CORE WITH 400 MHZ DDR1
1066 MHZ CORE WITH 533 MHZ DDR2
1333 MHZ CORE WITH 533 MHZ DDR2
G
J
REVISION
B SILICON REVISION 1.1
400 MHZ DDR2
533 MHZ DDR2
UU8640DWXXYYYYAZ
UU
D
8640
PRODUCT CODE
MC
DEVICE NUMBER
QUALIFIED PRODUCTION
W
NUMBER OF CORES
BLANK
D
8640
SINGLE CORE
DUAL CORE
XX
OPERATING TEMPERATURE
BLANK
T
0qTO 105qC
-40qTO 105qC
PACKAGE
HX
VU
LEADED SPHERE HCTE
LEAD FREE SPHERE HCTE
HX
VU
LEADED SPHERE HCTE
LEAD FREE SPHERE HCTE
Z
A
YYYY
CPU FREQUENCY
1000
1067
1250
REVISION
MEMORY DATA RATE
H
N
1000 MHZ
1067 MHZ
1250 MHZ
500 MHZ
533 MHZ (0.95 CORE
VOLTAGE/1.05
PLATFORM)
C
SILICON REVISION 2.1
UU8641DWXXYYYYAZ
UU
D
8641
PRODUCT CODE
MC
DEVICE NUMBER
QUALIFIED PRODUCTION
W
NUMBER OF CORES
BLANK
D
8641
SINGLE CORE
DUAL CORE
XX
OPERATING TEMPERATURE
BLANK
T
0qTO 105qC
-40qTO 105qC
PACKAGE
Z
A
YYYY
REVISION
MEMORY DATA RATE
CPU FREQUENCY
1000
1250
1333
1500
1000 MHZ
1250 MHZ
1333 MHZ
1500 MHZ
G
H
J
K
N
B
C
400 MHZ
500 MHZ
533 MHZ
600 MHZ
500 MHZ (LOW
SILICON REVISION B
SILICON REVISION C
P2 Family, QorIQ™ Communication Processors Product Numbering Scheme
DUAL CORES
SINGLE CORE
S
P
P2020
DEVICE NAME
P2020
P2010
E
TEMP RANGE
QUAL STATUS
P
N
PROTOTYPE
QUAL’D TO INDUSTRIAL TIER
S
X
K
2
ENCRYPTION
STD TEMP
EXT TEMP
E SEC PRESENT
N NOT PRESENT
PACKAGE
2 TEPBGA2 PB FREE
Z
CPU FREQUENCY
H
K
M
800 MHZ
1000 MHZ
1200 MHZ
A
DDR SPEED
Z
NOT SPECIFIED
REVISION
A
1.0
QorIQ¥ COMMUNICATIONS PLATFORMS
P2 Family
Security
Local Bus
Additional Information
P2020
Product
Dual Core P2
Description
Number of Cores CPU Frequency I/D Cache L2 Cache
(MHz)
2
800, 1000,
1200
32 K
512 K
with ECC
64b DDR2/3 with ECC
Memory Controller
3-eTSEC with up Three PCI Express, two Serial RapidIO,
USB 2.0, SD/MMC, SPI, 2 x I2C,
to two SGMII
DUART
10/100/1000
Ethernet
System Interfaces
Yes
Enhanced
16b version
www.freescale.com
P2010
Single Core P2
1
800, 1000,
1200
32 K
512 K
with ECC
64b DDR2/3 with ECC
3-eTSEC with up Three PCI Express, two Serial RapidIO,
USB 2.0, SD/MMC, SPI, 2 x I2C,
to two SGMII
DUART
Yes
Enhanced
16b version
www.freescale.com
SG1007–12
SG1007Q22009
HOST PROCESSORS
Host Processors Note
Product
Packaging
603R
MPC603R
255-ball CBGA (RX)
MPC603R
255-ball CBGA (VG)
Speed
(MHz)
Apps
Mode
Rev
Process
Core
Voltage
Voltage
IO/tol
(V)
SOQ
MPQ
POQ
200, 266, 300
L
C=2.1
Hip3
2.5 ±5%
3.3, 5
1
60
60
200, 300
L
C=2.1
Hip3
2.5 ±5%
3.3, 5
1
60
60
MPC603R
255-ball PBGA (ZT)
200
L
C=2.1
Hip3
2.5 ±5%
3.3, 5
1
60
300
MPC603RT
255-ball CBGA (RX)
200, 266
L
C=2.1
Hip3
2.5 ±5%
3.3, 5
1
1
60
745B
MPC745B
255-ball PBGA (PX)
300
L
E=2.8
Hip4
2.0 ±0.1 V
3.3
1
1
60
MPC745B
255-ball PBGA (VT)
300
L
E=2.8
Hip4
2.0 ±0.1 V
3.3
1
1
60
745C
MPC745C
255-ball PBGA (PX)
350
L
E=2.8
Hip4
2.0 ±0.1 V
3.3
1
44
220
MPC745C
255-ball PBGA (VT)
350
L
E=2.8
Hip4
2.0 ±0.1 V
3.3
1
44
220
755B
MPC755B
360-ball PBGA (PX)
300
L
E=2.8
Hip4
2.0 ±0.1 V
3.3
1
44
220
MPC755B
360-ball CBGA (RX)
300
L
E=2.8
Hip4
2.0 ±0.1 V
3.3
1
1
44
MPC755BT
360-ball CBGA (RX)
300
L
E=2.8
Hip4
2.0 ±0.1 V
3.3
0
44
220
MPC755B
360-ball PBGA (VT)
Additional Information
Not recommended for new designs.
PowerPC ISA
Not recommended for new designs.
PowerPC ISA
Not recommended for new designs.
PowerPC ISA
Not recommended for new designs.
PowerPC ISA
Not recommended for new designs.
PowerPC ISA
Features similar to the MPC7400 with
32-/64-bit L2 bus support and directmapped SRAM capability. High bandwidth
133 MHz 64-bit MPX/60x bus interface.
PowerPC ISA
300
L
E=2.8
Hip4
2.0 ±0.1 V
3.3
1
44
220
755C
MPC755C
360-ball CBGA (RX)
350, 400
L
E=2.8
Hip4
2.0 ±0.1 V
3.3
1
44
220
MPC755C
360-ball PBGA (PX)
350, 400
L
E=2.8
Hip4
2.0 ±0.1 V
3.3
1
44
220
MPC755CT
360-ball CBGA (RX)
350, 400
L
E=2.8
Hip4
2.0 ±0.1 V
3.3
1
1
44
MPC755C
360-ball PBGA (VT)
350, 400
L
E=2.8
Hip4
2.0 ±0.1 V
3.3
1
44
220
7410
360-ball HiCTE (HX)
MPC7410
450, 500
L
E=1.4
Hip6
1.8 ±0.1 V
2.5, 3.3
1
44
220
360-ball HiCTE (VU)
400, 450
N
E=1.4
Hip6
1.8 ±0.1 V
2.5, 3.3
1
44
220
MPC7410
360-ball HiCTE (VU)
450, 500
L
E=1.4
Hip6
1.8 ±0.1 V
2.5, 3.3
1
44
220
MPC7410
360-pad HiCTE (VS)
450, 500
L
E=1.4
Hip6
1.8 ±0.1 V
2.5, 3.3
1
44
220
MPC7410T
360-ball HiCTE (HX)
500
L
E=1.4
Hip6
1.8 ±0.1 V
2.5, 3.3
1
44
220
Extended temperature range
(MPC7410T only): -40°C to 105°C.
MPC7410
360-ball CBGA (RX)
400, 450
N
E=1.4
Hip6
1.5 ±0.05 V, 1.8 ±0.1 V
2.5, 3.3
1
44
220
Not recommended for new designs.
MPC7410
360-ball CBGA (RX)
400, 450, 500
L
E=1.4
Hip6
1.8 ±0.1 V
2.5, 3.3
1
44
220
Not recommended for new designs.
MPC7410T
360-ball CBGA (RX)
400, 450, 500
L
E=1.4
Hip6
1.8 ±0.1 V
2.5, 3.3
1
44
220
Not recommended for new designs.
MPC7410T
360-ball CBGA (RX)
400, 450
N
E=1.4
Hip6
1.5 ±0.05 V, 1.8 ±0.1 V
2.5, 3.3
1
44
220
Not recommended for new designs.
MPC7410
Architecture
SG1007–13
SG1007Q22009
105
106
HOST PROCESSORS (continued)
Host Processors Note (continued)
Product
Packaging
7447A
MPC7447A
360-ball HiCTE (HX)
Speed
(MHz)
Apps
Mode
Rev
Process
Core
Voltage
Voltage
IO/tol
(V)
SOQ
MPQ
POQ
600, 733, 867, 1000, 1167
N
B=1.1
Hip7
1.1 V ± 50 mv
2.5
1
44
220
Additional Information
PowerPC ISA
MPC7447A
360-ball HiCTE (HX)
1000, 1267, 1333, 1420
L
B=1.1
Hip7
1.3 V ± 50 mv
2.5
1
44
220
MPC7447A
360-ball HiCTE (VU)
600, 733, 867, 1000, 1167
N
B=1.1
Hip7
1.1 V ± 50 mv
2.5
1
44
220
MPC7447A
360-ball HiCTE (VU)
1000, 1267, 1333, 1420
L
B=1.1
Hip7
1.3 V ± 50 mv
2.5
1
44
220
MPC7447A
360-pad HiCTE (VS)
600, 733, 867, 1000, 1167
N
B=1.1
Hip7
1.1 V ± 50 mv
2.5
1
44
220
MPC7447A
360-pad HiCTE (VS)
1000, 1267, 1333, 1420
L
B=1.1
Hip7
1.3 V ± 50 mv
2.5
1
44
220
MPC7447AT
360-ball HiCTE (HX)
1000, 1167
N
B=1.1
Hip7
1.1 ± 0.05 V
2.5
1
44
220
7448
360-ball HiCTE (HX)
MPC7448
600, 667, 867, 1000, 1250, 1267, 1400
N
D=2.2 Hip8 90 nm SOI
1.0 to 1.1 ± 0.05 V
1.5, 1.8, 2.5
TBD
44
220
MPC7448
360-ball HiCTE (VU)
600, 667, 867, 1000, 1250, 1267, 1400
N
D=2.2 Hip8 90 nm SOI
1.0 to 1.1 ± 0.05 V
1.5, 1.8, 2.5
TBD
44
220
MPC7448
360-pad HiCTE (VS)
600, 667, 867, 1000, 1250, 1267, 1400
N
D=2.2 Hip8 90 nm SOI
1.0 to 1.1 ± 0.05 V
1.5, 1.8, 2.5
TBD
44
220
MPC7448
360-ball HiCTE (HX)
1000, 1420, 1600, 1700
L
D=2.2 Hip8 90 nm SOI
1.2 to 1.3 ± 0.05 V
1.5, 1.8, 2.5
TBD
44
220
MPC7448
360-ball HiCTE (VU)
1000, 1420, 1600, 1700
L
D=2.2 Hip8 90 nm SOI
1.2 to 1.3 ± 0.05 V
1.5, 1.8, 2.5
TBD
44
220
MPC7448
360-pad HiCTE (VS)
1000, 1420, 1600, 1700
L
D=2.2 Hip8 90 nm SOI
1.2 to 1.3 ± 0.05 V
1.5, 1.8, 2.5
TBD
44
220
MPC7448T
360-ball HiCTE (HX)
1000, 1267, 1400
N
D=2.2 Hip8 90 nm SOI
1.0 to 1.1 ± 0.05 V
1.5, 1.8, 2.5
TBD
44
220
Extended temperature range
(MC7447AT only): -40°C to 105°C.
PowerPC ISA
7457
MPC7457
484-ball CBGA (VG)
Extended temperature range:
-40°C to 105°C.
PowerPC ISA
867, 1000
N
C=1.2
Hip7
1.1 ± 0.05 V
1.8, 2.5
1
36
36
867, 1000, 1267
L
C=1.2
Hip7
1.3 ± 0.05 V
1.8, 2.5
1
36
36
484-ball CBGA (RX)
867, 1000
N
C=1.2
Hip7
1.1 ± 0.05 V
1.8, 2.5
1
36
36
Not recommended for new designs.
484-ball CBGA (RX)
867, 1000, 1267
L
C=1.2
Hip7
1.3 ± 0.05 V
1.8, 2.5
1
36
36
Not recommended for new designs.
484-ball CBGA (RX)
1000
N
C=1.2
Hip7
1.1 V ± 0.05 V
1.8, 2.5
0
36
180
Not recommended for new designs.
MPC7457
484-ball CBGA (VG)
MPC7457
MPC7457
MPC7457T
Architecture
Note: VU, VS, VT, VG are RoHS compliant packages.
SG1007–14
SG1007Q22009
MCF5XXX PRODUCT FAMILY
Product
Core
Dhrys 2.1
MIPS
@ max MHz
Processor
Cache
(KB)
Processor
SRAM
(KB)
Serial
Interface,
UART
Timers/
CS/
GPIO
DMA
DRAM
FEC/USB/PCI
Controller
Operating
Voltage
(V)
Operating
Frequency
(MHz)
Temp
Packaging
Rev
MCF51JM64
V1
46
n/a
16
2SCI, 2IIC,
2SPI
8/0/up to 66
n/a
n/a
MCF51JM128
V1
46
n/a
8
2SCI, 2IIC,
2SPI
8/0/up to 66
n/a
MCF5208
V2
159
8 Config. I/O
16
3 UARTs
8/8/up to 50
Additional Information
USB 2.0 FS
OTG
2.7~5.5
50
-40qC to
+105qC
80 LQFP
64 QFP
64 LQFP
44 LQFP
n/a
CAN
n/a
USB 2.0 FS
OTG
2.7~5.5
50
-40qC to
+105qC
80 LQFP
64 QFP
64 LQFP
44 LQFP
n/a
CAN
16
DDR/SDR
One 10/100
1.5, 2.5, 3.3
166
-40qC to
+85qC
160-pin QFP
196-ball
MAPBGA
n/a
32x32 EMAC, QSPI, I2C,
Production Q4 2005.
MCF5234
V2
142
8 Config.
64
3 UARTs
24/8/up to 142
4-CH
SDRAM
1x 10/100,
1x CAN
1.5, 3.3
100, 150
-40qC to
+85qC
256-ball
MAPBGA
n/a
16-CH eTPU.
MCF5235
V2
142
8 Config.
64
3 UARTs
24/8/up to 142
4-CH
SDRAM
1x 10/100,
2x CAN
1.5, 3.3
100, 150
-40qC to
+85qC
256-ball
MAPBGA
n/a
16-CH eTPU, Crypto Enabled.
MCF5270
V2
96
8 Config. I/D
64
3 UARTs
8/8/up to 39
4-CH
SDRAM
One 10/100
1.5, 3.3
100
0qC to 70°C
160-pin QFP
n/a
32x32 EMAC, QSPI, I2C.
MCF5270
V2
96
8 Config. I/D
64
3 UARTs
8/8/up to 61
4-CH
SDRAM
One 10/100
1.5, 3.3
100
0qC to 70°C
196-ball
MAPBGA
n/a
32x32 EMAC, QSPI, I2C.
MCF5271
V2
96
8 Config. I/D
64
3 UARTs
8/8/up to 39
4-CH
SDRAM
One 10/100
1.5, 3.3
100
-40qC to
+85qC
160-pin QFP
n/a
MCF5271
V2
96
8 Config. I/D
64
3 UARTs
8/8/up to 61
4-CH
SDRAM
One 10/100
1.5, 3.3
100
0qC to 70°C
196-ball
MAPBGA
n/a
MCF5272
V2
63
1I
4
10/100
FEC,
2 UARTs,
USB, QSPI
4/8/up to 32
2-CH
SDRAM
MAC/
MAC +PHY
3.3
66
-40qC to
+85qC
196-ball
MAPBGA
n/a
MAC, HW divide, BDM, 4 TDM GCI/
IDL ports, software HDCL module,
QSPI, 3 PWMs, 5 V tolerant I/O.
MCF5274
V2
159
16 Config. I/D
64
3
8/8/up to 69
4-CH
DDR
Two 10/100, 1.5, 2.5, 3.3
USB 2.0
Full-Sp Device
166
0qC to 70qC
256-ball
MAPBGA
n/a
32 x 32 EMAC, QSPI, I2C.
MCF5274L
V2
159
16 Config. I/D
64
3
8/8/up to 61
4-CH
DDR
One 10/100, 1.5, 2.5, 3.3
USB 2.0
Full-Sp Device
166
0qC to 70qC
196-ball
MAPBGA
n/a
32 x 32 EMAC, QSPI, I2C.
MCF5275
V2
159
16 Config. I/D
64
3
8/8/up to 69
4-CH
DDR
Two 10/100, 1.5, 2.5, 3.3
USB 2.0
Full-Sp Device
166
-40qC to 85qC
256-ball
MAPBGA
n/a
Hardware Encryption, 32 x 32
EMAC, QSPI, I2C.
MCF5275L
V2
159
16 Config. I/D
64
3
8/8/up to 61
4-CH
DDR
One 10/100, 1.5, 2.5, 3.3
USB 2.0
Full-Sp Device
166
-40qC to 85qC
196-ball
MAPBGA
n/a
Hardware Encryption, 32 x 32
EMAC, QSPI, I2C.
MCF5280
V2
63
2I
64
3 UARTs
I2C, QSPI,
FlexCAN
4 Timers,
+4 DMA
Timers,
7 Chip Sel., Up
to 150 I/O's
4-CH
SDRAM
MAC (FEC)/n/a
3.3, 5
66, 80
-40qC to 85qC
256-ball
MAPBGA
n/a
Enhanced CAN 2.0B controller.
Flashless version of MCF5282.
MCF5281
V2
54
2I
64
3 UARTs
I2C, QSPI,
FlexCAN
4 Timers,
+4 DMA
Timers,
7 Chip Sel., Up
to 150 I/Os
4-CH
SDRAM
MAC (FEC)/n/a
3.3, 5
66, 80
-40qC to 85qC
256-ball
MAPBGA
n/a
Enhanced CAN 2.0B controller,
256 KB Flash. This product
incorporates SuperFlash®
technology licensed From SST.
Hardware Encryption, 32x32 EMAC,
QSPI, I2C.
Hardware Encryption, 32x32 EMAC,
QSPI, I2C.
SG1007–15
SG1007Q22009
107
108
MCF5XXX PRODUCT FAMILY (continued)
Product
Core
Dhrys 2.1
MIPS
@ max MHz
Processor
Cache
(KB)
Processor
SRAM
(KB)
Serial
Interface,
UART
Timers/
CS/
GPIO
DMA
DRAM
FEC/USB/PCI
Controller
Operating
Voltage
(V)
Operating
Frequency
(MHz)
Temp
Packaging
Rev
MCF5282
V2
54
2I
64
3 UARTs
I2C, QSPI,
FlexCAN
4 Timers,
+4 DMA
Timers,
7 Chip Sel., Up
to 150 I/Os
4-CH
SDRAM
MCF5327
V3
200
16K Unified
Cache
32
3
8/6/up to 94
16-CH
MCF5328
V3
200
16K Unified
Cache
32
3
8/6/up to 94
MCF5329
V3
200
16K Unified
Cache
32
3
8/6/up to 94
Additional Information
MAC (FEC)/n/a
3.3, 5
66, 80
-40qC to 85qC
256-ball
MAPBGA
n/a
Enhanced CAN 2.0B controller,
512 KB Flash. This product
incorporates SuperFlash®
technology licensed From SST.
DDR
One USB 2.0
Full-Sp Host
One USB 2.0
Full-Sp Device
1.5, 3.3
240
-40qC to 85qC
196-ball
MAPBGA
n/a
32 x 32 EMAC, QSPI, I2C.
16-CH
DDR
One 10/100
One USB 2.0
Full-Sp Host
One USB 2.0
Full-Sp Device
1.5, 3.3
240
-40qC to 85qC
256-ball
MAPBGA
n/a
32 x 32 EMAC, QSPI, I2C.
16-CH
DDR
One 10/100
One USB 2.0
Full-Sp Host
One USB 2.0
Full-Sp Device
1.5, 3.3
240
-40qC to 85qC
256-ball
MAPBGA
n/a
Hardware Encryption, 32 x 32
EMAC, QSPI, I2C, One CAN.
MCF5372
V3
150
16K Unified
Cache
32
3
8/6/up to 94
16-CH
DDR
One 10/100
1.5, 3.3
180
-40qC to 85qC
160 QFP
n/a
32 x 32 EMAC, QSPI, I2C.
MCF5372L
V3
200
16K Unified
Cache
32
3
8/6/up to 94
16-CH
DDR
One 10/100
One USB 2.0
Full-Sp Host
One USB 2.0
Full-Sp Device
1.5, 3.3
240
-40qC to 85qC
196-ball
MAPBGA
n/a
32 x 32 EMAC, QSPI, I2C.
MCF5373
V3
150
16K Unified
Cache
32
3
8/6/up to 94
16-CH
DDR
One 10/100
1.5, 3.3
180
-40qC to 85qC
160 QFP
n/a
Hardware Encryption, 32 x 32
EMAC, QSPI, I2C.
MCF5373L
V3
200
16K Unified
Cache
32
3
8/6/up to 94
16-CH
DDR
One 10/100
One USB 2.0
Full-Sp Host
One USB 2.0
Full-Sp Device
1.5, 3.3
240
-40qC to 85qC
196-ball
MAPBGA
n/a
Hardware Encryption, 32 x 32
EMAC, QSPI, I2C.
MCF5470
V4e
308
32 I, 32 D
32
4
6/6/up to 99
16-CH
DDR/SDR
Two 10/100,
PCI
1.5, 2.5, 3.3
200
0°C to 70°C
388-ball
TEPBGA
n/a
DSPI, I2C, MMU, FPU
Contact an authorized sales
representative for product status and
additional information.
MCF5471
V4e
308
32 I, 32 D
32
4
6/6/up to 99
16-CH
DDR/SDR
Two 10/100,
PCI
1.5, 2.5, 3.3
200
0°C to 70°C
388-ball
TEPBGA
n/a
DSPI, I2C, MMU, FPU, Hardware
Encrypted. Contact an authorized
sales representative for product
status and additional information.
MCF5472
V4e
308
32 I, 32 D
32
4
6/6/up to 99
16-CH
DDR/SDR
One 10/100, 1.5, 2.5, 3.3
USB 2.0D, PCI
200
0°C to 70°C
388-ball
TEPBGA
n/a
DSPI, I2C, MMU, FPU
Contact an authorized sales
representative for product status and
additional information.
MCF5473
V4e
308
32 I, 32 D
32
4
6/6/up to 99
16-CH
DDR/SDR
One10,100, 1.5, 2.5, 3.3
USB 2.0D, PCI
200
0°C to 70°C
388-ball
TEPBGA
n/a
DSPI, I2C, MMU, FPU, Hardware
Encrypted. Contact an authorized
sales representative for product
status and additional information.
MCF5474
V4e
410
32 I, 32 D
32
4
6/6/up to 99
16-CH
DDR/SDR
Two 10/100, 1.5, 2.5, 3.3
USB 2.0D, PCI
266
0°C to 70°C
388-ball
TEPBGA
n/a
DSPI, I2C, MMU, FPU
Contact an authorized sales
representative for product status and
additional information.
SG1007–16
SG1007Q22009
MCF5XXX PRODUCT FAMILY (continued)
Product
Core
Dhrys 2.1
MIPS
@ max MHz
Processor
Cache
(KB)
Processor
SRAM
(KB)
Serial
Interface,
UART
Timers/
CS/
GPIO
DMA
DRAM
FEC/USB/PCI
Controller
MCF5475
V4e
410
32 I, 32 D
32
4
6/6/up to 99
16-CH
DDR/SDR
MCF5480
V4e
255
32 I, 32 D
32
4
6/6/up to 99
16-CH
DDR/SDR
Two 10/100,
PCI
MCF5481
V4e
255
32 I, 32 D
32
4
6/6/up to 99
16-CH
DDR/SDR
Two 10/100,
PCI
MCF5482
V4e
255
32 I, 32 D
32
4
6/6/up to 99
16-CH
MCF5483
V4e
255
32 I, 32 D
32
4
6/6/up to 99
MCF5484
V4e
308
32 I, 32 D
32
4
MCF55485
V4e
308
32 I, 32 D
32
4
Operating
Voltage
(V)
Operating
Frequency
(MHz)
Temp
Packaging
Rev
266
0°C to 70°C
388-ball
TEPBGA
n/a
DSPI, I2C, MMU, FPU, Hardware
Encrypted. Contact an authorized
sales representative for product
status and additional information.
1.5, 2.5, 3.3
166
-40°C to 85°C
388-ball
TEPBGA
n/a
Two CAN, DSPI, I2C, MMU, FPU
Contact an authorized sales
representative for product status and
additional information.
1.5, 2.5, 3.3
166
-40°C to 85°C
388-ball
TEPBGA
n/a
Two CAN, DSPI, I2C, MMU, FPU,
Hardware Encrypted. Contact an
authorized sales representative for
product status and additional
information.
DDR/SDR
One 10/100, 1.5, 2.5, 3.3
USB 2.0D, PCI
166
-40°C to 85°C
388-ball
TEPBGA
n/a
Two CAN, DSPI, I2C, MMU, FPU
Contact an authorized sales
representative for product status and
additional information.
16-CH
DDR/SDR
One 10/100, 1.5, 2.5, 3.3
USB 2.0D, PCI
166
-40°C to 85°C
388-ball
TEPBGA
n/a
Two CAN, DSPI, I2C, MMU, FPU,
Hardware Encrypted. Contact an
authorized sales representative for
product status and additional
information.
6/6/up to 99
16-CH
DDR/SDR
Two 10/100, 1.5, 2.5, 3.3
USB 2.0D, PCI
200
-40°C to 85°C
388-ball
TEPBGA
n/a
Two CAN, DSPI, I2C, MMU, FPU
Contact an authorized sales
representative for product status and
additional information.
6/6/up to 99
16-CH
DDR/SDR
Two 10/100, 1.5, 2.5, 3.3
USB 2.0D, PCI
200
-40°C to 85°C
388-ball
TEPBGA
n/a
Two CAN, DSPI, I2C, MMU, FPU,
Hardware Encrypted. Contact an
authorized sales representative for
product status and additional
information.
Two 10/100, 1.5, 2.5, 3.3
USB 2.0D, PCI
Additional Information
NETWORK TRANSCEIVERS — GIGABIT SERDES TRANSCEIVERSNote
Description
Max Data Rate
Power Dissipation (Typ)
I/O Voltage
Packaging
MC926032
Product
Quad Gigabit Ethernet Transceiver (1000 Base-X)
1.25 Gbaud
1000 mW
3.3 or 2.5
256-ball MAPBGA
MC926043
Dual Gigabit Ethernet Transceiver (1000 Base-X)
1.25 Gbaud
600 mW
3.3 or 2.5
196-ball MAPBGA
Notes:
1. Verification boards are available to facilitate the use and evaluation of the Quad Gigabit Transceivers
2. MC92603DVB Evaluation Board for MC92603.
3. MC92604DVB Evaluation Board for MC92604.
SG1007–17
SG1007Q22009
109
110
SOFTWARE AND DEVELOPMENT TOOLS
68K, ColdFire£, MPC5xx and PowerPC ISA — CodeWarrior¥
Product
Description
Target
Support
RTOS
Support
Board
Support
Host-Target Interface
Host
Platforms
Language
Support
CWS-PPC-CMWFL-CX
CodeWarrior¥ for
PowerPC ISA
PowerPC ISA
QNX Neutrino;
RTXC from Lineo;
Embedix SDK from
Lineo, Precise MQX,
ATI Nucleus
n/a
PowerPC ISA
Windows
2000/XP
C/C++, ELF/DWARF 1.0,
EC++, and
Freescale
PowerPC
Semiconductor
ISA,
S-Record
Assembly
CWS-PPC-LLPLT-CX
CodeWarrior¥ Development
Studio for PowerPC ISA, Linux
Platform Development
PowerPC ISA
Linux
PowerQUICC£ I, II, III and
Embedded Host
CodeWarrior¥ USB Tap and Ethernet Tap
Linux
n/a
n/a
CWS-PPC-LLAPP-CX
CodeWarrior¥ Development
Studio for PowerPC ISA, Linux
Application Development
PowerPC ISA
Linux
PowerQUICC£ I, II, III and
Embedded Host
CodeWarrior¥ USB Tap and Ethernet Tap
Linux
n/a
n/a
CWS-MCF-LLPLT-CX
CodeWarrior¥ Development
Studio for ColdFire£ ISA, Linux
Platform Development
M5282, M5272
Linux
M5282
n/a
Linux
n/a
n/a
CWS-MCF-LLAPP-CX
CodeWarrior¥ Development
Studio for ColdFire£ ISA, Linux
Application Development
M5282, M5272
Linux
M5282
n/a
Linux
n/a
n/a
CodeWarrior¥ Development
Studio for MPC5xx,
Node-locked
MPC555, MPC56x
Quadros RTXC,
Embedix SDK, MQX
Embedded, ATI
Nucleus,
OSEKturbo
MPC555PBSLK, MPC564EVB,
MPC565EVB
PowerTAP, Abatron BDI 2000, P&E Microcomputer
CABLEPPC (BDM only), Macraigor System BDM
Windows
2000/XP
C/C++,
Assembly
DWARF1,
DWARF2,
STABS
CodeWarrior¥ Development
Studio for MPC55xx, Build only
tools, Node-locked license
MPC55xx
n/a
n/a
n/a
Windows
2000/XP
C/C++,
Assembly
DWARF1,
DWARF2,
STABS
CWS-MPC-5XX-CX
CWS-MPC-5500B-CX
Compiler
Output
Formats
CWS-MCF-PROED-CX
CodeWarrior¥ for ColdFire£,
Professional Edition
n/a
n/a
n/a
n/a
n/a
n/a
n/a
CWS-MCF-STDED-CX
CodeWarrior¥ for ColdFire£,
Standard Edition
n/a
n/a
n/a
n/a
n/a
n/a
n/a
CodeWarrior¥ for 68K,
Full Product
n/a
n/a
n/a
n/a
n/a
n/a
n/a
CWS-68K
For information on all available CodeWarrior¥ editions, visit www.freescale.com/codewarrior or contact your local Freescale Semiconductor Sales Office or authorized Freescale Semiconductor distributor.
SG1007–18
SG1007Q22009
SOFTWARE AND DEVELOPMENT TOOLS
Hardware Tools
Netcommunication Hardware Tools
Product Family
QUICCstart Evaluation Systems
MPC8XX
MPC83XX
MPC85XX
MPC8641
Device Supported
MPC885
MPC8343
MPC8540
MPC8555
MPC8641D
Part Number
Description
CWH-PPC-885XN-VX
CWH-PPC-8343N-VE
CWH-PPC-8540N-VE
CWH-PPC-8555N-VE
PCEVALHPC-8641DE
MPC855 Quickstart Evaluation System
MPC8343 Quickstart Evaluation System
MPC8540 Quickstart Evaluation System
MPC8555 Quickstart Evaluation System
ATX form factor evaluation board for 8641D
M68302FADS-ENA
PPCEVALHPCD-8610E
MPC823FADS
MPC850SRFADS
MPC866ADS
MPC866ADS
MCEVALHPC2-7448E
MPC866ADS
MPC852TADS
TBD
MPC885ADS
PQ2FADS-ZU
PQ2FADS-VR
MPC8272ADS
MPC8260ADS-TCOM
MPC8313E-RDB
MPC8323xE-MDS-PB
MPC8349EA-MDS
MPC8349EA-MDS-PB
PQ-MDS-PIBE
PQ-MDS-PMCPCI
PQ-MDS-USB
MPC8360EA-MDS-PB
PQ-MDS-T1E
PQ-MDS-QOC3
MPC8377E-MDS-PB
MPC8378E-MDS-PB
MPC8379E-MDS-PB
Ethernet Adaptor Card, M68302FADS comes with MC68EN302RC25
ATX Evaluation Platform for MC8610
MPC823 Family Application Development System (FADS)
MPC850 Family Development System
MPC860/62/66 Development System with Wiretap
MPC860/62/66 Development System with Wiretap
Hardware and Software Complete Evaluation System
MPC860/62/66 Development System with Wiretap
MPC852T Development System with Wiretap
TBD
MPC885 Family Development System with Wiretap
PQ2 Family Application Development System
PQ2 Family Application Development System
8272 Family Application Development System
MPC8260 T1/T3 Communication Companion Board for ADS
MPC8313E Reference Design Board
Pb-free Processor Board
PowerQUICC£ II Pro Development System
Pb-free Processor Board (DDR-II only)
Platform Board I/O for PowerQUICC£ II Pro Family
PMC Cards for PowerQUICC£ II Pro Family
USB Cards for PowerQUICC£ II Pro Family
MDS Pb-Free Processor Board for MPC8360E Family (Rev 2.X Silicon)
TI/E1 Card for MPC8360E Family
QUAD OC-3 ATM Card for MPC8360E Family
MPC8377E Modular Development System
MPC8378E Modular Development System
MPC8379E Modular Development System
Application Development Systems
M683XX
MC8610
MPC8XX
MPC7448
MPC82XX
MPC83XX
MC68EN302
MC8610
MPC823
MPC850
MPC860
MPC862
MPC7448
MPC866
MPC852T
MPC853T
MPC885 Family
8260/70/80 – 480-pin TBGA
8260/70/80 – 516-pin PBGA
8272 Family
All PQ2
MPC8313E Family
MPC8323E Family
MPC8349E Family
MPC8360E Family
MPC8377E
MPC8378E
MPC8379E
SG1007–19
SG1007Q22009
111
112
SOFTWARE AND DEVELOPMENT TOOLS
Hardware Tools (continued)
Netcommunication Hardware Tools (continued)
Product Family
MPC85XX
8540
8548
8555
8560
8568
8572
Device Supported
Part Number
MPC8540ADS-BGA
MPC8548CDS
MPC8555CDS
MPC8560ADS-BGA
MPC8568E-MDS-PB
PPCEVAL-DS-8572B
Description
PQ3 8540 Application Development System
PQ3 MPC8548E Modular Development System
PQ3 MPC8555E Configurable Development System
PQ3 8560 Application Development System
PQ3 MPC8568E Modular Development System
PQ3 8572 Development System
MPC8xx, MC683xx
MPC885
MPC850SR, MPC860SR
All PQ2
All PQ2
All PQ2
MPC860ADI-PC
MPC885-FLASH
MPC860SR-PHY
MPC8260ADI-COP
MPC8260ADS-FLASH
MPCRCOP-3V
Application Development Interface (ADI) for IBM PC
Flash Chip for MPC885ADS
ATM PHY Board for the MPC850 and MPC860 Development Systems
ADI to COP Converter
Flash Chip for 8260ADS
COP Interface
MPC860, MPC855T
All with PQ2/PQ3 CPM
All with PQ2/PQ3 CPM
All with PQ2/PQ3 CPM
All with PQ2/PQ3 CPM
MPC860SWSS7-DOS
MPC8260SW-FDS
MPC8260SW-MSP
MPC8260SW-ESS7
MPC8260SW-EAAL2
Signaling System 7 Microcode
Fast Data Switching (FDS)
Multiservice Platform (MSP)
Enhanced SS7 (ESS7)
Enhanced AAL2 (EAAL2)
MPC8240
MPC8241
MPC8245
MPC8245
PPCEVAL-SP3-8240
PPCEVAL-SP3-8241
PPCEVAL-SP3-8245
PPCDEV-SP3-8245
Sandpoint with 8240 PMC
Sandpoint with 8241 PMC
Sandpoint with 8245 PMC
Sandpoint Dev with PMC
MPC8349E Family
MPC8349E
MPC8377E Family
MPC8379E Family
MPC8377E
MPC8379E
MPC8349-MITXE
MPC8349-MITX-GP
MPC8377E-RDB
MPC8379E-RDB
MPC8349 Mini-ITX System Board
MPC8349 Mini-ITX System Board Industrial
MPC837E Mini-ITX System Board
MPC8379E Mini-ITX System Board
MPC8323E
MPC8323E-RDB
MPC8323E Integrated Multiservice Gateway Reference Design
Interface Kits
MPC8XX
MPC82XX
Microcode Packages
MPC8XX
MPC82XX
Sandpoint Boards
MPC824X
MITXE Boards
Reference Design Boards
MPC8323E Family
SG1007–20
SG1007Q22009
SOFTWARE AND DEVELOPMENT TOOLS (continued)
Third Party Tools and Solutions
Third Party Vendor
Families Supported
PowerQUICC£ Host Proc
Abatron
x
x
Agilent Technologies
x
x
Operating Compilers and
Software Coverification Tools Emulators and
Logic
Systems Code Generation Debuggers
and Simulation
Diagnostic Tools Analyzers
Tools
Models
x
Boards and
Systems
Support Drivers / Application
Chips Protocol Framework
Stacks
x
x
x
x
x
x
Apogee Software
Artis Microsystems
x
Ashley Laurent
x
Blunk Microsystems
x
Software
Components
x
x
ALT Software
Altium
DSP
x
x
x
x
x
x
x
Cadence
x
CoWare
CMX Systems
x
x
CodeSourcery
x
x
Corelis
x
x
x
x
x
x
Crescent Bay Software
x
x
x
x
Curtiss-Wright
Data Connection
x
Effnet
x
Embedded Planet
x
x
x
x
x
x
Emerson
x
EmuTec
x
x
Enea Embedded Technologies
x
x
Eureka Technology
x
Everbee Networks
x
Express Logic
x
Falconstor
x
Flextronics
x
Freescale
x
x
x
FSMLabs
x
x
x
GDA Technologies
x
x
Genesi
Green Hills Software
x
IneoQuest Technologies
x
International Test Technologies
Intoto
x
IP Infusion
x
Isystem
x
JMI Software
x
Jungo
x
Kadak
x
Kapersky Labs
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
SG1007–21
SG1007Q22009
113
114
NOTES
SG1007–22
SG1007Q22009
RF Product
Focus Products
Quarter 2, 2009
SG1009Q22009 Rev 0
RF Industrial, Scientific and Medical Transistors
RF LDMOS Power Transistors
RF GaAS Power Transistors
RF WiMAX, WiBro, BWA Power Transistors
RF Amplifier ICs
RF General Purpose Amplifiers
RF Modulators, Booster - Splitter, Stereo Encoders, Silicon Tuners
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7RROV&DOFXODWRUV
SG1009−8
SG1009Q22009
125
126
How to Reach Us:
Home Page:
www.freescale.com
Web Support:
http://www.freescale.com/support
USA/Europe or Locations Not Listed:
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Freescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc.
All other product or service names are the property of their respective owners.
© Freescale Semiconductor, Inc. 2009. All rights reserved.
SG1009Q22009
Rev 0
4/2009
Information in this document is provided solely to enable system and
software implementers to use Freescale Semiconductor products. There
are no express or implied copyright licenses granted hereunder to design
or fabricate any integrated circuits or integrated circuits based on the
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Freescale Semiconductor reserves the right to make changes without
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Sensors
Quarter 2, 2009
SG1010Q22009 Rev 0
127
128
ACCELERATION SENSORS
Low g Digital Output Consumer Acceleration Sensors
Product
Sensing Range
(±g)
Sensing
Axis
High Sensitivity
(LSB/g)
IDD
(PA)
Sleep Mode
Response Time
(Typ) (ms)
Start Up
Response Time
(Typ) (ms)
IDD for Modes
Off/Power Down/Standby
(PA)
VDD Supply
Voltage (Typ) (V)
VDD /VDD
Digital I/O Pins
VDD Supply Voltage
(Typ) (V)
Communication
Packaging
MMA7660FC
1.5
XYZ
21
0.5
1/ODR (s)
0.4/2/2
2.8/1.8
1.8
I2C
3 x 5 x 0.9mm DFN
MMA7456L
2/4/8
XYZ
64
47 at
1 sample/second
400
0.5
1.0
—/—/2.5
2.8/1.8
1.8
I2C/SPI
3 x 5 x 1.0 mm LGA
MMA7455L
2/4/8
XYZ
64
400
0.5
1.0
—/—/2.5
2.8/1.8
1.8
I2C/SPI
3 x 5 x 1.0 mm LGA
Low g Analog Output Consumer Acceleration Sensors
Product
Sensing Range
(±g)
Sensing
Axis
1.5/6
1.5
1.5/6
3/11
3/11
4/12
4/12
1.5/2/4/6
XYZ
XYZ
XYZ
XYZ
XYZ
XYZ
XYZ
XYZ
MMA7361L
MMA7368L
MMA7360L
MMA7341L
MMA7340L
MMA7331L
MMA7330L
MMA7260Q
Sensitivity (mV/V/g) IDD (Typ)
(mA)
800/200
0.4
800
0.4
800/200
0.4
440/118
0.4
440/118
0.4
308/84
0.4
308/84
0.4
800/600/300/200
0.5
Sleep Mode (Typ)
IDD (PA)
Sleep Mode Response
Time (Typ) (ms)
Start Up Response
Time (Typ) (ms)
Rolloff Frequency
(Hz)
3.0
3.0
3.0
3.0
3.0
3.0
3.0
3.0
0.5
0.5
0.5
0.5
0.5
0.5
0.5
0.5
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
400 (XY)/300 (Z)
400 (XY)/300 (Z)
400 (XY)/300 (Z)
400 (XY)/300 (Z)
400 (XY)/300 (Z)
400 (XY)/300 (Z)
400 (XY)/300 (Z)
350 (XY)/150 (Z)
VDD
Supply Voltage (V)
2.2 – 3.6
2.2 – 3.6
2.2 – 3.6
2.2 – 3.6
2.2 – 3.6
2.2 – 3.6
2.2 – 3.6
2.2 – 3.6
Zero g Output
(Typ) (V)
Packaging
1.65
1.65
1.65
1.65
1.65
1.4
1.4
1.65
3 x 5 x 1.0 mm LGA
3 x 5 x 1.0 mm LGA
3 x 5 x 1.0 mm LGA
3 x 5 x 1.0 mm LGA
3 x 5 x 1.0 mm LGA
3 x 5 x 1.0 mm LGA
3 x 5 x 1.0 mm LGA
6 x 6 x 1.45 mm QFN
Low g Automotive and Industrial Acceleration Sensors
Product
MMA2260EG
MMA1260EG
MMA1270EG
MMA1250EG
MMA1220EG
Sensing Range (±g)
Sensing Axis
Sensitivity (mV/V/g)
Rolloff Frequency (Hz)
VDD Supply Voltage (Typ) (V)
Zero g Output (Typ) (V)
Output
Packaging
1.5
1.5
2.5
5.0
8.0
X
Z
Z
Z
Z
240
240
150
80
50
50
50
50
50
250
5.0
5.0
5.0
5.0
5.0
2.5
2.5
2.5
2.5
2.5
Analog
Analog
Analog
Analog
Analog
16-pin SOIC
16-pin SOIC
16-pin SOIC
16-pin SOIC
16-pin SOIC
Medium g Automotive and Industrial Acceleration Sensors
Product
MMA6222EG
MMA6222AEG
MMA3201EG
MMA2201EG
MMA6255EG
MMA6255AEG
MMA2202EG
MMA3204EG
MMA3202EG
MMA621010EG
MMA621010AEG
MMA2204EG
MMA1213EG
MMA1210EG
Sensing Range (±g)
Sensing Axis
Sensitivity (mV/V/g)
Rolloff Frequency (Hz)
VDD Supply Voltage (Typ) (V)
Zero g Output (Typ) (V)
Output
Communication
Packaging
20/20
20/20
40
40
50/50
50/50
50
100/30
100/50
100/100
100/100
100
50
100
XY
XY
XY
X
XY
XY
X
XY
XY
XY
XY
X
Z
Z
24 counts/g
23.4/23.4
10
10
9.76 counts/g
9.37/9.37
8
4/13
4/8
4.88 counts/g
4.68/4.68
4
40
20
400
400
400
400
400
400
400
400
400
400
400
400
400
400
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
2.5
Digital
Analog
Analog
Analog
Digital
Analog
Analog
Analog
Analog
Digital
Analog
Analog
Analog
Analog
SPI
—
—
—
SPI
—
—
—
—
SPI
—
—
—
—
20-pin SOIC
20-pin SOIC
20-pin SOIC
16-pin SOIC
20-pin SOIC
20-pin SOIC
16-pin SOIC
20-pin SOIC
20-pin SOIC
20-pin SOIC
20-pin SOIC
16-pin SOIC
16-pin SOIC
16-pin SOIC
A change bar appears in the left margin to mark the location of new or revised information.
SG1010–2
SG1010Q22009
ACCELERATION SENSORS (continued)
High g Automotive and Industrial Acceleration Sensors
Product
Sensing Range (±g)
Sensing Axis
Sensitivity (mV/V/g)
Rolloff Frequency (Hz)
VDD Supply Voltage (Typ) (V)
Zero g Output (Typ) (V)
Output
Packaging
150
200
200
250
250
Z
X
Z
X
Z
13
10
10
8.0
8.0
400
400
400
400
400
5.0
5.0
5.0
5.0
5.0
2.5
2.5
2.5
2.5
2.5
Analog
Analog
Analog
Analog
Analog
16-pin SOIC
16-pin SOIC
16-pin SOIC
16-pin SOIC
16-pin SOIC
MMA1211EG
MMA2301EG
MMA1212EG
MMA2300EG
MMA1200EG
PRESSURE SENSORS
Digital Pressure Sensors
Product Family1
Operating Supply Voltage
(V)
Supply Current
(PA)
Pressure Range
(kPa)
Accuracy
(kPa)
Compensated
Temperature Range
Digital
Interface
Package
2.4 - 5.5
2.4 - 5.5
10
10
50 - 115
50 - 115
r1
r1
-40°C – 70°C
-40°C – 70°C
SPI
8-pin LGA
8-pin LGA
MPL115A1
MPL115A2
I2 C
A
Pressure Type2
D
G
V
x
x
Integrated Pressure Sensors
Product Family1
MPX4080
MPX4100
MPX4101
MPXH6101
MPX4105
MPX4115
MPX6115
MPX4200
MPX4250
MPXH6250
MPXV4006
MPXV5004
MPX5010
MP3V5050
MPX5050
MPX5100
MPX5500
MPX5700
MPX5999
MPXH6300
MPXH6400
MPXV7002
MP3V7007
MPXV7007
MPXV7025
Pressure Rating
Maximum (PSI)
Pressure Rating
Maximum (kPa)
Pressure Rating
Maximum (in H2O)
11.6
15.2
14.8
14.8
15.2
16.7
16.7
16.7
29
36
36
36
0.87
0.57
1.45
7.25
7.25
14.5
16.7
72.5
102
150
44
60
r0.3
r1.0
r1.0
r3.5
80
105
102
102
105
115
115
115
200
250
250
250
6.0
4.0
10
50
50
100
115
500
700
1000
304
400
r2
r7
r7
r25
321
422
410
410
422
462
462
462
803
1000
1000
1000
24
16
40
201
201
401
462
2000
2810
4150
1220
1600
r8
r28
r28
r100
A change bar appears in the left margin to mark the location of new or revised information.
Pressure Rating
Pressure Rating
Maximum (cm H2O) Maximum (mm Hg)
815
1070
1040
1040
1070
1174
1174
1174
2040
2550
2550
2550
61
40
102
510
510
1020
1174
5100
7140
10546
3100
4000
r20
r70
r70
r254
600
788
765
765
788
863
863
863
1500
1880
1880
1880
45
29
75
375
375
750
863
3750
5250
7757
2280
3000
r15.2
r53
r53
r190
Full Scale Span
(Typ) (Vdc)
Sensitivity
(mV/kPa)
Accuracy 0qC to 85qC
(% of VFSS)
4.3
4.6
4.7
4.7
4.6
4.6
4.4
4.5
4.6
4.7
4.7
4.7
4.6
3.0
4.5
2.7
4.5
4.5
4.5
4.5
4.5
4.5
4.6
4.6
4.0
4.0
4.0
4.5
54
54
54
54
51
46
38
46
26
20
19
20
766
1000
450
54
90
45
45
9.0
6.4
4.5
16.2
12.1
1000
286
286
90
r3.0
r1.8
r1.72
r1.73
r1.8
r1.5
r1.5
r1.5
r1.5
r1.5
r1.4
r1.5
r5.0
r2.5
r5.0
r2.5
r2.5
r2.5
r2.5
r2.5
r2.5
r2.5
r1.5
±1.5
r2.5
r5.0
r5.0
r5.0
A
Pressure Type2
D
G
V
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
SG1010–3
SG1010Q22009
129
130
PRESSURE SENSORS (continued)
Compensated Pressure Sensors
Product Family1
MPX2010
MPX2053
MPX2102
MPX2202
MPX2050
MPX2100
MPX2200
Pressure Rating
Maximum
(PSI)
1.45
7.0
14.5
14.5
29
29
7.0
14.5
14.5
29
29
Pressure Rating
Maximum
(kPa)
10
50
100
100
200
200
50
100
100
200
200
Pressure Rating
Maximum
(in H2O)
40
201
400
400
800
800
201
400
400
800
800
Pressure Rating
Maximum
(cm H2O)
102
510
1020
1020
2040
2040
510
1020
1020
2040
2040
Pressure Rating
Maximum
(mm Hg)
75
375
750
750
1500
1500
375
750
750
1500
1500
Offset
(mV)
Full Scale Span
(Typ)
(mV)
25
40
40
40
40
40
40
40
40
40
40
r1.0
r1.0
r2.0
r1.0
r2.0
r1.0
r1.0
r2.0
r1.0
r1.0
r1.0
Sensitivity
(mV/kPa)
2.5
0.8
0.4
0.4
0.2
0.2
0.8
0.4
0.4
0.2
0.2
Linearity
Minimum
(% of VFSS)
-1.0
-0.6
-1.0
-0.6
-1.0
-0.6
-0.25
-1.0
-0.25
-1.0
-0.25
Linearity
Maximum
(% of VFSS)
1.0
0.4
1.0
0.4
1.0
0.4
0.25
1.0
0.25
1.0
0.25
A
Pressure Type2
D
G
V
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
Compensated Medical Grade Pressure Sensors
Product Family1 Pressure Rating Pressure Rating
Maximum
Maximum
(PSI)
(kPa)
MPXC2011
MPX2300DT1
1.45
5.8
10
40
Pressure Rating
Maximum
(in H2O)
Pressure Rating
Maximum
(cm H2O)
Pressure Rating
Maximum
(mm Hg)
Supply Voltage
(Typ)
(Vdc)
Offset
Maximum
(mV)
Sensitivity
(mV/kPa)
Linearity
Minimum
(% of VFSS)
Linearity
Maximum
(% of VFSS)
40
161
102
408
75
300
3.0
6.0
1.0
0.75
2.5
0.23
-1.0
-1.5
1.0
1.5
Linearity
Minimum
(% of VFSS)
-1.0
-0.5
-0.6
Linearity
MaximuM
(% of VFSS)
1.0
5.0
0.4
Pressure Type2
A
D
G
V
x
x
Uncompensated Pressure Sensors
Product Family
Pressure Rating
Maximum
(PSI)
1.45
1.45
7.0
Pressure Rating
Maximum (kPa)
Pressure Rating
Maximum (in H2O)
Pressure Rating
Maximum
(cm H2O)
102
102
510
Pressure Rating
Maximum
(mm Hg)
75
75
375
MPX10
10
40
MPX12
10
40
MPX53
50
200
1
The primary core pressure sensor families are listed above. For orderable parts, please see page 9 or www.freescale.com/sensors
2 A = Absolute, D = Differential, G = Gauge, V = Vacuum, • = Available
Offset
(Typ)
(mV)
20
20
20
Full Scale Span
(Typ)
(mV)
35
55
60
Sensitivity
(mV/kPa)
3.5
5.5
1.2
A
Pressure Type2
D
G
V
x
x
x
x
x
x
PROXIMITY SENSORS
Main Attributes
Shield Driver
No. of Channels
Packaging
No
3
Operating Voltage
(V)
1.71 - 2.75
Communications
Controls two electrodes with IRQ and can have 3 electrodes without
IRQ, extremely small package
5 V Reg. Current Limit
(mA)
n/a
Operating Temp Range
(°C)
MPR031
Product
-40° – 85°
I2C with IRQ
µDFN
MPR032
Ability to be the second address on the I2C bus, the MPR032 works
in daisy chain with the MPR031 to reach up to 6 pads, extremely
small package
No
3
n/a
1.71 - 2.75
-40° – 85°
I2C with IRQ
µDFN
16-pin QFN
16-pin TSSOP
MPR083
8-Position notary (8 electrodes), digital position interface,
debounced outputs
No
8
n/a
1.8 - 3.6
-40° – 85°
I2C
MPR084
8 independent touch pads (8 electrodes), digital position interface,
debounced outputs
No
8
n/a
1.8 - 3.6
-40° – 85°
I2C
16-pin QFN
16-pin TSSOP
MC33794EGR2
120 kHz generator, shield driver, 9 electrodes + 2 VREF outputs,
5 V regulator, RF/environmental noise resistant
Yes
9
75
9 - 18 (12 nominal)
-40° – 85°
ISO-9141
54-pin SOICW
MC33941EGR2
Sensitivity scaling with output frequency variation, shield driver,
7 electrodes, 5 V regulator, RF/environmental noise resistant, End of
Life
Yes
7
75
9 - 18 (12 nominal)
-40° – 110°
n/a
24-pin SOICW
A change bar appears in the left margin to mark the location of new or revised information.
SG1010–4
SG1010Q22009
REMOTE PRESSURE MONITORING SYSTEM (RPMS)
Product
Flash
RAM
MPXY8300A
16 KB
512 B
RF Transmitter
Frequency
315/434MHz
Protocols
Supported
ASK and FSK Modulation
Clock Type
Timer
OSC
2-CH, 16-bit PWM
Pressure
Pressure Sensor
Range
Accuracy
100 - 800 kPA
±10 kPA
SOIC-20 WB
Package
Temperature
Range
-40 to 125°C
-40 to 125°C
MPXY8300B
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 800 kPA
±10 kPA
SOIC-20 WB
MPXY8300C
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 800 kPA
±10 kPA
SOIC-20 WB
-40 to 125°C
MPXY8310A
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 450 kPA
±7 kPA
SOIC-20 WB
-40 to 125°C
MPXY8310B
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 450 kPA
±7 kPA
SOIC-20 WB
-40 to 125°C
-40 to 125°C
MPXY8310C
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 450 kPA
±7 kPA
SOIC-20 WB
MPXY8320A
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 1500 kPA
±20 kPA
SOIC-20 WB
-40 to 125°C
MPXY8320B
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 1500 kPA
±20 kPA
SOIC-20 WB
-40 to 125°C
MPXY8320C
16 KB
512 B
315/434MHz
ASK and FSK Modulation
OSC
2-CH, 16-bit PWM
100 - 1500 kPA
±20 kPA
SOIC-20 WB
-40 to 125°C
System Accelerometer
Automotive Pressure Range
(XZ-Axis)
Automotive Pressure Range
(Z-Axis)
—
Automotive Pressure Range
(XZ-Axis)
Automotive Pressure Range
(Z-Axis)
—
Truck Tire Pressure Range
(XZ-Axis)
Truck Tire Pressure Range
(Z-Axis)
—
ZigBee£TECHNOLOGY PRODUCTS
The Freescale Semiconductor ZigBee Technology Products offer a comprehensive, scalable platform designed for a variety of monitoring, automation, and control applications in the home, commercial,
industrial, and medical environments. The platform enables cost-effective, low-power applications ranging from simple point-to-point networks through fully compliant ZigBee mesh networks. Freescale is a
complete one-stop-shop for wireless connectivity designs offering the MC1320x family of transceivers and the MC1321x family of System in a Package or SiP solutions (which contain both the MCU and
transceiver in a single package). All solutions are supported by the easy to use BeeKit™ GUI-based software and the 1321x development hardware. The product offerings can be used to implement a variety
of MAC options including the proprietary Simple MAC (SMAC), IEEE® 802.15.4 MAC, and the BeeStack™ fully compliant ZigBee stack. The Generation II MC1320x transceivers offer designers the alternative to select Freescale microcontrollers from the HCS08GB, HCS08GT, and HCS08QE series which connect to the transceivers through a 4-wire serial peripheral interface or SPI. Flexibility, easy to use
products, software and hardware design tools, and the right performance at the right price provide embedded designers the optimized solution to meet their wireless personal area network (WPAN) application objectives.
MC1320x Transceivers
Product
MC13201FC (18B)
Supply Voltage
(V)
2.0 to 3.4
MC13202FC (18B)
2.0 to 3.4
Supply Current @ 1%
Duty Cycle (Typ) mA
30, TX
37, RX
30, TX
37, RX
Standby Current
(Typ) µA
500
Frequency Band
GHz
2.4-2.5
Sensitivity @ 1% PER
(Typ) dBm
-92
Serial Interface
Tx/RX Switch
SPI
Data Rate
(Spec) kbps
250
500
2.4-2.5
-92
Communication Protocol
Packaging
SPI
250
Yes
Simple MAC
1311
(32 QFN)
Yes
Simple MAC/IEEE£802.15.4
MAC/BeeStack™
1311
(32 QFN)
MC1321x System in a Package
The MC1321x System in Package or SiP solutions include Freescale’s 2.4 GHz RF transceiver and the HCS08 microcontroller in a single package, providing for a cost-effective solution that reduces system
external component counts. Similar to the MC1320x family of transceivers, the MC1321x SiP family supports a variety of MAC options including the proprietary Simple MAC (SMAC), IEEE 802.15.4 MAC, and
the BeeStack fully compliant ZigBee stack. The MC13211 is the ideal option for Simple MAC networks which require a smaller memory footprint, 16KB of MCU memory. The MC13212 best supports the Simple
MAC and IEEE 802.15.4 MAC networks with its 32KB of MCU memory. The MC13213 supports the Simple MAC, IEEE 802.15.4 MAC and the BeeStack networks with its 60KB of MCU memory.
ZigBee-Compliant SiP Products
Tx/RX
Switch
Communication Protocol
Packaging
MC13211 (18m) HCS08 16KB Flash
1KB RAM
Product
CPU
Memory
I2C, SCI (2), Timer/PWM(2), KBI,
8-CH 10-bit ADC, Up to 32 GPIO
Peripherals
2.0 to 3.4
31.1, TX
38.1, RX
0.675
2.4-2.5
-92
250
Yes
Simple MAC
1664
(71-LGA)
MC13212 (18m) HCS08 32KB Flash
2KB RAM
I2C, SCI (2), Timer/PWM(2), KBI,
8-CH 10-bit ADC, Up to 32 GPIO
2.0 to 3.4
31.1, TX
38.1, RX
0.675
2.4-2.5
-92
250
Yes
Simple MAC/IEEE£802.15.4
MAC
1664
(71-LGA)
MC13213 (18m) HCS08 60KB Flash
4KB RAM
I2C,
2.0 to 3.4
31.1, TX
38.1, RX
0.675
2.4-2.5
-92
250
Yes
Simple MAC/IEEE£802.15.4
MAC/BeeStack™
1664
(71-LGA)
SCI (2), Timer/PWM(2), KBI,
8-CH 10-bit ADC, Up to 32 GPIO
Supply
Supply Current @ 1% Duty Standby Current Frequency Sensitivity @ 1% Data Rate
Voltage (V) Cycle, CPU @ 2MHz (Typ) mA
(Typ) µA
Band (GHz) PER (Typ) dBm (Spec) kbps
A change bar appears in the left margin to mark the location of new or revised information.
SG1010–5
SG1010Q22009
131
132
SENSORS DEVELOPMENT TOOLS
KIT3376MMA73X0L:
XYZ-axis Evaluation Boards
These evaluation boards can be used to
demonstrate key accelerometer
features of the MMA7360L,
MMA7340L and MMA7330L products.
RD3803MMA7660FC:
XYZ-axis Digital Accelerometer
Evaluation and
Development Board
These evaluation boards can be used to
demonstrate the multiple features of the
MMA7660FC.
RD3473MMA7360L:
Wireless Sensing Triple-Axis
Reference Design (ZSTAR2)
The ZSTAR2 demo board has been
updated with Freescale’s newer smaller
3x5x1 mm MMA7360L 3-axis
accelerometer.
A change bar appears in the left margin to mark the location of new or revised information.
KIT3468MMA745XL:
XYZ-Axis Digital
Accelerometer Evaluation
Boards
These evaluation boards can be used to
demonstrate key accelerometer
features of the MMA745XL products.
RD3152MMA7260Q:
Wireless Sensing Triple-Axis
Reference Design (ZSTAR)
The ZSTAR demo board was designed
to demonstrate Freescale's latest
innovations in sensors, wireless
connectivity and embedded flash
microcontrollers.
RD3172MMA7456L:
Multiple Wireless Sensing
Triple-Axis Reference Design
(ZSTAR3)
The ZSTAR3, another successor to the
popular STAR family accommodates
multiple digital and analog
accelerometer boards, connected
through an RF ZigBee® 2.4 GHz
communication to a single USB node
connected to a PC.
SG1010–6
SG1010Q22009
SENSORS DEVELOPMENT TOOLS (continued)
KITMC33941EVM:
Proximity Sensor
Evaluation Board
KITMPR03xEVM:
Three- or Two-Pad Touch
Sensor Controllers
This evaluation kit can be used to
demonstrate key proximity capacitive
sensor features of the MC33941 and
MC33940 products for touch sensing
applications.
A set of four boards that include a
3-electrode board and a 2-electrode
board.
KITLOPRESSMPX12:
Low Pressure Evaluation
Board
DEMOMPR031:
This pressure evaluation board can be
used to demonstrate constant voltage
MPX12 amplification for low-level
pressure measurement and
characterization.
Simplify touch sensing with this small
demo board.
KITMPXSHOWEVK:
Pressure Sensor PCB Board
This pressure sensor board is a marketing tool that shows Freescale’s most popular package types mounted to a PCB board. All the parts
are functional with pads connecting the necessary device pins to the board edge.
SG1010–7
SG1010Q22009
133
134
PRODUCT NUMBERING SYSTEM FOR ACCELEROMETERS
AUTOMOTIVE DEVICES
MMA
12
60
EG
R2
SHIPPING METHOD
R2 = TAPE & REEL
MICROMACHINED ACCELEROMETER
EG = RoHS COMPLIANCE
NUMBER & TYPE OF AXIS
12 = SINGLE AXIS
22 = SINGLE AXIS X (UP TO 100 g)
23 = SINGLE AXIS X (> 100 g)
32 = DUAL AXIS XY (POLY SI)
62 = DUAL AXIS XY (HARMEMS)
RANDOM NUMBER
CONSUMER DEVICES
MMA
726
0
Q
R2
SHIPPING METHOD
T = TRAY (500 PCS)
R2= TAPE & REEL (1000 PCS)
R2= TAPE & REEL (5000 PCS)
MICROMACHINED ACCELEROMETER
RANDOM NUMBER
NUMBER & TYPE OF AXIS
745 = TRI-AXIS 2/4/8g XYZ
736 = TRI-AXIS 1.5/6g XYZ
734 = TRI-AXIS 3/11g XYZ
733 = TRI-AXIS 4/12g XYZ
726 = TRI-AXIS XYZ
627 = DUAL AXIS XY
628 = DUAL AXIS XZ
626 = DUAL AXIS 1.5g XY
623 = DUAL AXIS 10g XY
PACKAGE TYPE
Q = QFN 6 X 6 1.45 MM
L = LGA 3 X 5 X 1 MM
L = LGA 3 X 5 X 0.8 MM
SG1010–8
SG1010Q22009
PRODUCT NUMBERING SYSTEM FOR PRESSURE SENSORS 1
M PX A 2 XXX A P X T1
PRESSURE SENSORS
CATEGORY
M
QUALIFIED STANDARD
S
CUSTOM DEVICE
P, X PROTOTYPE DEVICE
PACKAGE TYPE
NONE UNIBODY, CHIP PAK
A/V
SMALL OUTLINE PACKAGE
(SOP)
AZ/VZ SMALL OUTLINE MEDIA
RESISTANT PACKAGE
C
CHIP PAK
H
SUPER SMALL OUTLINE
PACKAGE (SSOP)
HZ
SUPER SMALL OUTLINE
MEDIA RESISTANT PACKAGE
M
M-PAK
Y
SUPER SMALL OUTLINE
PACKAGE (TPM)
FEATURES 2
NONE UNCOMPENSATED
2
TEMPERATURE COMPENSATED/
CALIBRATED
3
OPEN
4
TEMPERATURE COMPENSATED/
CALIBRATED/SIGNAL CONDITIONED
AUTOMOTIVE ACCURACY
5
TEMPERATURE COMPENSATED/
CALIBRATED/SIGNAL CONDITIONED
6
HIGH TEMPERATURE
7
POSITIVE/NEGATIVE PRESSURE
8
CMOS
LEADFORM OPTIONS
NONE NO LEADFORM
0
OPEN
1—2 (CONSULT FACTORY)
3—5 OPEN
6—7 SOP ONLY
(6 = GULL WING/SURFACE MOUNT)
(7 = 87 DEGREES/DIP)
C
P
S
SX
W
SHIPPING METHOD
NONE TRAYS
T1
TAPE AND REEL
1 INDICATES PART
ORIENTATION IN
TAPE
U
RAIL
PORTING STYLE
AXIAL PORT (SMALL OUTLINE PACKAGE)
PORTED
SINGLE PORT (AP, GP, GVP)
DUAL PORT (DP)
STOVEPIPE PORT (UNIBODY)
AXIAL PORT (UNIBODY)
ROBUST AXIAL PORT
RATED PRESSURE IN kPa
EXCEPT FOR MPX2300
EXPRESSED IN mm Hg.
TYPE OF DEVICE
A
ABSOLUTE
G
GAUGE
D
DIFFERENTIAL
V
VACUUM/GAUGE
1Actual
product marking may be abbreviated due to space constraints but packaging label will reflect full part number.
applies to qualified and prototype products. This does not apply to custom products.
Examples:
MPX10DP
10 kPa uncompensated, differential device in minibody package, ported, no leadform, shipped in trays.
MPXA4115A6T1 115 kPa automotive temperature compensated and calibrated device with signal conditioning, SOP surface mount with gull wing leadform, shipped in tape and reel.
2 Only
SG1010–9
SG1010Q22009
135
136
To contact a Freescale
Semiconductor Authorized
Distributor,
go to:
www.freescale.com,
then select “Where to Buy.”
PRODUCT
NUMBERING
SYSTEM
FOR
PROXIMITY
SENSORS
M
PR
EE
V
PPP
RR
TAPE & REEL INDICATOR
PRODUCT CATEGORY
M = QUALIFIED STANDARD
C = CUSTOM DEVICE
P = PROTOTYPE DEVICE
PACKAGE DESIGNATOR
EG = RoHS COMPLIANCE
VERSION
PROXIMITY SENSOR
NUMBER OF ELECTRODES
SG1010–10
SG1010Q22009
PRESSURE SENSOR ORDERABLE PART NUMBERS
Uncompensated
MPXM2053D
MPXM2202DT1
MPXV4006GP
MPXV5040GC6U
MPXH6101AC6U
MPXVZ5150GC6T1
MPXY8300B6T1
MPX10D
MPXM2053DT1
MPXM2202GS
MP3V7007DP
MP3V5050DP
MPX4115A
MPXVZ5150GC7U
MPXY8300B6U
MPX10DP
MPXM2053GS
MPXM2202GST1
MP3V7007GC6T1
MP3V5050GC6T1
MPX4115AP
MPX4200A
MPXY8300C6T1
MPX10GP
MPXM2053GST1
MPXV2202DP
MP3V7007GC6U
MP3V5050GC6U
MPX4115AS
MPXH6250A6T1
MPXY8300C6U
MPXV10GC6U
MPXV2053DP
MPXV2202GC6T1
MP3V7007GP
MP3V5050GP
MPXA4115A6T1
MPXH6250A6U
MPXV10GC7U
MPXY8310A6T1
MPXV2053GP
MPXV2202GC6U
MPXV7007DP
MP3V5050VC6T1
MPXA4115A6U
MPXH6250AC6T1
MPX12D
MPXV2053GVP
MPXV2202GP
MPXV7007DPT1
MP3V5050VC6U
MPXA4115AC6U
MPXH6250AC6U
MPX12DP
MPX2100A
MPXV7007G6T1
MPVZ5050GW7U
MPXA4115AP
MPXHZ6250A6T1
MPX12GP
MPX2100AP
MPXV7002DP
MPXV7007G6U
MPX5050D
MPXAZ4115A6T1
MPXHZ6250A6U
MPX12GW6U
MPX2100ASX
MPXV7002DPT1
MPXV7007GC6T1
MPX5050DP
MPXAZ4115A6U
MPXHZ6250AC6T1
MPX12GW7U
MPX2100D
MPXV7002GC6T1
MPXV7007GC6U
MPX5050GP
MPXAZ4115AC6U
MPXH6300A6T1
MPX53D
MPX2100DP
MPXV7002GC6U
MPXV7007GP
MPX5050GP1
MPXV4115V6T1
MPXH6300A6U
MPX53DP
MPX2100GP
MPXV7002GP
MPXV7007GPT1
MPXV5050DP
MPXV4115V6U
MPXH6300AC6T1
MPXV53GC7U
MPX2100GVP
MP3V5004DP
MPVZ5010G6T1
MPXV5050GC6T1
MPXV4115VC6U
MPXH6300AC6U
MPXY8320B6T1
MPX53GP
MPX2102A
MP3V5004GC6T1
MPVZ5010G6U
MPXV5050GC6U
MP3H6115A6T1
MPXH6400AC6T1
MPXY8320B6U
MPX2102AP
MP3V5004GC6U
MPVZ5010G7U
MPXV5050GP
MP3H6115A6U
MPXH6400AC6U
MPXY8320C6T1
MPX2300DT1
MPX2102ASX
MP3V5004GP
MPVZ5010GW6U
MPXV5050VC
MP3H6115AC6T1
MPXHZ6400AC6T1
MPX2301DT1
MPX2102DP
MP3V5004GVP
MPVZ5010GW7U
MPXV5050VC6T1
MP3H6115AC6U
MPX4250A
MPX2010D
MPX2102GP
MPVZ5004G6T1
MPX5010DP
MPX4080D
MPXA6115A6T1
MPX4250AP
MPX2010DP
MPX2102GVP
MPVZ5004G6U
MPX5010GP
MPX4100A
MPXA6115A6U
MPX4250D
MPX2010GP
MPXM2102A
MPVZ5004G7U
MPX5010GS
MPX4100AP
MPXA6115AC6T1
MPX4250DP
MPX2010GS
MPXM2102AS
MPVZ5004GC6U
MPX5010GSX
MPX4100AP1
MPXA6115AC6U
MPX4250GP
MPX2010GSX
MPXM2102AST1
MPVZ5004GW6U
MPXV5010DP
MPX4100AS
MPXA6115AC7U
MPXA4250A6U
MPXM2010D
MPXM2102AT1
MPVZ5004GW7U
MPXV5010G6U
MPXA4100A6T1
MPXAZ6115A6U
MPXA4250AC6T1
MPXM2010DT1
MPXM2102GS
MPXV5004DP
MPXV5010GC6T1
MPXA4100A6U
MPXAZ6115AC6T1
MPXA4250AC6U
MPXM2010GS
MPXM2102GST1
MPXV5004GC6T1
MPXV5010GC6U
MPXA4100AC6U
MPXAZ6115AC6U
MPXAZ4250AC6T1
MPXM2010GST1
MPXV2102GP
MPXV5004GC6U
MPXV5010GC7U
MPXAZ4100A6U
MPXAZ6115AP
MPX5500D
MPXV2010DP
MPX2200A
MPXV5004GC7U
MPXV5010GP
MPXAZ4100AC6U
MPXAZ6115APT1
MPX5500DP
MPXV2010GP
MPX2200AP
MPXV5004GP
MPVZ7025DP
MPX5100A
MPXH6115A6T1
MPX5700A
MPXC2011DT1
MPX2200D
MPXV5004GPT1
MPVZ7025G6T1
MPX5100AP
MPXH6115A6U
MPX5700AP
MPXC2012DT1
MPX2200DP
MPXV5004GVP
MPVZ7025G6U
MPX5100D
MPXH6115AC6T1
MPX5700AS
MPX2050D
MPX2200GP
MPVZ4006G6T1
MPVZ7025GC6T1
MPX5100DP
MPXH6115AC6U
MPX5700ASX
MPX2050DP
MPX2202A
MPVZ4006G6U
MPVZ7025GC6U
MPX5100GP
MPXHZ6115A6T1
MPX5700D
MPX2050GP
MPX2202AP
MPVZ4006G7U
MPVZ7025GP
MPXV5100DP
MPXHZ6115A6U
MPX5700DP
MPX2050GSX
MPX2202ASX
MPVZ4006GW6U
MPXV7025DP
MPXV5100GC6U
MPXHZ6115AC6T1
MPX5700GP
MPXM2051GS
MPX2202DP
MPVZ4006GW7U
MPXV7025DPT1
MPXV5100GC7U
MPXHZ6115AC6U
MPX5700GP1
MPXM2051GST1
MPX2202GP
MPXV4006DP
MPXV7025GC6T1
MPXV5100GP
MPXV6115VC6T1
MPX5700GS
MPX2053D
MPXM2202A
MPXV4006GC6T1
MPXV7025GC6U
MPXH6101A6T1
MPXV6115VC6U
MPX5999D
MPX2053DP
MPXM2202AS
MPXV4006GC6U
MPXV7025GP
MPXH6101A6U
MPXHZ6130A6U
MPXY8300A6T1
MPX2053GP
MPXM2202D
MPXV4006GC7U
MPXV7025GPT1
MPXH6101AC6T1
MPXHZ6130AC6U
MPXY8300A6U
Compensated
Integrated
A change bar appears in the left margin to mark the location of new or revised information.
MPXY8310A6U
MPXY8310B6T1
MPXY8310B6U
MPXY8310C6T1
MPXY8310C6U
MPXY8320A6T1
MPXY8320A6U
MPXY8320C6U
Legend
Uncompensated
Compensated
Integrated
SG1010–11
SG1010Q22009
137
138
How to Reach Us:
Home Page:
www.freescale.com
Web Support:
http://www.freescale.com/support
USA/Europe or Locations Not Listed:
Freescale Semiconductor, Inc.
Technical Information Center, EL516
2100 East Elliot Road
Tempe, Arizona 85284
1-800-521-6274 or +1-480-768-2130
www.freescale.com/support
Europe, Middle East, and Africa:
Freescale Halbleiter Deutschland GmbH
Technical Information Center
Schatzbogen 7
81829 Muenchen, Germany
+44 1296 380 456 (English)
+46 8 52200080 (English)
+49 89 92103 559 (German)
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www.freescale.com/support
Asia/Pacific:
Freescale Semiconductor China Ltd.
Exchange Building 23F
No. 118 Jianguo Road
Chaoyang District
Beijing 100022
China
+86 10 5879 8000
[email protected]
For Literature Requests Only:
Freescale Semiconductor Literature Distribution Center
1-800-441-2447 or +1-303-675-2140
Fax: +1-303-675-2150
[email protected]
Japan:
Freescale Semiconductor Japan Ltd.
Headquarters
ARCO Tower 15F
1-8-1, Shimo-Meguro, Meguro-ku,
Tokyo 153-0064
Japan
0120 191014 or +81 3 5437 9125
[email protected]
Freescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc.
All other product or service names are the property of their respective owners.
© Freescale Semiconductor, Inc. 2009. All rights reserved.
SG1010Q22009
Rev 0
4/2009
Information in this document is provided solely to enable system and
software implementers to use Freescale Semiconductor products. There
are no express or implied copyright licenses granted hereunder to design
or fabricate any integrated circuits or integrated circuits based on the
information in this document.
Freescale Semiconductor reserves the right to make changes without
further notice to any products herein. Freescale Semiconductor makes no
warranty, representation or guarantee regarding the suitability of its
products for any particular purpose, nor does Freescale Semiconductor
assume any liability arising out of the application or use of any product or
circuit, and specifically disclaims any and all liability, including without
limitation consequential or incidental damages. “Typical” parameters that
may be provided in Freescale Semiconductor data sheets and/or
specifications can and do vary in different applications and actual
performance may vary over time. All operating parameters, including
“Typicals”, must be validated for each customer application by customer’s
technical experts. Freescale Semiconductor does not convey any license
under its patent rights nor the rights of others. Freescale Semiconductor
products are not designed, intended, or authorized for use as components
in systems intended for surgical implant into the body, or other applications
intended to support or sustain life, or for any other application in which the
failure of the Freescale Semiconductor product could create a situation
where personal injury or death may occur. Should Buyer purchase or use
Freescale Semiconductor products for any such unintended or
unauthorized application, Buyer shall indemnify and hold Freescale
Semiconductor and its officers, employees, subsidiaries, affiliates, and
distributors harmless against all claims, costs, damages, and expenses,
and reasonable attorney fees arising out of, directly or indirectly, any claim
of personal injury or death associated with such unintended or unauthorized
use, even if such claim alleges that Freescale Semiconductor was negligent
regarding the design or manufacture of the part.
Wireless
Quarter 3, 2008
SG1013Q32008 Rev 0
139
140
WIRELESS PLATFORMS
Cellular Platforms
Freescale delivers a full range of UMTS/WCDMA, EDGE and GSM/GPRS cellular platforms that speed time-to-market by simplifying development for manufacturers. As total system solutions, Freescale’s
cellular platforms provide the industry’s most integrated solutions — silicon, software, and support — to deliver a wide variety of mobile data applications and services.
Based on the revolutionary Mobile eXtreme Convergence (MXC) architecture, Freescale’s MXC300-30 cellular platform is an advanced solution that meets the technical challenges of 3G. MXC300-30 supports multi-call, High-Speed Downlink Packet Access (HSDPA) and High-Speed Uplink Packet Access (HSUPA). HSDPA/HSUPA enables streaming audio, video, interactive downloads and uploads, faster
Internet access and emerging services such as push-to-share and multiplayer mobile gaming.
Freescale’s MXC275-30 cellular platform is a comprehensive cellular platform for EDGE-based handsets. By reducing component count and cost, the MXC 275-30 platform enables consumers to have
handsets that are slim, sleek and stylish. Integrated world-class power amplifier and power management technology helps reduce dropped calls and extend battery life.
For low-tier handsets, the i.250-22 platform for 2.5G and the i.200-22 platform for 2.G are best-in-class system solutions that help you get to market quickly with scalable, cost-effective wireless products.
Cellular Platforms Product Table
Product
Description
MXC300-30
Documentation
Comprehensive cellular platform solution integrating silicon, software and support for mid-to high-tier 3G wireless handsets. BR1904, MXC30030FS,
BRMXCARCHITECT
MXC275-30
Comprehensive cellular platform solution integrating silicon, software and support for 2.75G wireless handsets.
i.250-22
Comprehensive cellular platform solution integrating silicon, software and support for 2.5G wireless handsets.
BR1904, MXC27530FS,
BRMXCARCHITECT
BR1904, I25022FS
i.200-22
Comprehensive cellular platform solution integrating silicon, software and support for low-tier 2G wireless handsets.
BR1904, I20022FS
802.15.4/ZIGBEE£TECHNOLOGY PRODUCTS
The Freescale Semiconductor 801.15.4/ZigBee Technology Products offer a comprehensive, scalable set of solutions designed for a variety of monitoring, automation, and control applications in the home,
commercial, industrial, and medical environments. The platform enables cost-effective, low-power applications ranging from simple point-to-point networks through fully compliant ZigBee mesh networks.
Freescale is a complete one-stop-shop for wireless connectivity designs offering the MC1320x family of transceivers, the MC1321x family of System in a Package (SIP) MCU/transceiver single package
solutions, and the MC1322x family of Platform in a Package (PIP) integrated alternatives. Both the MC1320x and MC13213 solutions are supported by the easy to use BeeKit™ GUI-based software and the
1321x development hardware. The product offerings can be used to implement a variety of MAC options including the proprietary Simple MAC (SMAC), IEEE® 802.15.4 MAC, and the BeeStack™ fully
compliant ZigBee stack. The Generation II MC1320x transceivers offer designers the alternative to select Freescale microcontrollers from the HCS08GB, HCS08GT, and HCS08QE series which connect
to the transceivers through a 4-wire serial peripheral interface or SPI. Flexibility, easy to use products, software and hardware design tools, and the right performance at the right price provide embedded
designers the optimized solution to meet their wireless personal area network (WPAN) application objectives.
MC1320x Transceivers
Supply Voltage
(V)
Supply Current @ 1%
Duty Cycle (Typ) mA
Standby Current
(Typ) µA
Frequency Band
GHz
Sensitivity @ 1% PER
(Typ) dBm
Serial Interface
Data Rate
(Spec) kbps
Tx/RX Switch
Communication Protocol
Packaging
MC13201FC
Product
2.0 to 3.4
30, TX
37, RX
500
2.4-2.5
-91
SPI
250
Yes
SMAC
32 QFN
MC13202FC
2.0 to 3.4
30, TX
37, RX
500
2.4-2.5
-92
SPI
250
Yes
SMAC/IEEE£802.15.4 MAC/
BeeStack™
32 QFN
A change bar appears in the left margin to mark the location of new or revised information.
SG1013–2
SG1013Q32008
802.15.4/ZIGBEE£TECHNOLOGY PRODUCTS (continued)
MC1321x System in a Package
The MC1321x System in Package or SIP solutions include Freescale’s 2.4 GHz RF transceiver and the HCS08 microcontroller in a single package, providing for a cost-effective solution that reduces system
external component counts. Similar to the MC1320x family of transceivers, the MC1321x SIP family supports a variety of MAC options including the proprietary Simple MAC (SMAC), IEEE 802.15.4 MAC, and
the BeeStack fully compliant ZigBee stack. The MC13211 is the ideal option for Simple MAC networks which require a smaller memory footprint, 16KB of MCU memory. The MC13212 best supports the Simple
MAC and IEEE 802.15.4 MAC networks with its 32KB of MCU memory. The MC13213 supports the Simple MAC, IEEE 802.15.4 MAC and the BeeStack networks with its 60KB of MCU memory.
MC1321x 802.15.4/ZigBee-Compliant SIP Products
Tx/RX
Switch
MAC Options
Packages
Flash
RAM
MC13211
Product
Supply
Supply Current @ 1% Duty Standby Current Frequency Sensitivity @ 1% Data Rate
Voltage (V) Cycle, CPU @ 2MHz (Typ) mA
(Typ) µA
Band (GHz) PER (Typ) dBm (Spec) kbps
2.0 to 3.4
31.1, TX
38.1, RX
0.2 - 0.675
2.4-2.5
-92
250
Yes
SMAC
71-LGA
16KB
1KB
HCS08 IIC, SCI (2), Timer/PWM(2), KBI, 8-CH
10-bit ADC, Up to 32 GPIO
Core
Peripherals
MC13212
2.0 to 3.4
31.1, TX
38.1, RX
0.2 - 0.675
2.4-2.5
-92
250
Yes
SMAC/IEEE£802.15.4
71-LGA
32KB
2KB
HCS08 IIC, SCI (2), Timer/PWM(2), KBI, 8-CH,
10-bit ADC, Up to 32 GPIO
MC13213
2.0 to 3.4
31.1, TX
38.1, RX
0.2 - 0.675
2.4-2.5
-92
250
Yes
SMAC/IEEE£802.15.4,
BeeStack™
71-LGA
60KB
4KB
HCS08 IIC, SCI (2), Timer/PWM(2), KBI, 8-CH
10-bit ADC, Up to 32 GPIO
MC1321x Development Tools
Features
1321xDSK
1321xDSK-BOM
1321xNSK
1321xNSK-BDM
1321xEVK
1321xEVK-SFTW
13213-SRB (boards per kit)
2
2
4
13213-NCB (boards per kit)
0
1
3
Yes
Yes
Yes
Special Edition
Special Edition
Special Edition, Standard
Edition included with 132x
EVK-SFTW only
90-day Evaluation
90-day Evaluation
90-day Evaluation, Full
Version included with
1321xEVK-SFTW only
ZigBee™ Packet Analyzer Hardware
No
No
Yes
Daintree Basic Protocol Analyzer
No
No
Yes
Sensor Application
Demo
Range Test Demo
ZigBee Application Network
Demo
1321X Development Kit Software
CodeWarrior IDE
BeeStack™ ZigBee™ Stack Software Suite
Out-of-Box Application
MC1322x Platform in a Package
The MC1322x Platform in a Package or PIP solutions are Freescale's latest additions to an already exceptional portfolio of 2.4GHz IEEE 802.15.4 wireless solutions. Changing the market dynamics for short
range wireless integrated circuits, the MC1322x family is a quantum leap in reduced power and integration, trimming solution size and power consumption up to 50 percent. A hardware accelerator manages
the load on the 32-bit ARM7 TDMI-S CPU, allowing the radio to perform many operations without interrupting the MCU. In addition, a combination of ROM (80 Kb), RAM (96 Kb) and Flash (128 Kb) memory
positions this IC as the ideal solution for more complicated networks such as ZigBee compliant networks. With the MAC, boot loader, and drivers in ROM, the solution offers more accessible Flash memory
for applications programming than any 128 Kb Flash memory product in the 2.4 GHz 802.15.4 wireless market space today. Supported by the Freescale BeeKit which offers a graphical users interface for
creation, modification, and updating of wireless networking implementations and a comprehensive code base of wireless networking libraries, application template and sample applications; the MC1322x
family provides the embedded engineer an easier to use implementation of 802.15.4 wireless solutions for less complicated design and fast time to market.
A change bar appears in the left margin to mark the location of new or revised information.
SG1013–3
SG1013Q32008
141
142
802.15.4/ZIGBEE£TECHNOLOGY PRODUCTS (continued)
MC1322x 802.15.4/ZigBee-Compliant PIP Products
Product
Supply
Supply Current @ 1% Duty Standby Current Frequency Sensitivity @ 1% Data Rate
Voltage (V) Cycle, CPU @ 1MHz (Typ) mA
(Typ) µA
Band (GHz) PER (Typ) dBm (Spec) kbps
MC13224
2.0 to 3.4
20, TX
20, RX
0.3 - 0.675
2.4-2.5
-95
Data Rate
TurboLink™
(Spec) kbps
Tx/RX
Switch
MAC Options
Packages
No
Yes
SMAC/
IEEE£802.15.4,
BeeStack™
99-LGA
250
Flash
RAM ROM
Core
Peripherals
128KB 96KB 80KB ARM7 TDMI-S 2-bit ADC, Buck Converter,
IIC, SPI, SCI, SSI/I2S,
4-16-bit Timers/PWM(2), KBI,
2-8-CH. Up to 64 GPIO
MC1322x Development Tools
1322x USB Kit
1322x Developer
Starter Kit
1322x Network
Starter Kit
1322x ZigBee EVK
End Node
Features
n\a
1
1
4
Coordinator
n\a
1
1
3
Low Power Node
n\a
n\a
1
2
1
n\a
1
1
No
Yes
Yes
Yes
IAR 32K Edition
IAR 32K Edition
IAR 32K Edition
(256K Edition-1322XNSK-IAR only)
IAR 32K Edition
(256K Edition-1322XNSK-IAR only)
BeeKit™ with 90-day
Evaluation of BeeStack™
BeeKit™ with 90-day
Evaluation of BeeStack™
BeeKit™ with 90-day
Evaluation of BeeStack™
BeeKit™ with 90-day Evaluation of BeeStack™
(Full Node Locked Version-13322xEVK-SFTW only)
USB Node
J-Link JTAG Debugger
IAR IDE
BeeKit™ with BeeStack™ ZigBee™ Protocol Stack
Protocol Analyzer
No
No
No
Daintree Basic Edition
Out-of-Box Application
None
Sensor Demo
802.15.4 Network Demo
ZigBee Environment Demo (ZeD)
Out-of-Box Application
Yes
Yes
Yes
Yes
RF LOW POWER COMPONENTS
Product
Freq. Range
MHz
MBC13720NT1(18c) 400 to 2500
MBC13916NT1(18c) 100 to 2500
MC13821(18b)
800 to 2500
Supply Volt.
Range Vdc
2.5 to 3.0
2.7 to 5.0
2.7 to 3.0
Supply Current
mA (Typ)
9
4.7
2.8
Standby Current uA
(Typ)
<20
—
10
Small Signal Gain dB (Typ) Output IP3 dBm (Typ)
14.5 @ 1900 MHz
16.5 @ 900 MHz
18 @ 1575 MHz
24.5 @ 1900 MHz
16.5 @ 900 MHz
18.5 @ 1575 MHz
NF dB (Typ)
Packaging
1.38 @ 1900 MHz
0.9 @ 900 MHz
1.2 @ 1575 MHz
System Applicability
419B/SOT-363 ISM900, 2400, PCS, CDMA
1404/SOT-343R General purpose cascode amp for VCOs, buffers, & LNAs
1345/QFN-12 ISM900, ISM2400, GPS, Cellular, PCS, WCDMA
RF Low Power Transistors
Product
MBC13900NT1(18c)
Gain-Bandwidth
fT Typ GHz
Ic mA
15
20
Nfmin @ f
(Typ) dB
1.0
1.3
Gain @ f
GHz
1.0
2.0
(Typ) dB
17
14
GHz
1.0
2.0
Maximum Ratings
V(BR) CEO Volts
Ic mA
7
20
Packaging/Style
318M/SOT-343
Low Noise Amplifiers/Mixers
Product
Input Freq. MHz LO Freq. Vdc IF Freq. MHz
MC13770(42) (LNA/Mixer) 2100 to 2170
n/a
n/a
Gain dB
15
-5.0
A change bar appears in the left margin to mark the location of new or revised information.
NF dB
1.5
5.0
IIP3 dBm
0
20
Supply Current
3.0 mA
10 uA
Packaging
1345/QFN-12
System Applicability
WCDMA, PCS, PDC
SG1013–4
SG1013Q32008
POWER MANAGEMENT
Power Management & User Interface Solutions
Freescale Semiconductor powers the cellular and portable handheld industry with highly integrated, feature rich power management products. Our power management devices provide the fundamentals of
battery charging and power distribution complemented with user interface features. This functional convergence is referred to as PMUI (Power Management & User Interface). Freescale's PMUI ICs help
reduce overall system cost, component count and board area.
Our mid-to high-tier PMUI ICs include integrated audio amplifiers for microphones, speakers and headsets. The audio subsystem features a voice CODEC for phone calls and 16-bit Stereo DAC for music
playback. Other enhanced features include white LED backlighting and tri-color fun lighting support, USB OTG transceiver, and CEA-936-A carkit capability. Freescale's PMUI highly integrated drop-in solutions can help power your smartphones, PMPs, and other portable handheld devices.
Learn More: For more information about Freescale products, please visit www.freescale.com/pmui.
Power Management, Audio & User Interface ICs
Part Number/Description
LDOs
DC-DC
Converter
MC13783
Highly Integrated, High-Tier PMUI
18
• Four bucks
500 mA each
• DVS and
Parallel
capable
• One boost
•
•
•
•
•
•
•
Handset speaker, • 13-bit Voice
• Li-Ion main battery charger • Dual SPI
Speaker-phone
(2-ch ADC)
with 10-bit GPADC and
• Dual SSI
Stereo
• 16-bit Stereo DAC scaling circuitry
• Touchscre
Aux driver
• Carkit capable
en
3-mic amps
• Coin cell charger and
interface
Headset detectors
system backup
Phantom ground
• 3 zone WLED
backlight
• 3 bank RGB
drivers
•
•
•
•
•
RTC
• Smartphones and UMTS
USB OTG transceiver
handsets
CEA-936-A Carkit interface • PMP (MP3, DVD)
Power gating
• Other portable handheld devices
User off power cut support
BGA-247
10x10mm
1605-01
MC13890
Highly Integrated, Mid-Tier PMUI
15
• Buck, 350mA
• Boost, 5V
(adaptive)
•
•
•
•
•
•
Handset speaker • 13-bit Voice
• Li-Ion main battery charger • SPI
Speaker-phone
• 16-bit Stereo DAC with 10-bit GPADC and
• SSI
Stereo
scaling circuitry
Aux driver
• Carkit capable
2-mic amps
• Coin cell charger and
Headset detectors
system backup
• 3 zone WLED
backlight
• 3 bank RGB
drivers
• RTC
• 2.xG cellular handsets
• USB OTG transceiver
• PMP (MP3, DVD)
• CEA-936-A Carkit interface • Other portable handheld devices
BGA-185
10x10mm
1605-01
MC13883
Integrated Charger, USB OTG
Transceiver & Carkit Interface
2
• Charge
indicator only
•
•
•
•
QFN-40
6x6mm
1624-01
No
Audio Amps
• Carkit switches
CODEC
No
Battery System
• Li-Ion battery
• Carkit capable
Iterface
SPI or I2C
Lighting
Other
USB OTG transceiver
CEA-936-A carkit interface
UART
OVP
System Applications
•
•
•
•
Pkg/Pin
Count/
Case Outline
Cellular handsets
2-way radios
PMP (MP3, DVD)
Other portable handheld devices
CELLULAR RF SUBSYSTEMS
Cellular RF Subsystems
Freescale is one of the world’s largest suppliers of RF transceivers for GSM/EDGE handsets and has been providing WCDMA RF solutions since the standard’s creation. As multiband, multimode functions
are required for cell phone design, small and easy-to-use RF solutions are mandatory. Freescale has addressed these issues with a portfolio of RF subsystems that are optimized for performance, size, ease
of use and cost. Such subsystems leverage Freescale’s radio expertise in RF technologies.
The RF piece of the subsystem provides an antenna-to-bits functionality by including not only the traditional transceiver function, but also the analog baseband block as well. In addition to small size and a low
number of connections that offer a high level of reliability, low part counts and small inventory for the radio manufacturer, the product designs have been optimized for high performance, best possible integration and cost efficiency. Freescale’s innovative layer-one programming function, which debuted in the RFX275-20 RF subsystem, uses single-command programming that reduces calibration steps and
speeds time to first call. An engineer enters a single command stating the desired channel and power level. This command sets the parameters and times the events practically guaranteeing compliance.
Learn More: For more information about Freescale products, please visit www.freescale.com/cellularRF.
SG1013–5
SG1013Q32008
143
144
CELLULAR RF SUBSYSTEMS (continued)
Cellular RF Subsystems
Subsystem
RFX250-20
Number of ICs
2
RFX275-20
2
RFX275-30
2
RFX300-20
4
RFX300-30
2
Devices
MMM6000
MMM6015
MMM6000
MMM6027
MMM7010
MMM6028
MMM6007
MMM6000
MMM6029
MMM6032
MMM7020
MMM6038
Function
Transceiver
Front-End Power Amplifier
Transceiver
Power Amplifier Switch Module
Transceiver
Front-End Power Amplifier
Transceiver
Transceiver
Power Amplifier Module
Power Amplifier Module
Transceiver
Front-End Power Amplifier
Protocol
GSM/GPRS
Interface
DigRF
GSM/GPRS EDGE
DigRF
GSM/GPRS EDGE
DigRF
WCDMA/EDGE (3G)
Digital and DigRF
WCDMA/EDGE (3G)
DigRF (3G)
Package
1584/9x11 mm
1648/6x8 mm
1584/9x11 mm
1597/8x8 mm
6422/5.2 x 6.8 x 1.1 mm
6426/7.5 x 7.5 x 1.1 mm
1610/11x15 mm
1548/9x11 mm
1597/8x8 mm
1643/4x4 mm
6430/9.25 x 7.65 x 1.1 mm
6432/7.5 x 7.5 x 1.1 mm
System Applicability
GSM/GPRS Cellular Handsets with
Easy Upgrade to EDGE
GSM/GPRS/EDGE
Cellular Handsets
GSM/GPRS/EDGE
Cellular Handsets
GSM/GPRS/EDGE/WCDMA Cellular
Handsets
GSM/GPRS/EDGE/WCDMA
Cellular Handsets
APPLICATIONS PROCESSORS
i.MX FAMILY
The i.MX family of applications processors is designed for use in multimedia smartphones, portable media players, portable navigation devices, video surveillance systems, point-of-sale systems, bar code
scanners, and many other consumer, industrial, medical and general purpose embedded applications. Based on ARM® core technology, the i.MX family is engineered with Freescale's Smart Speed™ technology to deliver power performance while minimizing power consumption. Extensive integration helps to reduce your design time significantly.
i.MX ARM® Core Product Table
Product
RAM
(KB)
Product Integration
MCIMX31
16 ARM1136JF-S™ core processor, 2D/3D Graphics Processing Unit,
SRAM LCDC, Smart LCDC, CMOS Sensor Interface, Fast IR, Image
Processing Unit, L2 Cache, Security, USBOTG, 5xUARTs, 3xCSPIs,
I2C, 2xSSI, Digital Aud MUX, 1-Wire Controller, Keypad IF, 2xMMC/SD,
EIM, SDRAM controller, NAND-Flash controller, PCMCIA, DMAC,
GPIO, ATA HDD IF
MCIMX31L
16 ARM1136JF-S™ core processor, LCDC, Smart LCDC, CMOS Sensor
SRAM Interface, Fast IR, Image Processing Unit, L2 Cache, Security, USBOTG,
5xUARTs, 3xCSPIs, I2C, 2xSSI, Digital Aud MUX, 1-Wire Controller,
Keypad IF, 2xMMC/SD, EIM, SDRAM controller, NAND-Flash controller,
PCMCIA, DMAC, GPIO, ATA HDD IF
MCIMX27
45 ARM926EJ-S™ core processor, Smart Speed switch, H.264 D1,
SRAM MPEG-4, H.263 HW encoder and decoder, 10/100 Ethernet MAC,
LCDC, Smart LCDC, CMOS Sensor Interface, Security, USB OTG, Fast
IR, ATA, 1-Wire Controller, SDRAM controller, NAND Flash controller,
PCMCIA, various connectivity
MC9328MX21
6
ARM926EJ-S™ core processor, eMMA, LCDC, Smart LCDC, CMOS
SRAM Sensor Interface, Fast IR, USBOTG, 4xUARTs, 3xCSPIs, I2C, 2xSSI,
Digital Aud MUX, 1-Wire Controller, Keypad IF, 2xMMC/SD, EIM,
SDRAM controller, NAND-Flash controller, PCMCIA, DMAC, GPIO
MC9328MX21S
6
ARM926EJ-S™ core processor, LCDC, Smart LCDC, CMOS Sensor
SRAM Interface, Fast IR, Image Processing Unit, L2 Cache, USBOTG, 3xUARTs,
2xCSPIs, I2C, 2xSSI, Digital Aud MUX, 1-Wire Controller, Keypad IF, 2xMMC/
SD, EIM, SDRAM controller, NAND-Flash controller, PCMCIA, DMAC, GPIO,
ATA HDD IF
MC9328MXL
n/a ARM920T™ core processor, color LCD controller, DMAC, MMC/SD
HC, MSHC, MMA, Video port, 110 GPIO ports
MC9328MXS
n/a
ARM920T™ core processor, color LCD controller, DMAC
Timer
Serial
A/D
Operating
Voltage
(3) 32-bit
SSI, CSPI,
UART, USB,
I2C, I2S
n/a
1.22 V to 1.65 V Internal
1.75 V to 3.3 V I/O
(3) 32-bit
SSI, CSPI,
UART, USB,
I2C, I2S
n/a
1.22 V to 1.65 V Internal
1.75 V to 3.3 V I/O
(6) 32-bit
SSI, CSPI,
UART, USB,
I2C, ATA
n/a
(3) 32-bit
SSI, CSPI,
UART, USB,
I2C, I2S
(3) 32-bit
Operating
Frequency
(MHz)
400, 532
Temp
Packaging
Status
Additional
Information
Documentation
0oC to 70oC
-40oC to 85oC
457-ball
MAPBGA
473-ball
MAPBGA
Available
AEC-Q100
MCIMX31RM
automotive
qualified parts
available
400, 532
0oC to 70oC
-40oC to 85oC
457-ball
MAPBGA
473-ball
MAPBGA
Available
AEC-Q100
MCIMX31RM
automotive
qualified parts
available
1.15 V to 1.65 V Internal
1.75 V to 3.3 V I/O
400
-20oC to 85oC
404-ball
MAPBGA
Available
MCIMX27RM
n/a
1.45 V to 1.65 V Internal
1.7 V to 2.0 V, or 2.7 V
to 3.3 V I/O
266
0oC to 70oC
-40oC to 85oC
289-ball
MAPBGA
Available
MC9328MX21RM
SPI, CSPI,
UART, USB,
I2C, I2S
n/a
1.45 V to 1.65 V Internal
1.7 V to 2.0 V, or 2.7 V
to 3.3 V I/O
266
0oC to 70oC;
-40oC to 85oC
289-ball
MAPBGA
Available
MC9328MX21S
(2) 32-bit
SPI, UART,
USB, I2C, I2S
n/a
1.8, 1.9 Internal
1.8, 1.9/3.0 I/O
150, 200
0oC to 70oC
-40oC to 85oC
Available
MC9328MXLRM
(2) 32-bit
SPI, UART,
USB, I2C, I2S
n/a
1.8, 1.9 Internal, 1.8,
1.9/3.0 I/O
100
0oC to 70oC
-40oC to 85oC
225-ball
MAPBGA
256-ball
MAPBGA
225-ball
MAPBGA
Available
MC9328MXSRM
SG1013–6
SG1013Q32008
ACCESS AND REMOTE CONTROL
Transmitters and Receivers
Product
Description
Packaging
Band (MHz)
Data Rate (kbps) MCU Interface Operating Voltage (V)
Status
Transmitter (TANGO3)
MC33493 PLL Tuned UHF Transmitter, OOK/FSK Modulation, -40qC to +125qC
14-pin TSSOP 315, 434, 868
1 to 11
2 Logic Lines
1.8 to 3.6
Available
MC33591 PLL Tuned UHF Receiver, OOK/FSK Modulation, IF BW = 500 kHz, -40qC to +85qC
24-pin LQFP
315, 434
1 to 11
SPI
5
Available
MC33592 PLL Tuned UHF Receiver, OOK Modulation, IF BW = 300 kHz, -40qC to +85qC
24-pin LQFP
315, 434
1 to 11
SPI
5
Available
MC33593 PLL Tuned UHF Receiver, OOK/FSK Modulation, IF BW = 500 kHz, -40qC to +85qC
24-pin LQFP
868
1 to 11
SPI
5
Available
315, 434
1 to 11
SPI
5
Available
125 (kHz)
0.5 to 8
K line
ISO-9141
12
Available
Receiver (ROMEO2)
MC33594 PLL Tuned UHF Receiver, OOK/FSK Modulation (Data Manager in FSK only), IF BW = 500 kHz, -40qC to +105qC Extended Temperature 24-pin LQFP
TAG Reader (STARC) for Immobilizer Applications
MC33690 Stand-alone TAG reader with Voltage Regulator
20-pin SOIC
68HC08 Family
Product
ROM
(Bytes)
MC68HC908RF2
n/a
RAM
Flash or EEPROM
(Bytes) OTP (KB) (Bytes)
128
2 Flash
n/a
Timer
I/O
Serial
A/D
PWM
COP
Packaging
1-CH,
16-bit
12
n/a
n/a
See
Timer
Y
32-pin LQFP
(FA)
OperVoltage Max Bus
(V)
Freq (MHz)
1.8 to 3.6
4.0
Temp
Flash or
OTP
Status
C, M
Flash
Available
Additional Information
Documentation
Two-chip hybrid MCU with an onboard TANGO3 RF Transmitter
MC68HC908RF2
DEVELOPMENT TOOLS
MCU Wireless Development Tools
Product
Description
Status
13192DSK-A00
MC13191/92 Developer’s Starter Kit used to implement wireless network designs compatible with the IEEE® 802.15.4 standard.
Available
13192RFC-A00
A low-cost development board that provides a simple interface to Freescale’s MC13192 transceiver.
Available
13193EVK-00A
MC13193 Evaluation Kit used to implement wireless designs compatible with the ZigBee£ and the IEEE 802.15.4 standard
Available
SG1013–7
SG1013Q32008
145
146
How to Reach Us:
Home Page:
www.freescale.com
Web Support:
http://www.freescale.com/support
USA/Europe or Locations Not Listed:
Freescale Semiconductor, Inc.
Technical Information Center, EL516
2100 East Elliot Road
Tempe, Arizona 85284
1-800-521-6274 or +1-480-768-2130
www.freescale.com/support
Europe, Middle East, and Africa:
Freescale Halbleiter Deutschland GmbH
Technical Information Center
Schatzbogen 7
81829 Muenchen, Germany
+44 1296 380 456 (English)
+46 8 52200080 (English)
+49 89 92103 559 (German)
+33 1 69 35 48 48 (French)
www.freescale.com/support
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Freescale™ and the Freescale logo are trademarks of Freescale Semiconductor, Inc.
All other product or service names are the property of their respective owners.
© Freescale Semiconductor, Inc. 2008. All rights reserved.
SG1013Q32008
Rev 0
8/2008
Information in this document is provided solely to enable system and
software implementers to use Freescale Semiconductor products. There
are no express or implied copyright licenses granted hereunder to design
or fabricate any integrated circuits or integrated circuits based on the
information in this document.
Freescale Semiconductor reserves the right to make changes without
further notice to any products herein. Freescale Semiconductor makes no
warranty, representation or guarantee regarding the suitability of its
products for any particular purpose, nor does Freescale Semiconductor
assume any liability arising out of the application or use of any product or
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limitation consequential or incidental damages. “Typical” parameters that
may be provided in Freescale Semiconductor data sheets and/or
specifications can and do vary in different applications and actual
performance may vary over time. All operating parameters, including
“Typicals”, must be validated for each customer application by customer’s
technical experts. Freescale Semiconductor does not convey any license
under its patent rights nor the rights of others. Freescale Semiconductor
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and reasonable attorney fees arising out of, directly or indirectly, any claim
of personal injury or death associated with such unintended or unauthorized
use, even if such claim alleges that Freescale Semiconductor was negligent
regarding the design or manufacture of the part.
147
The Entry Point on the Controller Continuum—Only from Freescale
The Perfect 8-bit Compilation
Product summary
www.freescale.com/8bit
www.freescale.com/microselector
148
HCS08 Family
General Purpose Products
HCS08 and RS08 Families
Device
Application Specific Products
Flash
RAM
MC9S08AW60
MC9S08AW48
MC9S08AW32
MC9S08AW16
MC9S08AC128
MC9S08AC96
MC9S08AC60
MC9S08AC48
MC9S08AC32
MC9S08AC16
MC9S08AC8
MC9S08GB60A
MC9S08GB32A
MC9S08GT60A
MC9S08GT32A
MC9S08GT16A
MC9S08GT8A
MC9S08EL32
MC9S08EL16
MC9S08SL16
MC9S08SL8
MC9S08JM60
MC9S08JM32
MC9S08JM16
MC9S08JM8
MC9S08QG8
MC9S08QG4
MC9S08QA4
MC9S08QA2
MC9RS08KA8
MC9RS08KA4
MC9RS08KA2
MC9RS08KA1
MC9S08QD4
MC9S08QD2
MC9S08LC60
MC9S08LC36
MC9S08LL16
MC9S08LL8
MC9RS08LA8
MC9RS08LE4
MC9S08SH32
MC9S08SH16
MC9S08SH8
MC9S08SH4
MC9S08QE128
MC9S08QE96
MC9S08QE64
MC9S08QE8
MC9S08QE4
MC9S08QE32
MC9S08QE16
60 KB
48 KB
32 KB
16 KB
128 KB
96 KB
60 KB
48 KB
32 KB
16 KB
8 KB
60 KB
32 KB
60 KB
32 KB
16 KB
8 KB
32 KB
16 KB
16 KB
8 KB
60 KB
32 KB
16 KB
8 KB
8 KB
4 KB
4 KB
2 KB
8 KB
4 KB
2 KB
1 KB
4 KB
2 KB
60 KB
36 KB
16 KB
8 KB
8 KB
4 KB
32 KB
16 KB
8 KB
4 KB
128 KB
96 KB
64 KB
8 KB
4 KB
32 KB
16 KB
2 KB
2 KB
2 KB
1 KB
8 KB
6 KB
2 KB
2 KB
2 KB
1 KB
1 KB
4 KB
2 KB
4 KB
2 KB
2 KB
1 KB
1 KB
1 KB
512B
512B
4 KB
2 KB
1 KB
1 KB
512B
256B
256B
160B
254B
126B
62B
62B
256B
128B
4 KB
2.5 KB
2 KB
2 KB
256B
256B
1 KB
1 KB
512B
256B
8 KB
6 KB
4 KB
512B
256B
2 KB
1 KB
MC9S08DZ128
MC9S08DZ96
MC9S08DZ60
MC9S08DZ48
MC9S08DZ32
MC9S08DZ16
MC9S08DN60
MC9S08DN48
MC9S08DN32
MC9S08DN16
MC9S08DV128
MC9S08DV96
MC9S08DV60
MC9S08DV48
MC9S08DV32
MC9S08DV16
MC9S08RD60
MC9S08RD32
MC9S08RD16
MC9S08RD8
MC9S08RG60
MC9S08RG32
MC9S08RE16
MC9S08RE8
128 KB
96 KB
60 KB
48 KB
32 KB
16 KB
60 KB
48 KB
32 KB
16 KB
128 KB
96 KB
60 KB
48 KB
32 KB
16 KB
60 KB
32 KB
16 KB
8 KB
60 KB
32 KB
16 KB
8 KB
8
6
4
2
2
1
4
2
2
1
8
6
4
2
2
1
2
2
1
1
2
2
1
1
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
KB
USB
ADC Channels
10-bit
12-bit
16
16
16
16
16
16
16
16
16
8
8
8
8
8
8
8
8
16/12
16/12
16/12
16/12
2.0
2.0
2.0
2.0
12
12
12
12
8
8
4
4
12
12
SCI
(UART)
SPI
I2C
2
2
2
2
2
2
2
2
2
2
2
√
√
√
√
√
√
√
√
√
√
2
2
2
2
√
√
√
√
√
√
2
2
1
1
1
√
√
√
√
√
√
√
√
√
√
√
√
2
2
2
2
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
COMP
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
4
4
8
8
8
8
6
8
16
16
12
12
24
24
24
10
10
10
10
24
24
24
24
24
24
16
16
16
16
16
16
16
16
16
16
√
√
√
√
√
√
√
√
√
√
2
2
2
1
1
2
2
2
2
2
2
2
2
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
2
2
1
1
1
√
√
√
√
1
1
√
√
2
2
2
1
1
1
1
1
1
√
√
2
2
2
1
1
1
1
√
√
√
√
2
2
2
2
2
2
2
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
Timer
6 + 2-ch.
6 + 2-ch.
6 + 2-ch.
4 + 2-ch.
6 + 6 + 2-ch.
6 + 6 + 2-ch.
6 + 2 + 2-ch.
6 + 2 + 2-ch.
6 + 2 + 2-ch.
6 + 2-ch.
6 + 2-ch.
3 + 5-ch.
3 + 5-ch.
2 + 2-ch.
2 + 2-ch.
3 + 2-ch.
3 + 2-ch.
1 x 4-ch., 1 x 2-ch.
1 x 4-ch., 1 x 2-ch.
2 x 2-ch.
2 x 2-ch.
1 x 2-ch., 1 x 6-ch.
1 x 2-ch., 1 x 6-ch.
1 x 4-ch., 1 x 2-ch.
1 x 4-ch., 1 x 2-ch.
2-ch., MTIM
2-ch., MTIM
1-ch., MTIM
1-ch., MTIM
1 x 2-ch., MTIM
1 x 2-ch., MTIM
MTIM
MTIM
2 + 3-ch.
2 + 3-ch.
2 + 2-ch.
2 + 2-ch.
2 + 2-ch.
1 + 2-ch.
1 + 2-ch.
2 + 2-ch.
2 x 2-ch., MTIM
2 x 2-ch., MTIM
2 + 2-ch.
2 + 2-ch.
1 + 6-ch., 2 + 3-ch.
1 + 6-ch., 2 + 3-ch.
1 + 6-ch., 2 + 3-ch.
2 + 3-ch.,
2 + 3-ch.,
1 + 6-ch., 2 + 3-ch.
1 + 6-ch., 2 + 3-ch.
8-ch.
8-ch.
8-ch.
8-ch.
8-ch.
8-ch.
8-ch.
8-ch.
8-ch.
8-ch.
8-ch.
8-ch.
8-ch.
8-ch.
8-ch.
8-ch.
2-ch.
2-ch.
2-ch.
2-ch.
2-ch.
2-ch.
2-ch.
2-ch.
Clock Type
ICG w/FLL
ICG w/FLL
ICG
ICG
ICS
ICS
MCG with PLL and FLL
ICS
ICS
ICS
ICS
ICG w/FLL
ICS w/FLL
ICS w/FLL
ICS w/FLL
ICS
ICS
ICS w/FLL
ICS
OSC
OSC
OSC
OSC
OSC
OSC
149
Package
DFN/QFN
48
48
48
48
48
48
48
48
48
48
48
48
48
48, 32
48, 32
QFP/LQFP
64, 44
64, 44
64, 44
64, 44
80, 64
80, 64
64, 44, 32
64, 44, 32
64, 44, 32
44, 32
44, 32
64
64
44
44
44
44
64,
64,
44,
44,
24
48
48
48
48
48
DIP
42
42
42
42
20
20
20
20
44
44
32
32
16
16
6
6
48
48
48
SOIC
42
42
28,
28,
28,
28,
48
48
48
48
8, 16, 24
8, 16, 24
8
8
Dev Tools
TSSOP
8
8
8
8
8
8
8
8
8
8
16
16, 8
8
8
8
8
8
8
8
8
80, 64
80, 64
64, 48
48
48
80, 64, 44
64, 44
80, 64, 44, 32
32
32
44, 32
44, 32
28, 20, 16
28, 20, 16
28
28
28
20, 16
8
16
16
20, 28
20, 28
28
28
20
16
16
100, 64, 48
100, 64, 48
64, 48, 32
64, 48, 32
64, 48, 32
64, 48, 32
64, 48, 32
64, 48, 32
64, 48, 32
64, 48, 32
64, 48, 32
64, 48, 32
64, 48, 32
64, 48, 32
64, 48, 32
64, 48, 32
28
28
28
28
48
44,
44,
44,
44,
32
32
32
32
28
28
28
28
DEMO
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
EVB
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
Applications/Additional Features
BDM
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
*All RS08, S08 and HC08 products include COP, LVI, POR and KBI
High integration, flash programmable to 5V
High integration, flash programmable to 5V
High performance, flash programmable down to 1.8V
High performance, flash programmable down to 1.8V
Flash programming down to 1.8V, small package
Embedded SLIC and on-chip EEPROM
Embedded SLIC and on-chip EEPROM
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
USB S08 device with high performance and integration
High performance, low voltage, small package
Low-end S08 device with 1.8V to 3.6V op range
More integration, new RS08 core with small MCUs
Ultra-low end, new RS08 core for small MCUs
Low-end, flash programmable to 5V
Integrated Liquid Crystal Display (LCD) driver with high segment count
Integrated Liquid Crystal Display (LCD) driver with high segment count
Integrated Liquid Crystal Display (LCD) driver with high segment count
Integrated Liquid Crystal Display (LCD) driver with high segment count
Low-end S08 device with 2.7V to 5.5V op range
Ultra-low-power S08 device with 1.8V to 3.6V op range
S08 5V device with CAN and EEPROM
S08 5V device with EEPROM
S08 5V device with CAN
Remote control, carrier modulator timer
Remote control, carrier modulator timer
Remote control, carrier modulator timer
Price
$2.62
$2.41
$1.99
$1.85
$2.67
$2.48
$1.98
$1.91
$1.84
$1.56
$1.45
$3.55
$2.65
$3.28
$2.61
$1.65
$1.36
$1.87
$1.60
$1.55
$1.51
$2.79
$2.18
$1.89
$1.73
$0.75
$0.73
$0.63
$0.63
$0.60
$0.55
$0.35
$0.32
$0.64
$0.60
$3.52
$2.99
$1.59
$1.50
$0.99
$0.90
$1.47
$1.31
$0.96
$0.86
$2.99
$2.77
$2.45
$1.08
$0.94
$1.68
$1.48
$3.62
$3.32
$3.07
$2.88
$2.70
$2.52
$2.84
$2.65
$2.47
$2.28
$3.45
$3.16
$2.93
$2.74
$2.56
$2.37
$3.68
$3.53
$2.79
$1.97
$4.57
$3.68
$2.90
$2.04
150
8-bit Development Tools
Demonstration Boards (DEMO):
Demonstration boards are cost-effective
development tools that allow users to
program and debug application code
with basic I/O functions and peripherals.
Designers save on design time and
costs with these demo boards targeted
at specific HC(S)08/RS08 MCUs.
CodeWarrior™ Development Studio
for HC(S)08/RS08, Special Edition is
included along with the board.
Freescale Semiconductor’s In-Circuit Emulator (FSICE):
The Freescale Semiconductor In-Circuit Emulator (FSICE)
is a high-performance emulator system for HC08 MCUs. In
addition to incorporating the debug features of traditional
emulators, the FSICE system adds advanced features
such as the USBMULTILINK08E cable for in-circuit flash
programming, Ethernet interface for remote debugging
and a real-time bus analyzer. The kit consists of the FSICE
base station, the corresponding MCU emulator module
(EM), all the cables and adapters needed and CodeWarrior
Development Studio forr HC(S)08/RS08, Special Edition.
MON08 Multilink (USBMULTILINK08E):
The MON08 Multilink is a cost-effective
development tool for all HC08 MCUs,
and provides in-circuit debugging and
programming through the standard
MON08 serial debug/breakpoint
interface. CodeWarrior Development
Studio for HC(S)08/RS08, Special
Edition is included along with the
MON08 Multilink.
Cyclone Pro (CYCLONEPROE):
Cyclone Pro provides all the capabilities of the
USBMULITLINKBDME and USBMULTILINK08E
plus USB/Ethernet serial interfaces. In addition, the
Cyclone Pro has the ability to function as a stand-alone
programmer with push buttons and LEDs to control
operations. Cyclone Pro is the universal debugging
and real-time emulation tool for all RS08, HC(S)08 and
HC(S)12 MCUs. CodeWarrior Development Studio for
HC(S)08/RS08 and HC(S)12, Special Edition is included
along with Cyclone Pro.
BDM Multilink (USBMULTILINKBDME):
The BDM Multilink is a cost-effective
development tool for RS08, HCS08 and
HCS12 MCUs, and provides real-time,
in-circuit flash programming, emulation
and debugging through the BDM
interface. CodeWarrior Development
Studio for RS08, HC(S)08 and HC(S)12,
Special Edition is included along with the
BDM Multilink.
CodeWarrior Development Studio for HC(S)08/RS08
Special Edition: CodeWarrior Development Studio
is a comprehensive special edition tool set for fast
and easy MCU development. This tool suite provides
the capabilities required by every engineer in the
development cycle to exploit the capabilities of the
RS08 and HC(S)08 architectures. Some of the features
include full-chip simulation, flash programming and
ProcessorExpert™ technology, which provides automatic
C-code generation for most HC(S)08
on-chip peripherals.
Evaluation Boards (EVB):
Evaluation boards allow users to
program and debug advanced
application code with expanded I/O
functions and peripherals. HC(S)08 EVBs
may include advanced features including
zero insertion force (ZIF) sockets, LCDs
and large prototype areas. CodeWarrior
Development Studio for RS08, HC(S)08
and HC(S)12, Special Edition is included
along with the board.
USB Mini Board for Freescale’s Low-End 8-bit
Microcontrollers (USBSPYDER08): To aid fast and
easy development for embedded systems engineers
working on our low-end microcontrollers, Freescale
has developed the cost-effective, high-performance
USB debug tool—the USBSPYDER08. With the
USBSPYDER08 you can spy into your application
software, debug 8 leg 8-bit microcontrollers before
you have your application board and kill bugs in your
application software. This complete package delivers a
cost-effective, yet powerful way to develop your products
and speed time to market.
Learn More:
Freescale and the Freescale logo are trademarks or registered trademarks of Freescale Semiconductor, Inc.
in the U.S. and other countries. All other product or service names are the property of their respective owners.
© Freescale Semiconductor, Inc. 2008
Document Number: 8BITCIPRODMPFS
REV 15
For more information about
8-bit family products, please visit
www.freescale.com/8bit.
151
Control. Connectivity. Security.
ColdFire® Solutions
The Perfect 32-bit Compilation
Product summary
www.freescale.com/coldfire
www.freescale.com/microselector
152
Part Number
Key Features
MCF51QE32
MCF51QE64
Flexis™ 8-bit
QE compatibility,
ultra-low power
MCF51QE128
MCF51JM32
MCF51JM64
MCF51JM128
MCF51AC128
MCF51AC256
Flexis™ 8-bit
JM compatibility,
USB OTG (FS),
CAN,
encryption,
Flexis 8-bit
AC compatibility,
256 KB flash,
CAN,
FlexTimer
MCF5211
MCF5212
MIPS MMU
Freq.
MAC/
HW Cache SRAM Flash Memory
@ Max and
EBI DMA
(MHz)
eMAC Divide (KB)
(KB)
(KB) Controller
Freq. FPU
V1
50
46
8
32
V1
50
46
8
64
V1
50
46
8
128
V1
50
46
16
32
V1
50
46
16
64
V1
50
46
16
128
V1
50
46
16
128
32
256
16
128
V1
50
46
V2
66, 80
76
MAC
√
GPT*
PWM
PIT
4-ch., 32-bit
4-ch., 16-bit
4-ch., 32-bit
4-ch., 16-bit
4-ch., 32-bit
4-ch., 16-bit
4-ch., 32-bit
4-ch., 16-bit
4-ch., 32-bit
4-ch., 16-bit
4-ch., 32-bit
4-ch., 16-bit
76
MAC
√
32
256
4-ch.
MAC
√
32
256
4-ch.
MCF5214
V2
66
63
eMAC
√
2 K I/D
64
256
MCF5216
V2
66
63
eMAC
√
2 K I/D
64
512
MCF52100
V2
66, 80
76
MAC
√
16
64
4-ch.
MCF52110
V2
66, 80
76
MAC
√
16
128
4-ch.
4-ch., 32-bit
4-ch., 16-bit
4-ch., 16-bit
2
MCF52210
V2
66, 80
76
MAC
√
16
64
4-ch.
4-ch., 32-bit
4-ch., 16-bit
4-ch., 16-bit
2
V2
66, 80
76
MAC
√
16
128
4-ch.
4-ch., 32-bit
4-ch., 16-bit
4-ch., 16-bit
2
64
4-ch.
4-ch., 32-bit
4-ch., 16-bit
4-ch., 16-bit
2
4-ch., 16-bit
4-ch., 16-bit
2
4-ch., 16-bit
2
V2
MCF52213
MCF52221
SDR
SDRAM
SDR
SDRAM
√
4-ch.
√
4-ch.
50
46
MAC
√
V2
50
46
MAC
√
8
128
4-ch.
V2
66, 80
76
MAC
√
16
128
4-ch.
MCF52223
V2
66, 80
76
MAC
√
32
256
4-ch.
MCF52230
V2
60
57
eMAC
√
32
128
4-ch.
MCF52231
V2
60
57
eMAC
√
32
128
4-ch.
V2
50
46
eMAC
√
32
128
4-ch.
V2
60
57
eMAC
√
32
256
4-ch.
V2
60
57
eMAC
√
32
256
4-ch.
V2
60
57
eMAC
√
32
256
4-ch.
MCF52232
MCF52233
MCF52234
Single-chip 10/100
Ethernet MAC
and PHY,
128–256 KB,
CAN,
encryption
MCF52235
4
4-ch., 32-bit
4-ch., 16-bit
4-ch., 32-bit
4-ch., 16-bit
4-ch., 32-bit
4-ch., 16-bit
4-ch., 32-bit
4-ch., 16-bit
4-ch., 32-bit
4-ch., 16-bit
4-ch., 32-bit
4-ch., 16-bit
4-ch., 32-bit
4-ch., 16-bit
4-ch., 32-bit
4-ch., 16-bit
4-ch., 32-bit
4-ch., 16-bit
4-ch., 16-bit
2
4-ch., 16-bit
2
1
4
1
4
1
4-ch., 16-bit
2
4-ch., 16-bit
2
4-ch., 16-bit
2
1
4-ch., 16-bit
2
1
4-ch., 16-bit
2
1
4-ch., 16-bit
2
1
4-ch., 16-bit
2
1
1
4-ch., 16-bit
2
1
1
MCF52236
V2
50
46
eMAC
√
32
256
4-ch.
4-ch., 16-bit
2
1
MCF52252
V2
80
76
MAC
√
32
256
4-ch.
4-ch., 16-bit
4-ch., 16-bit
2
1
MCF52252C
V2
66
63
MAC
√
32
256
4-ch.
4-ch., 16-bit
4-ch., 16-bit
2
1
MCF52254
V2
80
76
MAC
√
64
512
4-ch.
4-ch., 16-bit
4-ch., 16-bit
2
1
V2
66
63
MAC
√
64
512
4-ch.
4-ch., 16-bit
4-ch., 16-bit
2
1
V2
80
76
MAC
√
64
512
4-ch.
4-ch., 16-bit
4-ch., 16-bit
2
1
V2
80
76
MAC
√
32
256
4-ch.
4-ch., 16-bit
4-ch., 16-bit
2
1
MCF52256C
V2
66
63
MAC
√
64
256
4-ch.
4-ch., 16-bit
4-ch., 16-bit
2
1
MCF52258
V2
80
76
MAC
√
64
512
4-ch.
4-ch., 16-bit
4-ch., 16-bit
2
1
MCF52258C
V2
66
63
MAC
√
64
512
4-ch.
4-ch., 16-bit
4-ch., 16-bit
2
1
MCF52259C
V2
80
76
MAC
√
64
512
4-ch.
4-ch., 16-bit
4-ch., 16-bit
2
1
MCF5280
V2
66, 80
76
eMAC
√
2 K I/D
64
4
1
V2
66, 80
76
eMAC
√
2 K I/D
64
256
4
1
V2
66, 80
76
eMAC
√
2 K I/D
64
512
4
1
MCF52254C
MCF52255C
MCF52256
MCF5281
MCF5282
Single-chip 10/100
Ethernet MAC,
USB OTG (FS),
256–512 KB,
CAN, encryption,
Mini-FlexBus
256–512 KB,
10/100 Ethernet
MAC,
CAN
*GPT may support PWM and/or DMA capabilities
**USB On-The-Go high-speed functionality via ULPI Interface
1
2
76
MCF52212
1
1
4-ch., 16-bit
66, 80
USB OTG (FS),
64–256 KB
1
1
1
66, 80
MCF52211
1
1 x 2-ch., 16-bit
4-ch.
SDR
SDRAM
SDR
SDRAM
SDR
SDRAM
√
4-ch.
√
4-ch.
√
4-ch.
4-ch., 32-bit
8-ch., 16-bit
4-ch., 32-bit
8-ch., 16-bit
4-ch., 32-bit
8-ch., 16-bit
***Pricing varies by package
CAN
1
1 x 2-ch., 16-bit
V2
Up to 80 MHz,
128–512 KB,
CAN
10/100
Encryption
FEC
1 x 6-ch., 16-bit
2 x 3-ch., 16-bit
1 x 6-ch., 16-bit
2 x 3-ch., 16-bit
1 x 6-ch., 16-bit
2 x 3-ch., 16-bit
1 x 6-ch., 16-bit
1 x 2-ch., 16-bit
1 x 6-ch., 16-bit
1 x 2-ch., 16-bit
1 x 6-ch., 16-bit
1 x 2-ch., 16-bit
V2
MCF5213
Microcontrollers (MCUs)
Core
1
1
1
√
1
1
1
√
1
153
USB
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
I2C
UART/
USART/
PSC/ SCI
SPI
2
2 SCI
2
2
2 SCI
2
ADC
Other
Ultra-low power 2x
KBI (8-ch.) 2x ACMP
Ultra-low power 2x
12-bit
KBI (8-ch.) 2x ACMP
Ultra-low power 2x
12-bit
KBI (8-ch.) 2x ACMP
12-bit
GPIO
Max
Operating
Voltage
10K# FSRP
Starting Price
Unit
FSRP
Low-Cost
Board
Unit
FSRP
54
64 LQFP
1.8 to 3.6
$1.94
EVBQE128
325
DEMOQE128
$99.00
64 LQFP
1.8 to 3.6
$3.08
EVBQE128
325
DEMOQE128
$99.00
$99.00
2
2 SCI
2
2SCI
2
12-bit
8x KBI, 1x ACMP
66
2
2 SCI
2
12-bit
8x KBI, 1x ACMP
66
2
2 SCI
2
12-bit
8x KBI, 1x ACMP
66
2
2 SCI
2
24-ch.,
12-bit
2
24-ch.,
12-bit
70
80 LQFP
64 LQFP
80 LQFP, 64 QFP,
64 LQFP, 44 LQFP
80 LQFP, 64 QFP,
64 LQFP, 44 LQFP
80 LQFP, 64 QFP,
64 LQFP, 44LQFP
70
80 LQFP, 64 QFP,
64 LQFP
70
80 LQFP, 64 QFP,
64 LQFP
1.8 to 3.6
$3.55
EVBQE128
325
DEMOQE128
2.7 to 5.5
$1.95
EVB51JM128
325
DEMOJM
$99.00
2.7 to 5.5
$3.22
EVB51JM128
325
DEMOJM
$99.00
2.7 to 5.5
$3.50
EVB51JM128
325
DEMOJM
$99.00
2.7 to 5.6
$3.77
DEMOACKIT +
DEMOACEX
125
DEMOACKIT
$99.00
2.7 to 5.5
$4.00
DEMOACKIT +
DEMOACEX
125
DEMOACKIT
$99.00
3.3V
$4.93
3.3V
$6.37
M5213EVBE
$299
M5211DEMO
$99.00
3.3V
$6.58
M5282EVBE
$650
2
2 SCI
1
3 UART
QSPI 12-bit
44
1
3 UART
QSPI 12-bit
44
1
3 UART
QSPI 12-bit
56
1
3 UART
QSPI 10-bit
142
MAPBGA 256
3.3V
$12.43
1
3 UART
QSPI 10-bit
142
MAPBGA 256
3.3V
$13.42
2
3 UART
QSPI 12-bit
RTC w/32 kHz Osc
44
2
3 UART
QSPI 12-bit
RTC w/32 kHz Osc
56
2
2 UART
QSPI 12-bit
RTC w/32 kHz Osc
46
LQFP 64
MAPBGA 81
LQFP 64
MAPBGA 81
LQFP 100
MAPBGA 81
QFN 64, LQFP 64,
MAPBGA 81
QFN 64, LQFP 64,
MAPBGA 81,
LQFP 100
QFN 64, LQFP 64,
MAPBGA 81
QFN 64, LQFP 64,
MAPBGA 81,
LQFP 100
3.3V
$3.99
M52211EVB
$299
M52210DEMO
$99.00
3.3V
$4.65
M52211EVB
$299
M52210DEMO
$99.00
3.3V
$4.39
M52211EVB
$299
M52210DEMO
$99.00
2
3 UART
QSPI 12-bit
RTC w/32 kHz Osc
52
3.3V
$5.12
M52211EVB
$299
M52210DEMO
$99.00
2
2 UART
QSPI 12-bit
RTC w/32 kHz Osc
35
LQFP 64
3.3V
$2.84
M52211EVB
$299
M52210DEMO
$99.00
2
3 UART
QSPI 12-bit
RTC w/32 kHz Osc
35
LQFP 64
3.3V
$3.74
M52211EVB
$299
M52210DEMO
$99.00
1
3 UART
QSPI 12-bit
RTC
46
LQFP 64, MAPBGA 81
3.3V
$5.48
1
3 UART
QSPI 12-bit
RTC
52
LQFP 100,
MAPBGA 81
3.3V
$6.98
M52223EVB
$299
M52221DEMO
$99.00
1
3 UART
QSPI 12-bit
EPHY, RTC
76
LQFP 80, LQFP 112
3.3V
$8.07
M522335EVB
$299
M52233DEMO
$99.00
1
3 UART
QSPI 12-bit
EPHY, RTC
76
LQFP 80, LQFP 112
3.3V
$8.80
M522335EVB
$299
M52233DEMO
$99.00
1
3 UART
QSPI 12-bit
EPHY, RTC
43
80LQFP
3.3V
$4.94
M522335EVB
$299
M52233DEMO
$99.00
1
3 UART
QSPI 12-bit
EPHY, RTC
76
LQFP 80, LQFP 112
3.3V
$8.76
M522335EVB
$299
M52233DEMO
$99.00
1
2 UART
QSPI 12-bit
EPHY, RTC
76
1
3 UART
QSPI 12-bit
EPHY, RTC
76
M522335EVB
$299
M52233DEMO
$99.00
M52259EVB
$299
M52259DEMOKIT
$49.00
$650
M5282
ZIGBEEE
M5282
LITEE
M5282
LITEKITE
LQFP 112,
MAPBGA 121
LQFP 112,
MAPBGA 121
3.3V
$9.50
3.3V
$11.42
1
3 UART
QSPI 12-bit
EPHY, RTC
43
80 LQFP
3.3V
$5.39
1
3 UART
QSPI 12-bit
RTC
64
LQFP 100
3.3V
$4.93
1
3 UART
QSPI 12-bit
RTC
64
LQFP 100
3.3V
$5.24
1
3 UART
QSPI 12-bit
RTC
64
LQFP 100
3.3V
$5.45
1
3 UART
QSPI 12-bit
RTC
64
LQFP 100
3.3V
$5.76
1
3 UART
QSPI 12-bit
RTC
64
LQFP 100
3.3V
$7.49
1
3 UART
QSPI 12-bit
RTC Mini-FlexBus
96
3.3V
$5.87
1
3 UART
QSPI 12-bit
RTC Mini-FlexBus
96
3.3V
$6.19
1
3 UART
QSPI 12-bit
RTC Mini-FlexBus
96
3.3V
$6.28
1
3 UART
QSPI 12-bit
RTC Mini-FlexBus
96
3.3V
$6.61
1
3 UART
QSPI 12-bit
RTC Mini-FlexBus
96
1
1
3 UART
QSPI 10-bit
150
1
1
3 UART
QSPI 10-bit
1
1
3 UART
QSPI 10-bit
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Full Speed
Device/Host/OTG
Evaluation
Board
54
2
2 x 6-ch., 16-bit
FTM, 2x ACMP,
CRC, COP
2 x 6-ch., 16-bit
FTM, 2x ACMP,
CRC, COP
Package
LQFP 144,
MAPBGA 144
LQFP 144,
MAPBGA 144
LQFP 144,
MAPBGA 144
LQFP 144,
MAPBGA 144
LQFP 144,
MAPBGA 144
3.3V
$8.29
MAPBGA 256
3.3V
$14.59
150
MAPBGA 256
3.3V
$15.87
150
MAPBGA 256
3.3V
$17.25
M5282EVBE
ProductionReady
Module
$299
$179
$249
For full orderable part numbers, visit www.freescale.com/coldfire.
154
Part Number
Key Features
Freq.
(MHz)
V2
40, 54
MIPS
@ Max
Freq.
50
V2
166
V2
166
V2
MMU
and
FPU
MAC/
eMAC
HW
Divide
Cache
(KB)
SRAM
(KB)
eMAC
√
4KI
8
159
eMAC
√
8 K I/D
16
159
eMAC
√
8 K I/D
16
120
114
eMAC
√
8 K I/D
V2
160
159
eMAC
√
V2
80, 100,
150
144
eMAC
√
V2
80, 150
144
eMAC
V2
80, 150
144
V2
V2
V2
80, 150
120
140
V2
V2
Flash
(KB)
Memory
Controller
DMA
GPT*
√
2-ch.
2-ch., 16-bit
√
16-ch.
4-ch., 32-bit
√
16-ch.
4-ch., 32-bit
125
SDR SDRAM
√
16-ch.
4-ch., 32-bit
4-ch., 16-bit
2
8 K I/D
125
SDR SDRAM
√
16-ch.
4-ch., 32-bit
4-ch., 16-bit
2
8 K I/D
64
SDR SDRAM
√
4-ch.
4-ch., 32-bit
4
√
8 K I/D
64
SDR SDRAM
√
4-ch.
4-ch., 32-bit
4
eMAC
√
8 K I/D
64
SDR SDRAM
√
4-ch.
4-ch., 32-bit
4
1
144
107
125
eMAC
eMAC
eMAC
√
√
√
8 K I/D
8KI
8KI
64
96
96
SDR SDRAM
SDR SDRAM
SDR SDRAM
√
√
√
4-ch.
4-ch.
4-ch.
4-ch., 32-bit
2-ch., 16-bit
2-ch., 16-bit
4
1
1440
125
eMAC
√
8KI
128
SDR SDRAM
√
4-ch.
2-ch., 16-bit
140
125
eMAC
√
8KI
128
SDR SDRAM
√
4-ch.
2-ch., 16-bit
V2
100
96
eMAC
√
8 K I/D
64
SDR SDRAM
√
4-ch.
4-ch., 32-bit
4
1
V2
100
96
eMAC
√
8 K I/D
64
SDR SDRAM
√
4-ch.
4-ch., 32-bit
4
V2
66
63
MAC
√
1KI
4
SDR SDRAM
√
2-ch.
4-ch., 32-bit
3-ch., 8-bit
V2
133, 166
159
eMAC
√
16 K I/D
64
SDR SDRAM
√
4-ch.
4-ch., 32-bit
4-ch., 8-bit
4
1
V2
133, 166
159
eMAC
√
16 K I/D
64
SDR SDRAM
√
4-ch.
4-ch., 32-bit
4-ch., 8-bit
4
2
V2
133, 166
159
eMAC
√
16 K I/D
64
SDR SDRAM
√
4-ch.
4-ch., 32-bit
4-ch., 8-bit
4
1
MCF5275
V2
133, 166
159
eMAC
√
16 K I/D
64
SDR SDRAM
√
4-ch.
4-ch., 32-bit
4-ch., 8-bit
4
2
MCF5307
V3
66, 90
75
MAC
√
8KU
4
√
4-ch.
2-ch., 16-bit
V3
240
211
eMAC
√
16 K I/D
32
√
16-ch.
4-ch., 32-bit
2-ch., 16-bit
4
V3
240
211
eMAC
√
16 K I/D
32
√
16-ch.
4-ch., 32-bit
4-ch., 16-bit
4
MCF5329
V3
240
211
eMAC
√
16 K I/D
32
√
16-ch.
4-ch., 32-bit
4-ch., 16-bit
4
1
MCF5372
V3
180
158
eMAC
√
16 K I/D
32
SDR SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
√
16-ch.
4-ch., 32-bit
4-ch., 16-bit
4
1
MCF5207
Up to 166 MHz,
10/100 Ethernet MAC
MCF5208
MCF52274
MCF52277
MCF5232
MCF5233
MCF5234
MCF5235
MCF5249L
MCF5249
MCF5251
MCF5253
Integrated LCD controller
with touch screen,
USB OTG,
CAN,
128K SRAM
eTPU coprocessor
for complex I/O
and timing control,
10/100 Ethernet MAC,
encryption
Flash media I/F,
SPDIF, CD-ROM e/c,
ATA I/F, USB OTG (HS)
USB OTG (HS), flash media
Interface, ATA, I2S, CAN
MCF5270
MCF5271
100 MHz,
10/100 Ethernet MAC
MCF5272
MCF5274L
MCF5274
MCF5275L
166 MHz,
2x 10/100 Ethernet MAC,
encryption,
USB device (FS)
MCF5327
MCF5328
MCF5372L
SVGA LCD, Ethernet,
USB OTG (FS/HS),
SSI, CAN, encryption
Up to 240 MHz,
Ethernet,
USB OTG (FS/HS),
SSI
V3
240
211
eMAC
√
16 K I/D
32
V3
180
158
eMAC
√
16 K I/D
32
MCF5373L
V3
240
211
eMAC
√
16 K I/D
32
MCF5407
V4
162, 220
316
MAC
√
16 K I
8KD
4
MCF54450
V4m
180, 240
370
MMU
eMAC
√
16 K I/D
32
MCF54451
V4m
180, 240
370
MMU
eMAC
√
16 K I/D
32
V4m
200, 266
410
MMU
eMAC
√
16 K I/D
32
V4m
200, 266
410
MMU
eMAC
√
16 K I/D
32
MCF54454
V4m
200, 266
410
MMU
eMAC
√
16 K I/D
32
MCF54455
V4m
200, 266
410
MMU
eMAC
√
16 K I/D
32
MCF5470
V4e
200
308
√
eMAC
√
MCF5471
V4e
200
308
√
eMAC
√
V4e
200
308
√
eMAC
√
V4e
200
308
√
eMAC
√
MCF5474
V4e
266
410
√
eMAC
√
MCF5475
V4e
266
410
√
eMAC
√
MCF5480
V4e
166
256
√
eMAC
√
32
V4e
166
256
√
eMAC
√
32
V4e
166
256
√
eMAC
√
32
V4e
166
256
√
eMAC
√
32
V4e
200
308
√
eMAC
√
32
V4e
200
308
√
eMAC
√
32
MCF5373
MCF54452
MCF54453
MCF5472
MCF5473
MCF5481
MCF5482
MCF5483
MCF5484
Up to 266 MHz,
MMU, PCI, ATA,
2x 10/100 Ethernet,
USB OTG (FS),
encryption
Up to 266 MHz,
MMU, PCI,
2x 10/100 Ethernet,
USB device (FS),
encryption
Up to 266 MHz,
MMU, PCI,
2x 10/100 Ethernet,
USB device (FS),
encryption,
CAN
MCF5485
*GPT may support PWM and/or DMA capabilities
32 K I
32 K D
32 K I
32 K D
32 K I
32 K D
32 K I
32 K D
32 K I
32 K D
32 K I
32 K D
**USB On-The-Go high-speed functionality via ULPI Interface
32
32
32
32
32
32
SDR SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
***Pricing varies by package
PWM
PIT
10/100
FEC
EBI
EDO, FPM
DDR/SDR
SDRAM
DDR/SDR
SDRAM
MCF5206E
Microprocessors (MPUs)
Core
2
2
1
1
1
1
√
16-ch.
4-ch., 32-bit
4-ch., 16-bit
4
1
√
16-ch.
4-ch., 32-bit
4-ch., 16-bit
4
1
√
16-ch.
4-ch., 32-bit
4-ch., 16-bit
4
1
√
4-ch.
2-ch., 16-bit
√
16-ch.
4-ch., 32-bit
1
√
16-ch.
4-ch., 32-bit
1
√
16-ch.
4-ch., 32-bit
2
√
16-ch.
4-ch., 32-bit
2
√
16-ch.
4-ch., 32-bit
2
√
16-ch.
4-ch., 32-bit
√
16-ch.
4-ch., 16-bit
2
2
√
16-ch.
4-ch., 16-bit
2
2
√
16-ch.
4-ch., 16-bit
2
1
√
16-ch.
4-ch., 16-bit
2
1
√
16-ch.
4-ch., 16-bit
2
2
√
16-ch.
4-ch., 16-bit
2
2
√
16-ch.
4-ch., 16-bit
2
2
√
16-ch.
4-ch., 16-bit
2
2
√
16-ch.
4-ch., 16-bit
2
1
√
16-ch.
4-ch., 16-bit
2
1
√
16-ch.
4-ch., 16-bit
2
2
16-ch.
4-ch., 16-bit
2
2
2
155
Encryption
USB
Full-Speed
Device/Host/
OTG
Full-Speed
Device/Host/
OTG
√
High-Speed
On-the-Go
High-Speed
On-the-Go
CAN
1
√
√
√
√
√
√
√
QSPI
50
1
3 UART
DSPI
Touch
Screen,
12-bit
Touch
Screen,
12-bit
SPI Boot Flash,
Crossbar Switch
SPI Boot Flash,
Crossbar Switch
47
QFP 160
LQFP 144, MAPBGA 144
QFP 160,
MAPBGA 196
3.3V
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
176 LQFP
1.5V, 1.8V,
2.5V, 3.3V
10K# FSRP
Starting
Price
$7.08
Evaluation
Board
Unit
FSRP
M5206EC3E
$549
$5.02
M5208EVBE
$349
$8.50
M52277EVB
$449
$7.50
M52277EVB
$449
M523XEVBE
$695
M5249C3E
$649
DSPI
55
MAPBGA 196
QSPI
16-ch. eTPU
79
QFP 160,
MAPBGA 196
1.5V, 3.3V
$10.07
2
1
3 UART
QSPI
32-ch. eTPU
79
MAPBGA 256
1.5V, 3.3V
$13.59
1
1
3 UART
QSPI
16-ch. eTPU
81
MAPBGA 256
1.5V, 3.3V
$13.09
2
1
2
2
3 UART
2 UART
2 UART
QSPI
QSPI
QSPI
12-bit
12-bit
81
49
64
MAPBGA 256
LQFP 144
MAPBGA 160
1.5V, 3.3V
1.8V, 3.3V
1.8V, 3.3V
$15.10
$9.30
$9.79
2
2
3 UART
QSPI
12-bit
16-ch. eTPU
IDE, Audio, I2S
IDE, Audio, I2S
IDE, Audio, I2S,
USB OTG (FS)
60
MAPBGA 225
1.8V, 3.3V
$9.08
MCF5251EVBWR
$950
2
2
3 UART
QSPI
12-bit
60
MAPBGA 225
1.2V, 3.3V
$8.68
M5253EVBE
$680
1
3 UART
QSPI
78
1.5V, 3.3V
$7.38
M5271EVBE
$649
1
3 UART
QSPI
78
1.5V, 3.3V
$9.35
3.3V
$10.02
1
IDE, I2S
PLIC, TDM, Soft
HDLC
QFP 160,
MAPBGA 196
QFP 160,
MAPBGA 196
2 UART
QSPI
48
MAPBGA 196
1
3 UART
QSPI
53
MAPBGA 196
1
3 UART
QSPI
74
MAPBGA 256
1
3 UART
QSPI
53
MAPBGA 196
1
3 UART
QSPI
73
MAPBGA 256
1
2 UART
16
FQFP 208
64
MAPBGA 196
94
MAPBGA 256
94
MAPBGA 256
1
3 UART
QSPI
1
3 UART
QSPI
1
3 UART
QSPI
SVGA LCD,
Crossbar Switch
SVGA LCD,
Crossbar Switch
SVGA LCD,
Crossbar Switch
1
3 UART
QSPI
Crossbar Switch
46
QFP 160
1
3 UART
QSPI
Crossbar Switch
62
MAPGBA 196
1
3 UART
QSPI
Crossbar Switch
46
QFP 160
QSPI
Crossbar Switch
62
MAPBGA 196
16
FQFP 208
SSI, SBF
93
MAPBGA 256
DSPI
SSI, SBF
93
MAPBGA 256
3 UART
DSPI
SSI, SBF, PCI
132
PTEPBGA 360
1
3 UART
DSPI
SSI, SBF, PCI
132
PTEPBGA 360
1
3 UART
DSPI
SSI, SBF, PCI, ATA
132
PTEPBGA 360
1
3 UART
DSPI
SSI, SBF, PCI, ATA
132
PTEPBGA 360
1
4 PSC
DSPI
PCI
93
PBGA 388
1
4 PSC
DSPI
PCI
93
PBGA 388
1
4 PSC
DSPI
PCI
77
PBGA 388
1
4 PSC
DSPI
PCI
77
PBGA 388
1
4 PSC
DSPI
PCI
93
PBGA 388
1
4 PSC
DSPI
PCI
93
PBGA 388
2
1
4 PSC
DSPI
PCI
93
PBGA 388
2
1
4 PSC
DSPI
PCI
93
PBGA 388
2
1
4 PSC
DSPI
PCI
77
PBGA 388
2
1
4 PSC
DSPI
PCI
77
PBGA 388
2
1
4 PSC
DSPI
PCI
93
PBGA 388
2
1
4 PSC
DSPI
PCI
93
PBGA 388
High-Speed
Device
High-Speed
Device
High-Speed
Device
High-Speed
Device
1
3 UART
1
1 UART,
1 USART
1
3 UART
DSPI
1
3 UART
1
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
3.3V
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.8V, 3.3V
1.5V, 3.3V
(1.8V/2.5V DDR)
1.5V, 3.3V
(1.8V/2.5V DDR)
1.5V, 3.3V
(1.8V/2.5V DDR)
1.5V, 3.3V
(1.8V/2.5V DDR)
1.5V, 3.3V
(1.8V/2.5V DDR)
1.5V, 3.3V
(1.8V/2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
1.5V, 3.3V
(2.5V DDR)
Low-Cost
Board
Unit
FSRP
ProductionReady
Module
$6.54
3 UART
Full Host, Full/
High** OTG
Full Host, Full/
High** OTG
Full Host, Full/
High** OTG
Full Host, Full/
High** OTG
Full Host, Full/
High** OTG
Full Host, Full/
High** OTG
High-Speed
Device
High-Speed
Device
High-Speed
Device
High-Speed
Device
3 UART
Operating
Voltage
3 UART
Full Host,
Full OTG
√
1
Package
1
√
√
30
GPIO
Max
1
√
√
QSPI
Other
1
Full Host,
Full OTG
√
3 UART
ADC
1
Full-Speed
Device
Full-Speed
Device
Full-Speed
Device
Full-Speed
Device
Full-Speed
Device
Full Host,
Full OTG
Full Host, Full/
High** OTG
Full Host, Full/
High** OTG
1
SPI
1.5V, 1.8V,
2.5V, 3.3V
√
√
1
UART/
USART/
PSC/ SCI
2 UART
I2C
M5235
BCCE
M5235
BCCKITE
$180
$250
M5270
PROMOE
$249
M5270PRO
$499
MOD5270
M5272C3E
$649
M5307C3E
$539
M5329EVBE
$699
M5373EVB
$699
$19.10
M5407C3E
$649
$7.95
M54455EVB
$850 Coming Soon
$9.55
M54455EVB
$850 Coming Soon
$11.14
M54455EVB
$850 Coming Soon
$12.74
M54455EVB
$850 Coming Soon
$13.54
M54455EVB
$850 Coming Soon
$15.14
M54455EVB
$850 Coming Soon
M5475EVBE
$850
M5474
LITEKITE
$350 M5475CFEE
M5485EVBE
$850
M5484
LITEKITE
$350
$8.29
$10.31
$10.31
$12.32
$11.31
$9.95
$11.93
M5329AFE
$13.92
$10.94
$10.99
$12.43
$12.43
$16.55
$19.48
$16.55
$19.48
$19.13
$21.49
$19.48
$22.41
$19.48
M5485AFEE
M5485BFEE
$22.41
M5485GFEE
$22.93
M5485HFEE
$25.85
For full orderable part numbers, visit www.freescale.com/coldfire.
156
Software and Development Tools for ColdFire® Families
Acronyms
Evaluation Boards and Development Kits
ADC
Analog-to-Digital Converter
BDM
Background Debug Module
CAN
Controller Area Network
ch.
Channel
Crypto
Hardware-Accelerated Encryption
DMA
Direct Memory Access
DSPI
DMA SPI
EBI
External Bus Interface
EDO
Extended Data Output
EPHY
Ethernet Physical Layer
Arcturus
www.arcturusnetworks.com
Axiom
www.axman.com
EMAC
www.emacinc.com
Electro
www.elmicro.com
Freescale Semiconductor
www.freescale.com
FSI Systems
www.fsisys.com
Future
www.my-boardclub.com
Logic Product Development
www.logicpd.com
Intec Automation
www.steroidmicros.com
Micro Digital
www.smx-rtos.com
NetBurner
www.netburner.com
P&E Microcomputer Systems
www.pemicro.com
Phytec
www.phytec.com
Quadros Systems, Inc.
www.quadros.com
SenTec Elecktronik
www.sentec-elecktronik.de
SofTec
www.softecmicro.com
Real-Time Operating Systems (RTOS)
Arcturus
Blunk Microsystems
www.arcturusnetworks.com
www.blunkmicro.com
CMX Systems
www.cmx.com
CodeSourcery
www.codesourcery.com
eCosCentric
www.ecoscentric.com
Embedded Access, Inc. www.embedded-access.com
Freescale MQX Engineering Design Services and Support
Emlix
www.emlix.com
ENEA
www.enea.com
ExpressLogic
www.rtos.com
Euros Embedded
www.euros-embedded.com
Freescale MQX
www.freescale.com/mqx
GNU
www.gnu.org
Green Hills Software, Inc.
www.ghs.com
InterNiche Technologies
Kadak
www.iniche.com
www.kadak.com
Linux/µClinux
www.freescale.com/linux
Mentor Graphics/
www.acceleratedtechnology.com
Accelerated Technology
Micrium
www.micrium.com
MicroDigital
www.smx-rtos.com
NetBurner
Quadros Systems, Inc.
Segger
Timesys
Unicoi Systems
Wind River Systems Inc.
www.netburner.com
www.quadros.com
www.segger.com
www.timesys.com
www.unicoi.com
www.windriver.com
Compilers, Simulators, Debuggers
Altium
Ashware
Avocet Systems
Blunk Microsystems
www.altium.com
www.ashware.com
www.avocetsystems.com
www.blunkmicro.com
CodeSourcery
www.codesourcery.com
™
www.codewarrior.com
www.crossware.com
www.rtos.com
www.forth.com
www.gnu.org
CodeWarrior tools
Cross
Express Logic
Forth
GNU
Green Hills Software, Inc.
www.ghs.com
IAR
www.iar.com
Intec Automation
www.steroidmicros.com
Lauterbach
www.lauterbach.com
Mentor Graphics/
www.acceleratedtechnology.com
Accelerated Technology
Micrium
www.micrium.com
NetBurner
www.netburner.com
P&E Microcomputer Systems
www.pemicro.com
Wind River Systems Inc.
www.windriver.com
Stacks, Drivers, Translators
Blunk Microsystems
www.blunkmicro.com
CMX Systems
www.cmx.com
Embedded Access, Inc. www.embedded-access.com
Freescale MQX Engineering Design Services and Support
ExpressLogic
www.rtos.com
Freescale
Freescale MQX
www.freescale.com
www.freescale.com/mqx
Green Hills Software, Inc.
IAR
InterNiche Technologies
Ixxat
www.ghs.com
www.iar.com
www.iniche.com
www.ixxat.com
Fast Ethernet Controller
FPM
Fast Page Mode
FPU
Floating Point Unit
FREQ
Frequency/Speed
FSRP
Freescale Suggested Resale Price
GPIO
General Purpose Input/Output
GPT
General Purpose Timer
HDLC
High-Level Data Link Control
HW Divide
Hardware Divide
I/D/U Cache
Instruction/Data/Unified Cache
I 2C
Inter Integrated Circuit
I 2S
Inter-IC Sound
IDE
Integrated Drive Electronics
JTAG
Joint Test Action Group
KB
KiloBytes
LCD
Liquid Crystal Display
MAC/eMAC
(Enhanced) Multiplier-Accumulator
MIPS
Million Instructions Per Second
MMU
Memory Management Unit
On-The-Go
Mentor Graphics/
www.acceleratedtechnology.com
Accelerated Technology
Micrium
www.micrium.com
PCI
Peripheral Component
PIT
Periodic Interrupt Timer
Micro APL
www.microapl.com
PLIC
Physical Layer Interface Controller
www.mocana.com
www.netburner.com
PSC
Programmable Serial Controller
Mocana Corporation
NetBurner
OpenTCP
www.opentcp.org
Quadros Systems, Inc.
Treck
uTasker
Wind River Systems Inc.
www.quadros.com
www.treck.com
www.utasker.com
www.windriver.com
Micro APL
(ColdFire Initialization Tool)
MicroDigital (GUI)
Mocana Corporation
(Security/Cryptography)
Monebo (Medical)
Nano-X (LCD)
Segger (GUI)
Swell Software (GUI)
Trolltech (GUI)
www.microapl.com
www.smx-rtos.com
www.mocana.com
www.monebo.com
www.microwindows.org
www.segger.com
www.swellsoftware.com
www.trolltech.com
Freescale and the Freescale logo are trademarks or registered trademarks of Freescale Semiconductor, Inc.
in the U.S. and other countries. All other product or service names are the property of their respective owners.
© Freescale Semiconductor, Inc. 2008.
Document Number: BRCOLDFIRESUM
REV 13
enhanced Timing Processor Unit
FEC
OTG
Specialized Tools
Allgo Embedded Systems
(Audio/Video Codec)
www.allgosystems.com
Alvaview (Audio/Video Codec)
www.alvaview.com
Arcturus
www.arcturus.com
(Industrial Digital Intercom–VoIP)
Ashware Inc. (eTPU)
www.ashware.com
Byte Craft Limited (eTPU)
www.bytecraft.com
Encore (VoIP)
www.ncoretech.com
Euros Embedded (eTPU)
www.euros-embedded.com
FMSoft (GUI)
www.minigui.com
Freescale (eTPU)
www.freescale.com
eTPU
PWM
Pulse Width Modulation
QSPI
Queued Serial Peripheral Interface
RTC
Real-Time Clock
SPI
Serial Peripheral Interface
SVGA
Super Video Graphic Array
TDM
Time Division Multiplex
UART/
USART
Universal (Synchronous)
Asynchrous Receiver Transmitter
ULPI
UTMI Low Pin Interface
USB
Universal Serial Bus
For more information about
ColdFire family products, please visit
www.freescale.com/coldfire.
2
4/2009
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