Samsung F1053V Programming instructions

Mr Richard Solomon
RFI Global Services Limited
Your Reference:
Date: 5 October 2005
Dear Mr Solomon
MANUFACTURER OR ACCREDITED AGENT:
Psion Teklogix
ECE REGULATION/EEC DIRECTIVE:
R10 &72/245
Job No.
EAF067676
“
“
Vehicle Type/Component
Approval No.
8530
10R-023560
“ “
e11*72/245*95/54*3560*00
Index Rev. No.
Not applicable
“
“
1. This vehicle component has been tested and meets the requirements of the above ECE
Regulation/EEC Directive. I enclose a set of approval documents, comprising the approval, test
report and your documentation duly authenticated.
2. If you think there are any errors in the enclosed package, please contact Andrew Meadows,
telephone 0117 952 4187, e-mail andrew.meadows@vca.gov.uk immediately. Please be aware
that from the date of issue we have a three week holding period, any corrections required after
this time will need to be corrected via an extension, index revision or correction 1 certificate, as
appropriate.
ROAD TRAFFIC ACT 1988 - SECTION 80
3. The Secretary of State for Transport authorises, under section 80 of the Road Traffic Act 1988,
the above manufacturer or accredited agent to apply to the motor vehicle part specified, the
appropriate mark designated in the Motor Vehicles (Designation of Approval Marks) Regulations
1979, as amended. The conditions attached to this authorisation are set out overleaf.
4. If this approval results in a change being needed to a vehicle information document issued under
the goods vehicle or passenger car national type approval scheme, you should notify us (i.e. submit
a 'notifiable alteration') as soon as possible, using the address VCA (Whole Vehicle), Room 1.2,
The Eastgate Office Centre, Eastgate Road, Bristol BS5 6XX.
5. VCA is continually scrutinising the quality of the service it provides to customers, in order to
discover more ways in which the standard can be improved. If you have a specific complaint
concerning the way this job has been dealt with, our customer services leaflet gives guidance on
the best approach. If you would like a copy, please contact the undersigned.
Yours sincerely
JAMES SIBLEY
Product Certification
1. CONDITIONS
3. CONDITIONS FOR MOTOR VEHICLES
1.1 This Approval may be withdrawn at any time
and while held is subject to the following conditions.
3.1 The holder of this approval shall put the
approval mark described in the Motor Vehicles
(Designation of Approval Marks) Regulation 1979
as amended only on Motor Vehicles fitted with
Motor Vehicle parts which Motor Vehicles as fitted
with such parts conform with the type of Motor
Vehicle approved by as on behalf of the Secretary of
State for Transport and only on Motor Vehicles that:
2. CONDITIONS OF MOTOR VEHICLE
PARTS
2.1 The holder of this approval shall put the
approval mark described in the Motor Vehicles
(Designation of Approval Marks) Regulations 1979
as amended only on Motor Vehicle Parts that:
a. have been manufactured, assembled or completed
in factories under his control and
b. conform in all material respects with the samples,
which were tested before this approval was issued.
2.2 The holder of this approval shall mark his
products in the manner set out in the relevant
Regulation/Directive as given in the Motor Vehicles
(Designation of Approval Marks) Regulations 1979
as amended together with:
a. the approval number allocated by the Secretary of
State for Transport.
b. his name or trademark
c. any other markings specified in the appropriate
international Regulation
2.3 The holder of this approval shall be prepared at
any time to satisfy Department for Transport
officials or agents of the Department, that the quality
of the part being produced and marked or intended to
be by him with the approval marking conforms in all
material respects with that of the samples tested as
the International Regulation requires.
2.4 The holder of this approval undertakes to admit
duly authorised officials or agents of the Department
at all reasonable times to any premises in which
parts marked or intended to be marked are being
manufactured, assembled or stored and to permit any
such official or agent to inspect parts and all records
relating to them and their production processes.
2.5 This approval may be suspended or withdrawn
by the Secretary of State for Transport at any time
without any particular length of notice being given
and in the event of that being done the holder will
absolve the Secretary of State from any claim for
damages or compensation.
a. have been manufactured, assembled or completed
in factories under his control and
b. conform in all material respects with the type of
Motor Vehicle, which was tested before an approval
certificate was issued.
3.2 The holder of this approval shall mark motor
vehicles of the type approved. In the matter set out in
the relevant Regulation/Directive using the
authorised approval mark as given in the Motor
Vehicles (Designation of Approval Marks)
Regulation 1979 as amended together with the
approval number allocated by the Secretary of State
for Transport.
3.3 The holder of this approval shall mark Motor
Vehicles of the type approved in the manner set out
in the relevant Regulation annexed to the United
Nations agreement of 1958 as amended using the
authorised approval mark which comprises a capital
letter E followed by the number 11 within a circle
together with the approval number allocated by the
Secretary of State for Transport.
3.4 The holder of this approval shall be prepared at
any time to satisfy Department for Transport
officials or agents of the Department that Motor
Vehicles of the type approved which have been
produced and marked or that are intended to be
marked by him conform in all material respects with
the type of vehicle approved.
3.5 The holder of this approval undertakes to admit
duly authorised officials or agents of the Department
at all reasonable times to any premises in which the
Motor Vehicles of the type approved which have
been or are intended to be marked are manufactured,
assembled or stored and to permit any such official
or agent to inspect the Motor Vehicles and all
records relating to them and their production
processes.
3.6 This approval may be suspended or withdrawn
by the Secretary of State for Transport at any time
without any particular length of notice given and in
the event of that being done the holder will absolve
the Secretary of State from any claim for damages or
compensation.
Switchboard:
Main Fax:
E-mail:
Web Site:
1 The Eastgate Office Centre
Eastgate Road
Bristol BS5 6XX
United Kingdom
+44 (0)117 951 5151
+44 (0)117 952 4103
general@vca.gov.uk
www.vca.gov.uk
VEHICLE CERTIFICATION AGENCY
THE UNITED KINGDOM VEHICLE APPROVAL AUTHORITY
Rev 1/03
COMMUNICATION CONCERNING THE APPROVAL GRANTED OF A TYPE
OF ELECTRICAL/ELECTRONIC SUB-ASSEMBLY (1) WITH REGARD TO
REGULATION NO: 10 AS AMENDED BY THE 02 SERIES OF AMENDMENTS
Approval No: 10R-023560
Reason(s) for extension: Not applicable
1.
Make (trade name of manufacturer): Psion Teklogix
2.
Type and general commercial description(s): Vehicle mount terminal 8530
3.
Means of identification of type, if marked on the component: Not applicable
3.1
Location of that marking: Not applicable
4.
Category of vehicle: Commercial
5.
Name and address of manufacturer:
Psion Teklogix Incorporated
2100 Meadowvale Boulevard
Mississauga
Ontario
L5N 7J9
Canada
6.
In the case of components and separate technical units, location and method of affixing of the ECE
approval mark: Self-adhesive label on back of the unit
05-Oct-2005
An executive agency of the Department for Transport
ECE REGULATION NO: 10.02 STU
7.
Address(es) of assembly plant(s): See section 5
8.
Additional information (where applicable): See Appendix
9.
Technical service responsible for carrying out the tests: RFI Global Services Limited
10.
Date of test report: 5 October 2005
11.
Number of test report: RFI/EMCE1/RP47590JD01A
12.
Remarks (if any): See Appendix
13.
Place: BRISTOL
14.
Date:
15.
Signature:
16.
The index to the information package lodged with the approval authority, which may be obtained on
request is attached.
5 OCTOBER 2005
A. W. STENNING
Head of Product Certification
EAF067676
05-Oct-2005
2
ECE REGULATION NO: 10.02 STU
Appendix to Type Approval Communication Certificate No: 10R-023560
concerning the type approval of an electrical/electronic sub-assembly under Regulation No: 10
1.
Additional information
1.1.
Electrical system rated voltage: Plug in either 12V or 24V battery, negative ground
1.2
This ESA can be used on any vehicle type with the following restrictions: To be fitted to commercial
vehicles with a system voltage within 1.1 above, negative earth
1.2.1
Installation conditions, if any: See manufacturer’s instructions
1.3
This ESA can be used only on the following vehicle types: Not applicable
1.3.1
Installation conditions, if any: Not applicable
1.4
The specific test method(s) used and the frequency ranges covered to determine immunity were:
(Please specify precise method used from Annex 9): Not applicable
1.5
Approved/accredited laboratory (for the purpose of this Regulation) responsible for carrying out the test:
RFI Global Services Limited
2.
Remarks: None
(1)
Delete where inapplicable
05-Oct-2005
3
1 The Eastgate Office Centre
Eastgate Road
Bristol BS5 6XX
United Kingdom
Switchboard:
Main Fax:
E-mail:
Web Site:
+44 (0)117 951 5151
+44 (0)117 952 4103
general@vca.gov.uk
www.vca.gov.uk
VEHICLE CERTIFICATION AGENCY
THE UNITED KINGDOM VEHICLE APPROVAL AUTHORITY
Rev 1/03
COMMUNICATION CONCERNING THE APPLICATION OF THE COUNCIL DIRECTIVE OF 20 JUNE
1972 ON THE APPROXIMATION OF THE LAWS OF THE MEMBER STATES RELATING TO A TYPE
OF COMPONENT WITH REGARD TO RADIO INTERFERENCE SUPPRESSION (72/245/EEC) AS LAST
AMENDED BY 95/54/EC
Type Approval No: e11*72/245*95/54*3560*00
Reason for Extension: Not applicable
SECTION I
0.1
Make (trade name of manufacturer): Psion Teklogix
0.2
Type and general commercial description(s): Vehicle mount terminal 8530
0.3
Means of identification of type, if marked on the component: Not applicable
0.3.1
Location of that marking: Not applicable.
0.4
Category of vehicle(2): Not applicable
0.5
Name and address of manufacturer:
Psion Teklogix Incorporated
2100 Meadowvale Boulevard
Mississauga
Ontario
L5N 7J9
Canada
0.7
In the case of components and separate technical units, location and method of affixing of the EEC
type-approval mark: Self adhesive label on back of the unit
05-Oct-2005
An executive agency of the Department for Transport
72/245/EEC AS LAST AMENDED BY 95/54/EC
0.8
Address(es) of assembly plant(s): As section 0.5 above
SECTION II
1.
Additional information (where applicable): See Appendix 1
2.
Technical service responsible for carrying out the tests: RFI Global Services Limited
3.
Date of test report: 5 October 2005
4.
Number of test report: RFI/EMCE1/RP47590JD01A
5.
Remarks (if any): See Appendix 2
6.
Place: BRISTOL
7.
Date: 5 OCTOBER 2005
8.
Signature:
9.
The index to the information package lodged with the approval authority, which may be obtained on
request, is attached.
A. W. STENNING
Head of Product Certification
EAF067676
05-Oct-2005
2
72/245/EEC AS LAST AMENDED BY 95/54/EC
APPENDIX
to EEC Type Approval Certificate No: e11*72/245*95/54*3560*00
concerning the type approval of an electric/electronic sub-assembly with
regard to Directive 72/245/EEC as last amended by Directive 95/54/EC
1.
Additional information:
1.1
Electrical system rated voltage: Plug in either 12V or 24V battery
1.2
This ESA can be used on any vehicle type with the following restrictions: To be fitted to commercial
vehicles with a system voltage within 1.1 above, negative earth
1.2.1
Installation conditions, if any: See manufacturer’s instructions
1.3
This ESA can only be used on the following vehicle types: Not applicable
1.3.1
Installation conditions, if any: Not applicable
1.4
The specific test method(s) used and the frequency ranges covered to determine immunity were: Not
applicable
1.5
Approved/recognised laboratory (for the purpose of this Directive) responsible for carrying out the test:
RFI Global Services Ltd
5.
Remarks: None
*
Delete as applicable
(1)
If the means of identification of type contains characters not relevant to describe the vehicle,
component or separate technical unit types covered by this information document/type-approval
certificate, such characters shall be represented in the documentation by the symbol `?' (e.g.
ABC??123??).
(2)
As defined in Annex II A to Directive 70/156/EEC.
05-Oct-2005
3
1 The Eastgate Office Centre
Eastgate Road
Bristol BS5 6XX
United Kingdom
Switchboard:
Main Fax:
E-mail:
Web Site:
+44 (0)117 951 5151
+44 (0)117 952 4103
general@vca.gov.uk
www.vca.gov.uk
VEHICLE CERTIFICATION AGENCY
APPROVAL NUMBER: e11*72/245*95/54*3560*00
INFORMATION PACKAGE CONTENTS
INDEX
REVISION NUMBER: Not applicable
Total number of sheets:
94 (Ninety four)
Number of separate drawings:
0 (Nil)
Number of separate photographs: 0 (Nil)
Reasons for Revision:
Not applicable
EAF067676
Revision date
&
Office stamp
05-Oct-2005
An executive agency of the Department for Transport
TABLE OF CONTENTS
VCA Job Number: EAF067676
EUT: Vehicle Mount Terminal 8530
Section 1). General Information
Section 2). Appendix 1: Identification of the ESA chosen to represent the type.
Section 3). Appendix 2: RFI Test Report RFI/EMCE1/RP47590JD01A
05-Oct-2005
INFORMATION DOCUMENT RELATING TO VCA JOB NUMBER EAF067676 RELATING
TO TYPE APPROVAL OF AN ESA WITH RESPECT TO ELECTROMAGNETIC
COMPATIBILITY (72/245/EEC) AS LAST AMENDED BY 95/54/EC.
Vehicle Mount Terminal 8530
0. GENERAL
0.1 Make (trade name of manufacturer):
Psion Teklogix
0.2 Type and general commercial description (s):
Vehicle Mount Terminal 8530
0.3 Means of identification of type, if marked on the component/separate
technical unit:
Not Applicable.
0.3.1 Location of that marking:
Not Applicable.
0.5 Name and address of manufacturer:
Psion Teklogix
2100 Meadowvale Blvd.
Mississauga, ON, L5N7J9 Canada
0.5.1 Name and address of manufacturer’s representative:
N/A
0.7 Location and method of affixing of the EEC approval mark:
Self-adhesive label on back of the unit
0.8 Address (es) of assembly plant (s):
Psion Teklogix
2100 Meadowvale Blvd.
Mississauga, ON, L5N7J9 Canada
05-Oct-2005
1. This ESA shall be approved as a Component / STU.
Component
2. Any restrictions of use and conditions for fitting:
The restrictions for use as regards this application are the test configuration used during the
test. Any deviation from this configuration may compromise the EMC performance of the
system.
Appendix 1
The ESA chosen to represent the type: Vehicle Mount Terminal 8530
Further details about the equipment under test, accessories, support equipment and
interconnection cables are provided in RFI test report serial number
RFI/EMCE1/RP47590JD01A, which is enclosed in Appendix 2 of this document.
This Appendix (Appendix 1) contains the following:-
Documentation Supplied By The Manufacturer
1.
2.
3.
4.
BOM
Circuit Diagram
Circuit Layouts
Display Manual
These pages are not included in the total number of pages for this document.
05-Oct-2005
Engineering Bill of Materials
2100 Meadowvale Blvd., Mississauga ON, CANADA, L5N 7J9 (905) 813-9900
Project Information
Compile Date 07/19/2005
Print Date: 07/19/2005
Project Number:
090183
Project Name:
8525/30 Vehicle Mount Terminal
Project Engineer
Steve Ponikvar
Assembly Information
Assembly Number:
Assembly Description
Schematic Technical Lead
1008015-002
Revision
A5
8525/30 Main Logic Board
Denis Leblanc
Obsolescence:
The information in this document is only considered valid for the current revision, prior to formal release to production. Psion Teklogix Engineering is responsible to ensure all appropriate
suppliers are notified when a new engineering release is available. Any costs incurred by the use of this document for production purposes after notification of obsolecense, or after formal
release is the responsibility of the supplier.
Confidentiality:
The information contained in this document is confidential and the exclusive intellectual property of Psion Teklogix. It may only be used for the purpose for which it is supplied and must not
be reproduced, or disseminated to third parties by any means in whole or in part, without the express written permission of Psion Teklogix.
05-Oct-2005
Page 1 of 33
BOM 1008015-002 Rev A5
Device
1002023
Qty
1
Sorted By BAAN Number
Description
SOFTWARE 8525/30 CE V4.2 OTT IMAGE
Process Code:
EFF
BAAN Description Line 1:
Product Type:
VK0
BAAN Description Line 2:
Item Group
S/W
Reference Designators:
1002024
1
EFF
BAAN Description Line 1:
SOFTWARE IMAGE PCON 8525 MOT
VK0
BAAN Description Line 2:
MOTOROLA FORMAT
Item Group
S/W
Process Code:
EFF
BAAN Description Line 1:
Product Type:
VK0
BAAN Description Line 2:
Item Group
S/W
0
ART
BAAN Description Line 1:
DOC ARTWORK MLB 8525/30
Product Type:
VK0
BAAN Description Line 2:
MAIN_LOGIC_BOARD
Item Group
DOC
Item Group
PCB
Reference Designators:
1008013
0
BAAN Description Line 1:
BAAN Description Line 2:
Undefined
UNDEFINED
Undefined
UNDEFINED
Undefined
PCB MAIN LOGIC BOARD 8525/30
PCB1
DOCUMENT PCB ASSEMBLY 8525/30 MAIN LOGIC BOARD
Process Code:
REF
BAAN Description Line 1:
DOC FAB_DWG MLB 8525/30
Product Type:
Item Group
VK0
DOC
BAAN Description Line 2:
MAIN_LOGIC_BOARD
Reference Designators:
UNDEFINED
DOC1
PCB 8525/30 MAIN LOGIC BOARD
CSP
VK0
Undefined
S/W 2
DOCUMENT ARTWORK PCB 8525/30 MAIN LOGIC BOARD
Process Code:
Product Type:
Undefined
SOFTWARE IMAGE BOOST 8525
Process Code:
1
Undefined
S/W 1
SOFTWARE 8525/30 BOOST IMAGE
Reference Designators:
1008011
Undefined
Product Type:
Reference Designators:
1008010
S/W 3
Process Code:
1
Part Number
Undefined
SOFTWARE IMAGE CE_4.2 OTT 8525
SOFTWARE 8525/30 PCON IMAGE
Reference Designators:
1002025
Manufacturer
Undefined
DOC2
05-Oct-2005
Page 2 of 33
BOM 1008015-002 Rev A5
Device
1008014
Qty
0
Sorted By BAAN Number
Description
DOCUMENT SCHEMATIC 8525/30 MAIN LOGIC BOARD
Process Code:
SCH
BAAN Description Line 1:
DOC SCHEMATIC MLB 8525/30
Product Type:
VK0
BAAN Description Line 2:
MAIN_LOGIC_BOARD
Item Group
DOC
Reference Designators:
1008087
2
1008211
Process Code:
CMP
BAAN Description Line 1:
LABEL BLANK PCA 0.25"X1.0"
Product Type:
XE0
BAAN Description Line 2:
WHITE MYLAR 0.002" THICK
Item Group
LBL
4
1010084
Process Code:
CMP
BAAN Description Line 1:
IC SDRAM 256MBIT 54 PIN BOC
Product Type:
XE0
BAAN Description Line 2:
SCREENED TO -40°C
Item Group
ICT
0
7000530-200
Process Code:
REF
BAAN Description Line 1:
Product Type:
XD0
BAAN Description Line 2:
Item Group
DOC
0
TSP
VK0
Item Group
DOC
Reference Designators:
9000494
1
SEE SCD 1008211
UNDEFINED
Undefined
UNDEFINED
Undefined
DOC5
BAAN Description Line 1:
BAAN Description Line 2:
DOC TEST_SPEC FUNC MLB 8525
TEST SPECIFICATION
DOC4
IC TINYLOGIC 1-OF-2 NON-INVERTING MULTIPLEXER
Process Code:
CMP
BAAN Description Line 1:
IC LOGIC MULTIPLEXER
Product Type:
Item Group
XE0
ICT
BAAN Description Line 2:
NON INVERTING SOT23-5
Reference Designators:
SEE SCD 1008211
DOC SERIAL NUMBER CODING INST
DOCUMENT 8525 MLB PRODUCTION FUNCTIONAL TEST SPECIFICATION
Process Code:
Product Type:
Undefined
U25, U26, U30, U40
DOC SERIAL NUMBER CODING INST
Reference Designators:
UNDEFINED
LBL2,LBL3
IC MEMORY SDRAM 256MBIT 4M X 16 X 4BANKS -25°C TO 85°C SCD SCREENED TO -40°C
CSP54
Reference Designators:
Part Number
Undefined
DOC3
LABEL BLANK PCA 0.25"X1.0" WHITE MYLAR 0.002" THICK
Reference Designators:
Manufacturer
UNDEFINED
FAIRCHILD
NC7SZ157P6X
ON SEMICONDUCTOR
NLA5B3157DFT2
PERICOM
PI5A3157CX
U23
05-Oct-2005
Page 3 of 33
BOM 1008015-002 Rev A5
Device
9000501
Qty
9
Sorted By BAAN Number
Description
TRANSISTOR MOSFET P-CHAN ENHANCEMENT 360MW 40V 6R_RDS SOT-23
Process Code:
CMP
BAAN Description Line 1:
TRANSISTOR FET P-CHAN 50V
Product Type:
XE0
BAAN Description Line 2:
SMT SOT-23 350MW
Item Group
XTR
Reference Designators:
9000515
8
BSS84P
FAIRCHILD
NC7SZ125P5X
ON SEMICONDUCTOR
M74VHC1G125DFT?
BAAN Description Line 1:
IC BUFFER TRI-STATE OUTPUT
TOSHIBA
TC7SZ125FU
Product Type:
XE0
BAAN Description Line 2:
SC70 PACKAGE
PERICOM
PI74ST1G125CX
Item Group
ICT
MURATA
AVX
GRM32DR60J226KA?
12106D226KAT?A
8
U41, U58, U59, U60, U61, U62, U63, U67
CAPACITOR CERAMIC SMT 1210 X5R 6.3V 22UF 10% 10MOHM_ESR
Process Code:
CMP
BAAN Description Line 1:
CAPACITOR 6.3V 22UF 10%
JOHANSON
6R3S41X226KV4?
Product Type:
XE0
BAAN Description Line 2:
CERAMIC SMT 1210 X5R
TAIYO-YUDEN
JMK325BJ226KM-T
Item Group
CAP
VENKEL
C1210X5R100-226KN??
TDK
SLF12555T-100M3R4
1
C120, C121, C122, C123, C124, C125, C126, C311
INDUCTOR SMT POWER 10UH 20% SHIELDED 3.4A 0R022DC
Process Code:
CMP
BAAN Description Line 1:
INDUCTOR SMT 10UH 20% SHIELDED
Product Type:
XE0
BAAN Description Line 2:
3.4A
Item Group
IND
1
Process Code:
Product Type:
CMP
XE0
Item Group
CAP
1
L2
CAPACITOR CERAMIC SMT 0402 COG 25V 220PF ±5%
Reference Designators:
9000532
BSS84
INFINEON
CMP
Reference Designators:
9000528
PHILIPS
Process Code:
Reference Designators:
9000522
Part Number
BSS84
Q13, Q34, Q35, Q44, Q52, Q55, Q56, Q57, Q60
IC BUFFER WITH 3-STATE OUTPUT ACTIVE LOW ENABLE SC70 PACKAGE
Reference Designators:
9000520
Manufacturer
FAIRCHILD
BAAN Description Line 1:
BAAN Description Line 2:
CAPACITOR 25V 220PF 5%
CERAMIC SMT 0402 COG
MURATA
GRP1556C1E221JA01?
VENKEL
C0402COG500-221JN ?
KEMET
AVX
C0402C221J3GAC
04023A221JAT?A
CALCHIP
GMC04CG221J25NT
C144
RESISTOR SMT 0402 1/16W 105K OHM ±1%
VISHAY
CRCW04021053F?
AVX KYOCERA
CR05-1053F-?
Process Code:
CMP
BAAN Description Line 1:
RESISTOR 1/16W 105K OHM 1%
KOA
RK73H1E?1053F
Product Type:
Item Group
XE0
RES
BAAN Description Line 2:
SMT 0402
ROHM
PANASONIC
MCR01?F1053
ERJ2RKF1053?
SAMSUNG
RC1005F1053?
Reference Designators:
R147
05-Oct-2005
Page 4 of 33
BOM 1008015-002 Rev A5
Device
9000533
Qty
1
Sorted By BAAN Number
Description
RESISTOR SMT 0402 1/16W 63K4 OHM ±1%
AVX KYOCERA
CR05-6342F-?
CMP
BAAN Description Line 1:
RESISTOR 1/16W 63K4 OHM 1%
KOA
RK73H1E?6342F
Product Type:
XE0
BAAN Description Line 2:
SMT 0402
ROHM
MCR01?F6342
Item Group
RES
PANASONIC
ERJ2RKF6342?
SAMSUNG
RC1005F6342?
FAIRCHILD
FDS6961A
DALE
WSL1206 0.015 OHMS 1% R86
1
Process Code:
CMP
BAAN Description Line 1:
TRANSISTOR DUAL N_CH FET 30V
Product Type:
XE0
BAAN Description Line 2:
3.5A
Item Group
XTR
3
Process Code:
CMP
BAAN Description Line 1:
RESISTOR 1/4W 0R015 OHM 1%
Product Type:
XE0
BAAN Description Line 2:
SMT 1206
Item Group
RES
1
VISHAY
CRCW04025763F?
CR05-5763F-?
RK73H1E?5763F
Process Code:
CMP
BAAN Description Line 1:
RESISTOR 1/16W 576K OHM 1%
AVX KYOCERA
KOA
Product Type:
XE0
BAAN Description Line 2:
SMT 0402
VENKEL
CR0402-16W-5763FT
Item Group
RES
PANASONIC
ERJ-2RKF5763X
SAMSUNG
RC1005F5763?
DALE
WSL2512 0.039OHMS 1%
AVX KYOCERA
LR63-R039-F-?
VISHAY SILICONIX
DG409DY-T1
INTERSIL
DG409DY
1
Process Code:
Product Type:
CMP
XE0
Item Group
RES
2
R39
RESISTOR SMT 2512 1W 0R039 ±1%
Reference Designators:
9000554
R100, R151, R152
RESISTOR SMT 0402 1/16W 576K OHM ±1%
Reference Designators:
9000552
Q50
RESISTOR SMT 1206 0.25W 0R015 ±1%
Reference Designators:
9000549
R18
TRANSISTOR MOSFET DUAL POWER N_CHAN LOGIC DRIVE 2.1NC 3.5A 30V R140_RDS SO8
Reference Designators:
9000540
Part Number
CRCW04026342F?
Process Code:
Reference Designators:
9000537
Manufacturer
VISHAY
BAAN Description Line 1:
BAAN Description Line 2:
RESISTOR 1W 0R039 OHM 1%
SMT 2512
R17
IC ANALOG MULTIPLEXER DUAL 4-CHANNEL 100 OHM MAX
Process Code:
CMP
BAAN Description Line 1:
Product Type:
Item Group
XE0
ICT
BAAN Description Line 2:
Reference Designators:
IC ANALOG MULTIPLEXER
U17, U18
05-Oct-2005
Page 5 of 33
BOM 1008015-002 Rev A5
Device
9000558
Qty
1
Sorted By BAAN Number
Description
DIODE SMT POWER SCHOTTKY 40V 2A
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
DIO
Reference Designators:
9000559
6
CMP
BAAN Description Line 1:
DIODE SMT ZENER 18V SOT23
Product Type:
XE0
BAAN Description Line 2:
225MW
Item Group
DIO
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ICT
1
CMP
BAAN Description Line 1:
CAPACITOR 50V 4.7±2.5PF
Product Type:
XE0
BAAN Description Line 2:
CERAMIC SMT 0402 COG
Item Group
CAP
CMP
XE0
Item Group
RES
Reference Designators:
9000587
1
LINEAR TECHNOLOGY
LTC1694IS5
VENKEL
C0402COG500-4R7CNE
AVX
CALCHIP
04025A4R7DAT?A
GMC04CG4R7D50NT
C146
RESISTOR SMT 0402 1/16W 4R02 OHM ±1%
Process Code:
Product Type:
MMBZ5248
U12
Process Code:
1
MMBZ5248BLT1
IC SMBUS I2C ACCELERATOR
CAPACITOR CERAMIC SMT COG 0402 50V 4.7±2.5PF
Reference Designators:
9000586
ONSEMI
GENERAL SEMI
D10, D50, D6, D7, D8, D9
IC SMBUS I2C ACCELERATOR 2.7V TO 6V
Reference Designators:
9000585
D26
Process Code:
1
Part Number
MBRS2040LT3
DIODE SMT SCHOTTKY 40V 2A
DIODE ZENER 18V 225MW SOT23
Reference Designators:
9000568
Manufacturer
ON SEMI
BAAN Description Line 1:
BAAN Description Line 2:
RESISTOR 1/16W 4R02 OHM 1%
SMT 0402
R162
RESISTOR SMT 0402 1/16W 29K4 OHM ±1%
VENKEL
CR0402-16W-4R02FT
VISHAY
CRCW04024R02F?
AVX KYOCERA
KOA
CR05-4R02F-?
RK73H1E?4R02F
SAMSUNG
RC1005F4R02?
ROHM
MCR01?F4R02
VISHAY
CRCW04022942F?
AVX KYOCERA
CR05-2942F-?
Process Code:
CMP
BAAN Description Line 1:
RESISTOR 1/16W 29K4 OHM 1%
KOA
RK73H1E?2942F
Product Type:
Item Group
XE0
RES
BAAN Description Line 2:
SMT 0402
VENKEL
PANASONIC
CR0402-16W-2942FT
ERJ2RKF2942?
SAMSUNG
RC1005F2942?
Reference Designators:
R37
05-Oct-2005
Page 6 of 33
BOM 1008015-002 Rev A5
Device
9000906
Qty
1
Sorted By BAAN Number
Description
CAPACITOR 4F -10+30%TOL 2.5V 0R400ESR
Process Code:
CMP
BAAN Description Line 1:
CAPACITOR ELEC THRUHOLE 4F
Product Type:
XE0
BAAN Description Line 2:
+30/-10% 0R4ESR 2V5
Item Group
CAP
Reference Designators:
9000926
1
CR05-9092F-?
BAAN Description Line 1:
RESISTOR 1/16W 90K9 OHM 1%
KOA
RK73H1E?9092F
Product Type:
XE0
BAAN Description Line 2:
SMT 0402
VENKEL
CR0402-16W-9092FT
Item Group
RES
PANASONIC
ERJ2RKF9092?
SAMSUNG
RC1005F9092?
VISHAY
KOA
CRCW04023321F?
RK73H1E?3321F
4
R141
RESISTOR SMT 0402 1/16W 3K32 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
RESISTOR 1/16W 3K32 OHM 1%
VENKEL
CR0402-16W-3321FT
Product Type:
XE0
BAAN Description Line 2:
SMT 0402
PANASONIC
ERJ2RKF3321?
Item Group
RES
SAMSUNG
RC1005F3321?
ANALOG DEVICES
ADG451BR
1
R167, R168, R169, R170
IC 4X SPST ANALOG SWITCH 7 OHMS MAX +/-15V SPECIFIED RANGE
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ICT
2
Process Code:
Product Type:
CMP
XE0
Item Group
ICT
4
IC ANALOG SWITCH 4XSPST
U2
IC INTERFACE TRANSCEIVER RS232D 2TX_2RX 120KBPS TSSOP20
Reference Designators:
9000940
CRCW04029092F?
CMP
Reference Designators:
9000933
VISHAY
AVX KYOCERA
Process Code:
Reference Designators:
9000932
Part Number
PB-2R5/040Q#1
C1126
RESISTOR SMT 0402 1/16W 90K9 OHM ±1%
Reference Designators:
9000928
Manufacturer
TECATE
BAAN Description Line 1:
BAAN Description Line 2:
SP3223EEY
ICL3223EIV
NATIONAL SEMICOND
LMC7215IM5
IC RS232 TRANSCEIVER 2TX_2RX
120KBPS
U42, U43
ICT, SINGLE COMPARATOR, SUPPLY 2V-8V,PUSH-PULL OUTPUT,SOT23-5
Process Code:
CMP
BAAN Description Line 1:
Product Type:
Item Group
XE0
ICT
BAAN Description Line 2:
Reference Designators:
SIPEX
INTERSIL
ICT, COMPARATOR, 2-8V,SOT23-5
U3, U6, U7, U8
05-Oct-2005
Page 7 of 33
BOM 1008015-002 Rev A5
Device
9000958
Qty
1
Sorted By BAAN Number
Description
RESISTOR SMT 0402 1/16W 26K7 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
Reference Designators:
9000963
2
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ICT
9000983
CMP
BAAN Description Line 1:
IC PC CARD PWR SWITCH
Product Type:
XE0
BAAN Description Line 2:
5V/3V TSSOP8
Item Group
ICT
1
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ICT
CMP
XE0
Item Group
TRS
Reference Designators:
9000989
10
MCR01?F2672
SAMSUNG
RC1005F2672?
FAIRCHILD
NC7ST08P5X
ON SEMICONDUCTOR
NL17SZ08DFT2
TOSHIBA
TC7SET08FU
ANALOGIC TECH
AAT4650IHS
LINEAR TECHNOLOGY
LTC3728EUH
ON SEMICONDUCTOR
MSQA6V1W5T2
MURATA
NEF13PT222Z1E9
U16
BAAN Description Line 1:
BAAN Description Line 2:
SUPPRESSOR QUAD 6V1 90PF
SOT323
DN2, DN3
FILTER EMI 25V 6A LC TYPE SMT - 40 TO 85C
Process Code:
CMP
BAAN Description Line 1:
FILTER SMT EMI 25V 6A
Product Type:
Item Group
XE0
FIL
BAAN Description Line 2:
LC TYPE
Reference Designators:
RK73H1E?2672F
ROHM
IC REG SWITCHING STEP DWN DUAL
SUPPRESSOR UNIDIRECTIONAL4X6V1 ARRAY 90PF 15W SOT323
Process Code:
Product Type:
CR05-2672F-?
KOA
U48, U49
IC ANALOG REGULATOR SWITCHING STEP_DOWN DUAL 2-PHASE SYNC CSP PKG
Process Code:
2
AVX KYOCERA
U31, U32
Process Code:
Reference Designators:
9000988
IC TINYLOGIC 2-INPUT AND GATE
IC PC CARD POWER SWITCH 3/5V TSSOP8
Reference Designators:
Part Number
CRCW04022672F?
R347
Process Code:
2
RES SMT 0402 1/16W 26K7 OHM 1%
IC TINY LOGIC HST 2-INPUT AND GATE
Reference Designators:
9000979
Manufacturer
VISHAY
FL1, FL10, FL12, FL13, FL14, FL15, FL2, FL3, FL6, FL9
05-Oct-2005
Page 8 of 33
BOM 1008015-002 Rev A5
Device
9001544
Qty
1
Sorted By BAAN Number
Description
CON SD CARD/MMC CONNECTOR, MANUAL INSERTION WITH CARD DETECT AND WRITE
PROTECT SWITCHES
Process Code:
CMP
BAAN Description Line 1:
CONNECTOR SD I/O
Product Type:
XE0
BAAN Description Line 2:
MANUAL INSERTION
Item Group
CON
Reference Designators:
9001547
4
9001558
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
TRS
1
9001562
CMP
BAAN Description Line 1:
IC MICROPROCESSOR SUPERVISOR
Product Type:
XE0
BAAN Description Line 2:
1V25 WATCHDOG MANUAL RESET
Item Group
ICT
9001574
Process Code:
CMP
BAAN Description Line 1:
IC LCD CONTROLLER CMOS BGA144
Product Type:
XE0
BAAN Description Line 2:
INDUSTRIAL TEMP
Item Group
ICT
2
CMP
XE0
Item Group
RES
Reference Designators:
9001577
1
ADM705AR
TPS3705-50D
MAXIM
MAX705ESA
MEDIAQ
MQ1188-GBE
U37
RESISTOR SMT 0402 1/16W 16K2 OHM ±1%
Process Code:
Product Type:
ANALOG DEVICES
TEXAS INSTRUMENTS
U55
IC DISPLAY AND PERIPHERAL CONTROLLER CMOS MQ1188 144-PIN ECSP INDUSTRIAL TEMP
Reference Designators:
V0402MHS12
TVS1, TVS2, TVS3, TVS4
Process Code:
1
LITTLEFUSE
SUPPRESSOR SMT 160V 0402
IC LINEAR SUPERVISOR 1V25 VOLTAGE SENSE WATCHDOG INTERRUPT & MASTER RESET
Reference Designators:
Part Number
10-5738-009-783-862
P1
SUPPRESSOR 160V MAX 0402 PKG
Reference Designators:
Manufacturer
ELCO
BAAN Description Line 1:
BAAN Description Line 2:
RESISTOR 1/16W 16K2 OHM 1%
SMT 0402
R1, R2
RESISTOR SMT 0402 1/16W 280K OHM ±1%
VISHAY
CRCW04021622F?
AVX KYOCERA
CR05-1622F-?
KOA
ROHM
RK73H1E?1622F
MCR01?F1622
PANASONIC
ERJ2RKF1622?
SAMSUNG
RC1005F1622?
VISHAY
CRCW04022803F?
AVX KYOCERA
CR05-2803F-?
Process Code:
CMP
BAAN Description Line 1:
RESISTOR 1/16W 280K OHM 1%
KOA
RK73H1E?2803F
Product Type:
Item Group
XE0
RES
BAAN Description Line 2:
SMT 0402
ROHM
SAMSUNG
MCR01?F2803
RC1005F2803?
Reference Designators:
R390
05-Oct-2005
Page 9 of 33
BOM 1008015-002 Rev A5
Device
9001579
Qty
2
Sorted By BAAN Number
Description
RESISTOR SMT 0402 1/16W 137K OHM ±1%
AVX KYOCERA
CR05-1373F-?
CMP
BAAN Description Line 1:
RESISTOR 1/16W 137K OHM 1%
KOA
RK73H1E?1373F
Product Type:
XE0
BAAN Description Line 2:
SMT 0402
ROHM
MCR01?F1373
Item Group
RES
PANASONIC
ERJ2RKF1373?
SAMSUNG
RC1005F1373?
MURATA
GRM36COG330J050AD
AVX
4025A330JAT2A
4
Process Code:
CMP
BAAN Description Line 1:
CAPACITOR 50V 33PF 5%
VENKEL
C0402COG500-330J
Product Type:
XE0
BAAN Description Line 2:
SMT 0402 COG
KEMET
C0402C330J5GAC
Item Group
CAP
FAIRCHILD
NC7SP08P5X
3
Process Code:
CMP
BAAN Description Line 1:
IC 2-INPUT AND GATE
Product Type:
XE0
BAAN Description Line 2:
ULTRA LOW POWER
Item Group
ICT
2
Process Code:
CMP
BAAN Description Line 1:
CAPACITOR 50V 560PF 5%
Product Type:
XE0
BAAN Description Line 2:
SMT 0603 COG
Item Group
CAP
2
Process Code:
Product Type:
CMP
XE0
Item Group
CRY
1
BAAN Description Line 1:
BAAN Description Line 2:
CRYSTAL SMD 32.768KHZ 20PPM
C0603COG500-561JN?
06035A561JAT?A
GRM1885C1H561J??
FOX
FSR327
SEIKO-EPSON
MC-156-32.768K-A3
SARONIX
ABRACON CORP.
32S12C
ABS25-32.768-12-D-3-T
TI
SN74CBTLV3126DGVR
X4, X5
IC LOW-VOLTAGE QUADRUPLE FET BUS SWITCH
Process Code:
CMP
BAAN Description Line 1:
Product Type:
Item Group
XE0
ICT
BAAN Description Line 2:
Reference Designators:
VENKEL
AVX
MURATA
C132, C133
CRYSTAL SMD 32.768KHZ THERMOPLASTIC 20PPM CLOAD=12.5PF INDUSTRIAL TEMP
Reference Designators:
9001597
U10, U20, U71
CAPACITOR CERAMIC SMT 0603 COG 50V 560P ±5%
Reference Designators:
9001596
C106, C60, C61, C62
IC ULTRA LOW POWER 2-INPUT AND GATE
Reference Designators:
9001588
R42, R43
CAPACITOR CERAMIC SMT 0402 COG 50V 33P ±5%
Reference Designators:
9001584
Part Number
CRCW04021373F?
Process Code:
Reference Designators:
9001581
Manufacturer
VISHAY
IC BUS SWTICH QUAD LOW VLTG
U29
05-Oct-2005
Page 10 of 33
BOM 1008015-002 Rev A5
Device
9001598
Qty
1
Sorted By BAAN Number
Description
IC LINEAR LDO REGULATOR 1.5V 150MA LOW_NOISE 85UA QUIESCENT SOT23-5
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ICT
Reference Designators:
9001599
1
9001802
CMP
BAAN Description Line 1:
IC LDO REGULATOR 3V3
Product Type:
XE0
BAAN Description Line 2:
RESET OUTPUT
Item Group
ICT
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XM0
BAAN Description Line 2:
Item Group
SCR
1
9001860
CMP
BAAN Description Line 1:
INDUCTOR SMT 33UH 20% SHIELDED
XE0
BAAN Description Line 2:
1.9A
Item Group
IND
CMP
XE0
Item Group
ICT
1
BAAN Description Line 1:
BAAN Description Line 2:
892NCS-330M=P3
TEXAS INSTRUMENTS
BQ24702PW
INTEGRATED CIRCUIT
MK1714-01RI?
IC ANALOG BATTERY CHARGER
U36
IC SPREAD SPECTRUM MTIPR CLK
Process Code:
CMP
BAAN Description Line 1:
IC SPREAD SPECTRUM MTIPR CLK
Product Type:
Item Group
XE0
ICT
BAAN Description Line 2:
MULTIPLIER CLOCK 20-PIN SSOP
Reference Designators:
TOKO
L22
IC ANALOG BATTERY CHARGER TSOP 24
Process Code:
Product Type:
425-034
SCR5,SCR6
Product Type:
1
S-873325BUP-ALA-T2
SCREW M2 X 10 CHEESE PHIL
Process Code:
Reference Designators:
9001865
SPAENAUR
INDUCTOR SMT POWER 33UH 20% SHIELDED 1A9 0R056DC
Reference Designators:
SEIKO
U52
SCREW M2 X 10 CHEESE PHIL
Reference Designators:
9001852
U11
Process Code:
2
Part Number
MIC5247-1.5BM5
IC LDO REGULATOR 1.5V 150MA
IC LINEAR LDO REGULATOR 3.3V WITH RESET OUTPUT
Reference Designators:
Manufacturer
MICREL
U66
05-Oct-2005
Page 11 of 33
BOM 1008015-002 Rev A5
Device
9002773
Qty
1
Sorted By BAAN Number
Description
IC DISPLAY CONTROLLER CMOS S1D13806 144 TQFP INDUSTRIAL TEMP
Process Code:
CMP
BAAN Description Line 1:
IC LCD CONTROLLER CMOS TQFP144
Product Type:
XE0
BAAN Description Line 2:
INDUSTRIAL TEMP
Item Group
ICT
Reference Designators:
9002922
1
9002929
Process Code:
CMP
BAAN Description Line 1:
CONNECTOR PLUG VERT 120 PIN
Product Type:
XE0
BAAN Description Line 2:
DUAL 7MM B-B 0.635MM PITCH
Item Group
CON
1
9002930
Process Code:
CMP
BAAN Description Line 1:
IC DUAL I2C BUFFER SOT 96-1
Product Type:
XE0
BAAN Description Line 2:
FOR SIGNAL OVER CABLE
Item Group
ICT
2
9002932
Process Code:
CMP
BAAN Description Line 1:
CONNECTOR FFC/FPC 24_PIN 0.5MM
Product Type:
XE0
BAAN Description Line 2:
50V 0.4A BOTTOM_CONTACT SMT
Item Group
CON
2
CMP
XE0
Item Group
XTR
Reference Designators:
9002935
1
BAAN Description Line 1:
BAAN Description Line 2:
P82B96TD
HRS
FH12-24S-0.5SH
FAIRCHILD
FDS6912A
COOPER BUSSMANN
DR127-100
TRANSISTOR DUAL N_CH FET 30V
6.0A
Q48, Q49
INDUCTOR SMT POWER 10UH 20% SHIELDED 6.04A
Process Code:
CMP
BAAN Description Line 1:
INDUCTOR SMT 10UH SHIELDED 6A
Product Type:
Item Group
XE0
IND
BAAN Description Line 2:
20% ISAT 11.2A
Reference Designators:
PHILIPS
J6, J8
TRANSISTOR MOSFET DUAL POWER N_CHAN LOGIC DRIVE 9.0 1NC 6.0A 30V R035_RDS SO8
Process Code:
Product Type:
53481-1209
U14
CONNECTOR 24 PIN SMT FFC/FPC BOTTOM CONTACT
Reference Designators:
MOLEX
J7
IC DUAL I2C BUFFER FOR SIG OVER CABLE SOT96-1
Reference Designators:
Part Number
S1D13806F00A100
U13
CONNECTOR PLUG B-B VERT DUAL 120PIN SMT GRID 0.635 7MM HIGH
Reference Designators:
Manufacturer
EPSON
L1
05-Oct-2005
Page 12 of 33
BOM 1008015-002 Rev A5
Device
9002936
Qty
6
Sorted By BAAN Number
Description
TRANSISTOR MOSFET POWER P_CHAN LOGIC LEVEL 11A -30V R02_RDS SO-8
Process Code:
CMP
BAAN Description Line 1:
TRANSISTOR P_CH FET -30V -11A
Product Type:
XE0
BAAN Description Line 2:
SO-8
Item Group
XTR
Reference Designators:
9002940
1
9002945
Process Code:
CMP
BAAN Description Line 1:
CONNECTOR 10 PIN RA MICRO 3MM
Product Type:
XE0
BAAN Description Line 2:
MOLEX MICRO FIT 3MM DUAL
Item Group
CON
1
9002946
Process Code:
CMP
BAAN Description Line 1:
CONNECTOR SMT ZIF 12 PIN
Product Type:
XE0
BAAN Description Line 2:
0MM5 HORIZONTAL WITH FLIP LOC
Item Group
CON
1
9002948
Process Code:
CMP
BAAN Description Line 1:
CONNECTOR FFC/FPC 40_PIN 0.5MM
Product Type:
XE0
BAAN Description Line 2:
50V 0.4A BOTTOM_CONTACT SMT
Item Group
CON
1
CMP
XE0
Item Group
ICT
Reference Designators:
9002949
2
BAAN Description Line 1:
BAAN Description Line 2:
FH12-12S-0.5SH
HIROSE
FH12-40S-0.5SH
FAIRCHILD
NC7S86M5X
FAIRCHILD
NC7S02M5X
IC TINYLOGIC 2-INPUT EX-OR GAT
2V TO 6V SOT23
U68
IC TINY LOGIC HST 2-INPUT NOR GATE
Process Code:
CMP
BAAN Description Line 1:
IC TINYLOGIC 2-INPUT NOR GATE
Product Type:
Item Group
XE0
ICT
BAAN Description Line 2:
2V TO 6V SOT23
Reference Designators:
HIROSE
J3
IC TINY LOGIC HST 2-INPUT EX-OR GATE
Process Code:
Product Type:
43045-1021
P2
CONNECTOR 40 PIN SMT FFC/FPC BOTTOM CONTACT .5MM
Reference Designators:
MOLEX
J4
CONNECTOR SMT ZIF SINGLE ROW 12PIN 0MM5 VERTICAL WITH FLIP LOCK
Reference Designators:
Part Number
FDS6675
Q26, Q27, Q29, Q31, Q33, Q36
CONNECTOR 10 PIN RA MICRO 3MM
Reference Designators:
Manufacturer
FAIRCHILD
U69, U70
05-Oct-2005
Page 13 of 33
BOM 1008015-002 Rev A5
Device
9002950
Qty
4
Sorted By BAAN Number
Description
IC, SOFT START POWER SWITCH 2A SO-8
Process Code:
CMP
BAAN Description Line 1:
IC POWER SWITCH 2A SOFT START
Product Type:
XE0
BAAN Description Line 2:
SO-8
Item Group
ICT
Reference Designators:
9002955
1
Process Code:
CMP
BAAN Description Line 1:
IC LDO 5V 150MA 20UA QUIESC
Product Type:
XE0
BAAN Description Line 2:
LINEAR_REGULATOR
Item Group
ICT
4
9003331
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XM0
BAAN Description Line 2:
Item Group
SCR
1
9003332
CMP
BAAN Description Line 1:
IC MCU CMOS 256K FLASH 20K RAM
Product Type:
XE0
BAAN Description Line 2:
10 MHZ -40°C-85°C 2.2_3.6V
Item Group
ICT
CMP
XE0
Item Group
ICT
Reference Designators:
9003333
1
BAAN Description Line 1:
BAAN Description Line 2:
RENESAS
M30624FGPGP-D3C
XILINX
XC2S150-5 FG456 I
INTEL
GDPXA255A0E400
IC FPGA SPARTAN-II XC2S150
260 I/O FG456 -40°C-100°C
U19
IC CPU PXA255 XSCALE MICROARCHITECTURE 32-BIT RISC 400MHZ MBGA256 I TEMP
Process Code:
CMP
BAAN Description Line 1:
IC CPU XSCALE 32-BIT RISC
Product Type:
Item Group
XE0
ICT
BAAN Description Line 2:
400MHZ MBGA256 I TEMP
Reference Designators:
7985-022-0-S
U65
IC FPGA SPARTAN-II XC2S150 260 I/O FG456 -40°C-100°C
Process Code:
Product Type:
IRWIN
SCR1-SCR4
Process Code:
1
MIC5236-5BMM
SCREW M2 X 20 PAN HEAD SS
IC MCU CMOS M30624FGPGP#D3 256KB FLASH 20KB RAM 10MHZ 2.2_3.6V 100QFP -40°C-85°C
Reference Designators:
MICREL
U24
SCREW M2 X 20 PAN HEAD
Reference Designators:
Part Number
ISL6121LIB-T
U74, U75, U76, U77
IC LINEAR LDO REGULATOR 5V 150MA 20UA QUIESCENT
Reference Designators:
9002961
Manufacturer
INTERSIL
U1
05-Oct-2005
Page 14 of 33
BOM 1008015-002 Rev A5
Device
9003414
Qty
1
Sorted By BAAN Number
Description
RESISTOR SMT 0402 1/16W 40K2 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
Reference Designators:
9003428
15
CMP
BAAN Description Line 1:
CAPACITOR 50V 10UF ±10%
Product Type:
XE0
BAAN Description Line 2:
CERAMIC SMT 2220 X5R
Item Group
CAP
13
CMP
BAAN Description Line 1:
CAPACITOR 16V 10UF +80%/-20%
Product Type:
XE0
BAAN Description Line 2:
CERAMIC SMT 1206 X7R
Item Group
CAP
9003431
Process Code:
CMP
BAAN Description Line 1:
CAPACITOR 16V 2U2 ±10%
Product Type:
XE0
BAAN Description Line 2:
CERAMIC SMT 0805 X5R
Item Group
CAP
2
CMP
XE0
Item Group
CAP
Reference Designators:
9003432
6 5
BAAN Description Line 1:
BAAN Description Line 2:
MCR01?F4022
SAMSUNG
RC1005F4022?
MURATA
GRM55DR61H106KA01?
CALCHIP
GMC31X7R106Z16NT
MURATA
GRM219R61C225KA88?
MURATA
GRM32ER61A226KE20?
MURATA
GRM319R61C475KA88?
CAPACITOR 10V 22U ±10%
CERAMIC SMT 1210 X5R
C129, C314
CAPACITOR CERAMIC SMT X5R1206 16V 4U7 ±10%
Process Code:
CMP
BAAN Description Line 1:
CAPACITOR 16V 4U7 ±10%
Product Type:
Item Group
XE0
CAP
BAAN Description Line 2:
CERAMIC SMT 1206 X5R
Reference Designators:
RK73H1E?4022F
ROHM
C10, C11
CAPACITOR CERAMIC SMT X5R 1210 10V 22U ±10%
Process Code:
Product Type:
CR05-4022F-?
KOA
C308, C35, C39, C76, C77, C78, C80, C81, C84, C86, C87, C88, C92
CAPACITOR CERAMIC SMT X5R 0805 16V 2U2 ±10%
Reference Designators:
AVX KYOCERA
C1, C102, C1122, C1123, C116, C12, C19, C2, C3, C310, C4, C42, C5, C6, C9
CAPACITOR CERAMIC SMT 1206 X7R 16V 10UF +80%/-20%
Process Code:
2
Part Number
CRCW04024022F?
R21
Process Code:
Reference Designators:
9003430
RES SMT 0402 1/16W 40K2 OHM 1%
CAPACITOR CERAMIC SMT 2220 X5R 10UF 50V ±10%
Reference Designators:
9003429
Manufacturer
VISHAY
C63, C64, C65, C66, C67, C68
05-Oct-2005
Page 15 of 33
BOM 1008015-002 Rev A5
Device
9003433
Qty
4
Sorted By BAAN Number
Description
CAPACITOR CERAMIC SMT 1812 X7R 50V 2U2 ±10%
Process Code:
CMP
BAAN Description Line 1:
CAPACITOR 50V 2.2UF 10%
Product Type:
XE0
BAAN Description Line 2:
CERAMIC SMT 1812 X7R
Item Group
CAP
Reference Designators:
9003434
1
Process Code:
CMP
BAAN Description Line 1:
CRYSTAL SMD 7M3728 50PPM
Product Type:
XE0
BAAN Description Line 2:
-40C_TO70C MINI CERAMIC
Item Group
CRY
1
9003440
Process Code:
CMP
BAAN Description Line 1:
THERMISTOR NTC 0402 10K AT 25C
Product Type:
XE0
BAAN Description Line 2:
±5%
Item Group
THR
1
9003441
Process Code:
CMP
BAAN Description Line 1:
CONNECTOR 150 PIN RECEPTACLE
Product Type:
XE0
BAAN Description Line 2:
FOR CARDBUS EJECTOR
Item Group
CON
1
CMP
XE0
Item Group
CON
Reference Designators:
9003444
2
BAAN Description Line 1:
BAAN Description Line 2:
PANASONIC
VISHAY DALE
ERTJ0ER103J
NTHS0402N01N1002J
TYCO AMP
1123215-1
TYCO AMP
1473389-1
SAMTEC
FLE-110-01-G-DV-A
CONNECTOR DUAL CARDBUS REVERSE
EJECTOR RIGHT 2MM STANDOFF
CON1
CONNECTOR SMT DUAL ROW 20 PIN SOCKET 0.05"X0.1" GRID WITH ALIGNMENT PIN
Process Code:
CMP
BAAN Description Line 1:
CONNECTOR 2X10 HEADER SMT
Product Type:
Item Group
XE0
CON
BAAN Description Line 2:
0.05"X0.1" WITH ALIGNMENT PIN
Reference Designators:
PJ-2MM 7.3720MHZ
J5
CONNECTOR DOUBLE SLOT CARDBUS EJECTOR REVERSE TYPE 2MM STANDOFF
Process Code:
Product Type:
ABMC2-7.3728MHZ-18-100-D
R63
CONNECTOR RECEPTACLE DUAL CARDBUS 150 PIN 0MM6 PITCH SMT
Reference Designators:
ABRACON
M-TRON
X3
THERMISTOR NTC 0402 10K AT 25°C 5% B=4250
Reference Designators:
Part Number
GRM43ER71H225KAO1?
C36, C37, C7, C8
CRYSTAL MINIATURE CERAMIC SMD 7M3728 50PPM MAX -40+70C
Reference Designators:
9003438
Manufacturer
MURATA
J1, J11
05-Oct-2005
Page 16 of 33
BOM 1008015-002 Rev A5
Device
9003455
Qty
1
Sorted By BAAN Number
Description
IC MEMORY NAND FLASH 32M X 16 BIT 2.7-3.6V TBGA48_0MM8
Process Code:
CMP
BAAN Description Line 1:
IC MEMORY NAND FLASH 32MX16BIT
Product Type:
XE0
BAAN Description Line 2:
TBGA48_0MM8 -40°C TO 125°C
Item Group
ICT
Reference Designators:
9003634
1
Process Code:
CMP
BAAN Description Line 1:
CRYSTAL 6M0000 CER SMD 50PPM
Product Type:
XE0
BAAN Description Line 2:
-40-70C
Item Group
CRY
1
9004097
Process Code:
CMP
BAAN Description Line 1:
TRANSISTOR N-JFET 25V SOT23
Product Type:
XE0
BAAN Description Line 2:
IDSS 10MA
Item Group
XTR
1
9004216
Process Code:
CMP
BAAN Description Line 1:
IC DIGITAL POT100K I2C I-TEMP
Product Type:
XE0
BAAN Description Line 2:
SC70
Item Group
ICT
1
CMP
XE0
Item Group
FIL
Reference Designators:
9004471
2
ABRACON
ABMC2-6.0000MHZ-18-R100-D
M-TRON
PJ-2MM 6.0000MHZ
VISHAY
FAIRCHILD
SST5486
MMBF5486
ANALOG DEVICES
AD5247BKS100-RL7
MURATA
NFW31SP107X1E4L
U21
FILTER EMI 25V 200MA LC SMT 6DB_100MHZ
Process Code:
Product Type:
NAND512W4A0AZA6?
Q1
IC DIGITAL POT 100K I2C I-TEMP SC70
Reference Designators:
ST MICRO
X1
TRANSISTOR JFET SOT-23
Reference Designators:
Part Number
K9K1216U0C-DIB0?
U46
CRYSTAL MINIATURE CERAMIC SMD 6M0000 50PPM MAX -40+70C
Reference Designators:
9003999
Manufacturer
SAMSUNG
BAAN Description Line 1:
BAAN Description Line 2:
FILTER SMT EMI 25V 200MA
LC TYPE 6DB_100MHZ 20DB_500MHZ
FL7
RESISTOR SMT 0402 1/16W 18R2 OHM ±1%
VISHAY
CRCW040218R2F?
AVX KYOCERA
CR05-18R2F-?
Process Code:
CMP
BAAN Description Line 1:
RESISITOR 1/16W 18R2 OHM 1%
KOA
RK73H1ELTD18R2F?
Product Type:
Item Group
XE0
RES
BAAN Description Line 2:
SMT 0402
ROHM
SAMSUNG
MCRO1?F18R2
RC1005F18R2?
Reference Designators:
R367, R368
05-Oct-2005
Page 17 of 33
BOM 1008015-002 Rev A5
Device
9004472
Qty
1
Sorted By BAAN Number
Description
RESISTOR SMT 0402 1/16W 44R2 OHM ±1%
AVX KYOCERA
CR05-44R2F-?
CMP
BAAN Description Line 1:
RESISTOR 1/16W 44R2 OHM 1%
KOA
RK73H1ELTD44R2F?
Product Type:
XE0
BAAN Description Line 2:
SMT 0402
ROHM
MCRO1?F44R2
Item Group
RES
SAMSUNG
RC1005F44R2?
SPAE-NAUR
676-018
SPAE-NAUR
659-002
4
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XM0
BAAN Description Line 2:
Item Group
WSR
4
CMP
BAAN Description Line 1:
Product Type:
XM0
BAAN Description Line 2:
Item Group
WSR
WSR5-WSR8
Process Code:
CMP
BAAN Description Line 1:
IC MICROPROCESSOR RESET
Product Type:
XE0
BAAN Description Line 2:
SOT-143 3.08 THRESHOLD
Item Group
ICT
1
Process Code:
Product Type:
CMP
XE0
Item Group
RES
1
MICREL
MIC811TU
ALLIANCE SEMI
ASM811TEUS-T
U102
RESISTOR SMT 0402 1/16W 28K OHM ±1%
Reference Designators:
9004496
WASHER FLAT M2 STAINLESS STEEL
IC MICROPROCESSOR RESET SOT-143 3.08 THRESHOLD
Reference Designators:
9004495
WRS1-WSR4
Process Code:
1
WASHER LOCK M2 INT_TOOTH SS
WASHER,STAINLESS STEEL,M2,FLAT
Reference Designators:
9004487
R56
M2 LOCKWASHER. STAINLESS STEEL, FLAT,INTERNAL TOOTH
Reference Designators:
9004475
Part Number
CRCW040244R2F?
Process Code:
Reference Designators:
9004474
Manufacturer
VISHAY
BAAN Description Line 1:
BAAN Description Line 2:
RES SMT 0402 1/16W 28K OHM 1%
VISHAY
CRCW04022802F?
AVX KYOCERA
CR05-2802F-?
KOA
ROHM
RK73H1E?2802F
MCR01?F2802
SAMSUNG
RC1005F2802?
R6
RESISTOR SMT 0402 1/16W 511K OHM ±1%
VISHAY
CRCW04025113F?
AVX KYOCERA
CR05-5113F-?
Process Code:
CMP
BAAN Description Line 1:
RESISTOR 1/16W 511K OHM 1%
KOA
RK73H1E?5113F
Product Type:
Item Group
XE0
RES
BAAN Description Line 2:
SMT 0402
ROHM
SAMSUNG
MCR01?F5113
RC1005F5113?
Reference Designators:
R198
05-Oct-2005
Page 18 of 33
BOM 1008015-002 Rev A5
Device
9004509
Qty
1
Sorted By BAAN Number
Description
IC SINGLE FET BUS SWITCH 250PSEC ACTIVE LOW ENABLE SC70 PKG
Process Code:
CMP
BAAN Description Line 1:
IC SINGLE FET BUS SWITCH
Product Type:
XE0
BAAN Description Line 2:
250PSEC ACTIVE LOW ENABLE SC70
Item Group
ICT
Reference Designators:
9004510
1
9004511
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ICT
2
9004512
CMP
BAAN Description Line 1:
IC 2-INPUT AND GATE
Product Type:
XE0
BAAN Description Line 2:
HIGH SPEED
Item Group
ICT
9004514
Process Code:
CMP
BAAN Description Line 1:
IC ULP LOGIC 3-INPUT AND GATE
Product Type:
XE0
BAAN Description Line 2:
1.65V TO 5.5V SC70
Item Group
ICT
3
CMP
XE0
Item Group
ICT
Reference Designators:
9004533
1
BAAN Description Line 1:
BAAN Description Line 2:
FAIRCHILD
NC7SV11P6X
PERICOM
PI3B32X384BX
IDT
IDTQS32XVH384Q1
FAIRCHILD
NC7SP17P5X
IC INTERFACE BUS_SWITCH CMOS
20BIT 0_TPD 48QVSOP
U79, U80, U81
IC TINYLOGIC ULP SINGLE BUFFER WITH SCHMITT TRIGGER INPUT SC70 PKG
Process Code:
CMP
BAAN Description Line 1:
IC BUFFER WITH SCHMITT TRIGGER
Product Type:
Item Group
XE0
ICT
BAAN Description Line 2:
SC70 PACKAGE
Reference Designators:
NC7SV08P5X
U28, U50
IC,INTERFACE,BUS_SWITCH,CMOS,20BIT,0_TPD,48QVSOP
Process Code:
Product Type:
FAIRCHILD
U5, U9
IC ULP LOGIC 3-INPUT AND GATE
Reference Designators:
NC7SZ32M5X
U72
Process Code:
2
FAIRCHILD
IC ULP LOGIC 2 INPUT OR GATE
IC HIGH SPEED 2-INPUT AND GATE
Reference Designators:
Part Number
SN74CBTLV1G125DCKR
U103
IC TINY LOGIC 2 INPUT OR GATE SOT23-5
Reference Designators:
Manufacturer
TI
U85
05-Oct-2005
Page 19 of 33
BOM 1008015-002 Rev A5
Device
9004558
Qty
1
Sorted By BAAN Number
Description
IC LDO REGULATOR 2V5 1A5 SOT223-5
Process Code:
CMP
BAAN Description Line 1:
IC LDO REGULATOR 2V5 1A5
Product Type:
XE0
BAAN Description Line 2:
SOT223-5
Item Group
ICT
Reference Designators:
9006461
2
Process Code:
CMP
BAAN Description Line 1:
CONNECTOR 1.25MM 2 PIN SMT R.A
Product Type:
XE0
BAAN Description Line 2:
SINGLE ROW 1.25MM LEAD FREE
Item Group
CON
9006875
1
92075
Process Code:
CMP
BAAN Description Line 1:
CONNECTOR COMPACT FLASH TYPE I
Product Type:
XE0
BAAN Description Line 2:
INVERSE POLARITY 2MM STANDOFF
Item Group
CON
0.001
92525
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ADH
2
CMP
XE0
Item Group
XTR
Reference Designators:
92642
6
N7E50-N516TC-50
LOCTITE
NO. 222
ADH5-ADH10
BAAN Description Line 1:
BAAN Description Line 2:
XSTR SMD SOT-23 NPN GEN PUR
MOTOROLA
MMBT3904
PHILIPS
PMBT3904
CENTRAL
ON SEMI
CMPT3904
MMBT3904LT1
MOTORL
MMBD914
NTLSEM
MMBD914
Q2, Q3
DIODE SMALL SIGNAL MMBD914 SOT-23 PKG
Process Code:
CMP
BAAN Description Line 1:
Product Type:
Item Group
XE0
DIO
BAAN Description Line 2:
Reference Designators:
3M
LOCTITE NO 222
TRANSISTOR SMD SOT-23 NPN MMBT3904 GENERAL PURPOSE
Process Code:
Product Type:
53261-0271
J2
LOCTITE
Reference Designators:
MOLEX
J10, J9
CONNECTOR HEADER COMPACT FLASH TYPE I SMT 50PIN 2MM STANDOFF I-TEMP
Reference Designators:
Part Number
TPS78625DCQ?
U101
CONNECTOR,HEADER,SINGLE ROW ,2 PIN,SMT,1.25MM,RIGHT ANGLE
Reference Designators:
9006579
Manufacturer
TEXAS INSTRUMENTS
DIODE SMALL SIGNAL SOT-23
D12, D17, D18, D19, D20, D22
05-Oct-2005
Page 20 of 33
BOM 1008015-002 Rev A5
Device
92984
Qty
1
Sorted By BAAN Number
Description
RESISTOR SMT 1206 250MW 100R 5%
Process Code:
CMP
BAAN Description Line 1:
RESISTOR .125W 100 OHM 5% 1206
Product Type:
XE0
BAAN Description Line 2:
SMT
Item Group
RES
Reference Designators:
93037
4
RK73B2BL?101J
YAGEO
2322 711 ??101
NATIONAL SEMI
MMBT4403LT1
PHILIPS
PMBT4403
CMP
BAAN Description Line 1:
XSTR PNP SOT-23
HI-SINCERITY
HMBT4403
Product Type:
XE0
BAAN Description Line 2:
225MW 100_HFE SOT23
DIODES INC
MMBT4403
Item Group
A00
ON SEMI
MMBT4403LT1
PHILIP
BAT54
MOTOROLA
MBRS140T3
2
Q25, Q39, Q40, Q41
DIODE SCHOTTKY SMT SOT-23 200MA 30V
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
DIO
2
D11, D3
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
DIO
13
DIO SCHOT SOT-23 200MA 30V
DIODE, SCHOTTKY, SMB, 1A, 40V
Reference Designators:
94054
KOA
Process Code:
Reference Designators:
93615
Part Number
9C12063A1000J
R41
TRANSISTOR PNP MMBT4403 SOT-23
Reference Designators:
93285
Manufacturer
PHILIPS
DIO SCHOTTKY SMB 1A 40V
D51, D52
CAPACITOR CERAMIC SMT X7R 1206 16V 1U0 ±10%
Process Code:
Product Type:
CMP
XE0
Item Group
CAP
BAAN Description Line 1:
BAAN Description Line 2:
CAP CER 1UF 16V 1206
GMC31X7R105K16N
GRM42-6X7R105K016
MURATA
GRM42-6X5R105K016
MOTOROLA
MBR0530T
Reference Designators:
94543
19
C101, C104, C1095, C1096, C1097, C134, C135, C140, C141, C148, C336, C378,
C379
DIODE POWER SCHOTTKY 30V 500MA SOD123 I-TEMP
CAL-CHIP
MURATA
Process Code:
Product Type:
CMP
XE0
Item Group
DIO
Reference Designators:
BAAN Description Line 1:
BAAN Description Line 2:
DIO SCH 30PIV .5A SOD-123
D16, D2, D21, D29, D30, D31, D32, D33, D34, D35, D36, D38, D39, D4, D40, D41,
D48, D49, D5
05-Oct-2005
Page 21 of 33
BOM 1008015-002 Rev A5
Device
94724
Qty
1
Sorted By BAAN Number
Description
IC INTERFACE SMT SOIC8
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ICT
Reference Designators:
94751
0.001
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ADH
CMP
BAAN Description Line 1:
Product Type:
XM0
BAAN Description Line 2:
Item Group
NUT
95565
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
CMP
XE0
Item Group
LBL
Reference Designators:
95621
21
WSL-1206 0.05OHMS 1%
BRADY
LAT-26747W-10
AVX KYOCERA
08055C104MAT2A
R388
BAAN Description Line 1:
BAAN Description Line 2:
LABEL 0.25" X 0.25" WHITE
LBL1
CAPACITOR CERAMIC SMT X7R 0805 50V 100N ±20%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
Item Group
XE0
CAP
BAAN Description Line 2:
Reference Designators:
DALE
RES SMT 0R05 250MW 1% 1206
LABEL 0.25" X 0.25" WHITE
Process Code:
Product Type:
92869-001
NUT1- NUT6
Process Code:
1
BERG
NUT M2 PCMCIA
RESISTOR SMT 1206 0.25W 0R05 ±1%
Reference Designators:
RTV162
ADH1-ADH4
Process Code:
1
GENERAL ELECTRIC
ADH SILICON RTV WHT RTV162
NUT M2 PCMCIA
Reference Designators:
95559
U47
Process Code:
6
Part Number
DS8921AM
IC I/F RS422 DRVR AND RX PAIR
ADH SILICON RTV WHT RTV162
Reference Designators:
95257
Manufacturer
NATIONAL SEMI
CAP 100N 20% 50V 0805
C103, C357, C38, C411, C430, C431, C44, C45, C46, C47, C470, C48, C49, C51, C52,
C53, C54, C55, C56, C85, C89
05-Oct-2005
Page 22 of 33
BOM 1008015-002 Rev A5
Device
96321
Qty
6
Sorted By BAAN Number
Description
FER, 220R@100MHZ,6A,SMT,0805
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
FER
Reference Designators:
96331
1
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
FER
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
FER
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ICT
CMP
XE0
Item Group
RES
Reference Designators:
97232
29
NC7S04M5
TC7SH04F
U100, U73, U82
BAAN Description Line 1:
BAAN Description Line 2:
RES,SMT 0402 1/16W 10R0 OHM 1%
R311, R349
RESISTOR SMT 0402 1/16W 22R1 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
Item Group
XE0
RES
BAAN Description Line 2:
Reference Designators:
FAIRCHILD
TOSHIBA
TINY LOGIC HS INVERTER
RESISTOR SMT 0402 1/16W 10R0 OHM ±1%
Process Code:
Product Type:
BLM10A121SPT
L10, L41, L42, L43, L44, L45, L46, L47, L48, L5, L6, L7, L8, L9
Process Code:
2
MURATA
FER, 120R@100MHZ,.2A,SMT,0402
IC,TINY LOGIC HS INVERTER,SOT23
Reference Designators:
97224
PLP3216S551SL2
L16
Process Code:
3
MURATA
FER,CMODE,550R@100MHZ,SMT,1206
FER, 120R@100MHZ,.2A,SMT,0402
Reference Designators:
97125
L28, L29, L3, L30, L31, L32
Process Code:
14
Part Number
BLM21PG221SN1?
FER, 220R@100MHZ,6A,SMT,0805
FER,CMODE,550R@100MHZ,SMT,1206
Reference Designators:
96350
Manufacturer
MURATA
RES SMT 0402 1/16W 22R1 OHM 1%
R101, R102, R131, R174, R175, R176, R177, R178, R179, R183, R189, R191, R35,
R355, R356, R357, R358, R359, R362, R423, R49, R581, R586, R591, R593, R598,
R619, R65, R95
VISHAY
CRCW040210R0F?
AVX KYOCERA
CR05-10R0F-?
KOA
ROHM
RK73H1E?10R0F
MCR01?F10R0
PANASONIC
ERJ2RKF100?
SAMSUNG
RC1005F10R0?
VISHAY
CRCW040222R1F?
AVX KYOCERA
CR05-22R1F-?
KOA
RK73H1E?22R1F
ROHM
SAMSUNG
MCR01?F22R1
RC1005F22R1?
05-Oct-2005
Page 23 of 33
BOM 1008015-002 Rev A5
Device
97234
Qty
4
Sorted By BAAN Number
Description
RESISTOR SMT 0402 1/16W 27R4 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
Reference Designators:
97236
1
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
97248
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
97256
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
CMP
XE0
Item Group
RES
Reference Designators:
97264
1
RES SMT 0402 1/16W 100 OHM 1%
R132, R133, R194, R195, R196, R261, R348
RESISTOR SMT 0402 1/16W 221 OHM ±1%
Process Code:
Product Type:
BAAN Description Line 1:
BAAN Description Line 2:
RES SMT 0402 1/16W 221 OHM 1%
RK73H1E?27R4F
ROHM
MCR01?F27R4
SAMSUNG
RC1005F27R4?
VISHAY
CRCW040233R2F?
AVX KYOCERA
CR05-33R2F-?
KOA
RK73H1E?33R2F
ROHM
MCR01?F33R2
SAMSUNG
RC1005F33R2?
VISHAY
AVX KYOCERA
CRCW040268R1F?
CR05-68R1F-?
KOA
RK73H1E?68R1F
ROHM
MCR01?F68R1
SAMSUNG
RC1005F68R1?
VISHAY
CRCW04021000F?
AVX KYOCERA
KOA
CR05-1000F-?
RK73H1E?1000F
ROHM
MCR01?F1000
PANASONIC
ERJ2RKF101?
SAMSUNG
RC1005F1000?
VISHAY
CRCW04022210F?
AVX KYOCERA
CR05-2210F-?
KOA
ROHM
RK73H1E?2210F
MCR01?F2210
SAMSUNG
RC1005F2210?
R118, R146
RESISTOR SMT 0402 1/16W 475 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
Item Group
XE0
RES
BAAN Description Line 2:
Reference Designators:
CR05-27R4F-?
KOA
R248, R93
Process Code:
2
RES SMT 0402 1/16W 68R1 OHM 1%
RESISTOR SMT 0402 1/16W 100 OHM ±1%
Reference Designators:
AVX KYOCERA
R40
Process Code:
7
RES SMT 0402 1/16W 33R2 OHM 1%
RESISTOR SMT 0402 1/16W 68R1 OHM ±1%
Reference Designators:
Part Number
CRCW040227R4F?
R360, R361, R369, R370
Process Code:
2
RES SMT 0402 1/16W 27R4 OHM 1%
RESISTOR SMT 0402 1/16W 33R2 OHM ±1%
Reference Designators:
97244
Manufacturer
VISHAY
RES SMT 0402 1/16W 470 OHM 1%
VISHAY
CRCW04024750F?
AVX KYOCERA
CR05-4750F-?
KOA
RK73H1E?4750F
ROHM
SAMSUNG
MCR01?F4750
RC1005F4750?
R33
05-Oct-2005
Page 24 of 33
BOM 1008015-002 Rev A5
Device
97272
Qty
23
Sorted By BAAN Number
Description
RESISTOR SMT 0402 1/16W 1K00 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
Manufacturer
VISHAY
RES SMT 0402 1/16W 1K00 OHM 1%
Reference Designators:
97273
1
R192, R317, R318, R319, R363, R364, R365, R366, R373, R374, R375, R376, R377,
R378, R379, R381, R382, R383, R387, R604, R615, R616, R62
RESISTOR SMT 0402 1/16W 1K10 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
Reference Designators:
97276
3
R3
RESISTOR SMT 0402 1/16W 1K50 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
Reference Designators:
97288
212
RES SMT 0402 1/16W 1K10 OHM 1%
RES SMT 0402 1/16W 1K50 OHM 1%
R135, R154, R155
RESISTOR SMT 0402 63MW 4K70 1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
Reference Designators:
UNDEFINED
R320, R321, R322, R323, R324, R325, R326, R327, R328, R329, R330, R331, R332,
R333, R334, R335, R336, R337, R338, R339, R340, R341, R345, R346, R350, R351,
R352, R353, R354, R371, R372, R380, R384, R385, R386, R389, R393, R394, R400,
R401, R402, R403, R404, R405, R406, R407, R408, R409, R411, R412, R418, R419,
R420, R421, R422, R425, R426, R427, R428, R429, R430, R431, R432, R433, R434,
R435, R436, R437, R438, R439, R440, R441, R442, R443, R444, R445, R446, R447,
R448, R449, R450, R451, R452, R453, R454, R455, R456, R457, R458, R459, R460,
R461, R462, R463, R464, R465, R466, R467, R468, R469, R470, R471, R472, R473,
R474, R475, R476, R477, R478, R479, R480, R481, R482, R483, R484, R485, R486,
R487, R488, R489, R490, R491, R492, R493, R494, R495, R496, R497, R498, R499,
R500, R501, R502, R503, R504, R505, R506, R507, R508, R509, R510, R511, R512,
R513, R514, R515, R516, R517, R518, R519, R520, R521, R522, R523, R524, R525,
R526, R527, R528, R529, R530, R531, R532, R533, R534, R535, R536, R537, R538,
R539, R540, R541, R542, R543, R544, R545, R546, R547, R548, R549, R550, R551,
R552, R553, R554, R555, R556, R557, R558, R559, R560, R561, R562, R563, R564,
R565, R566, R567, R568, R569, R570, R571, R572, R573, R574, R575, R576, R577,
R578, R579, R580, R612
Part Number
CRCW04021001F?
AVX KYOCERA
CR05-1001F-?
KOA
RK73H1E?1001F
ROHM
MCR01?F1001
PANASONIC
ERJ2RKF102?
SAMSUNG
RC1005F1001?
VISHAY
CRCW04021101F?
AVX KYOCERA
CR05-1101F-?
KOA
RK73H1E?1101F
ROHM
MCR01?F1101
PANASONIC
ERJ2RKF112?
SAMSUNG
RC1005F1101?
VISHAY
CRCW04021501F?
AVX KYOCERA
CR05-1501F-?
KOA
RK73H1E?1501F
ROHM
MCR01?F1501
PANASONIC
ERJ2RKF152?
SAMSUNG
RC1005F1501?
VISHAY
AVX
CRCW04024701F?
CR05-4701F-?
KOA
RM73H1E?4701F
ROHM
MCRO1?F4701
PANASONIC
ERJ2RKF472?
SAMSUNG
RC1005F4701?
05-Oct-2005
Page 25 of 33
BOM 1008015-002 Rev A5
Device
97296
Qty
146
Sorted By BAAN Number
Description
RESISTOR SMT 0402 1/16W 10K0 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
Manufacturer
VISHAY
RES SMT 0402 1/16W 10K0 OHM 1%
Reference Designators:
97299
1
R125, R127, R128, R129, R134, R136, R137, R139, R142, R145, R149, R153, R156,
R164, R165, R166, R180, R181, R182, R184, R185, R186, R187, R188, R190, R193,
R197, R200, R201, R202, R203, R204, R205, R206, R207, R208, R209, R210, R211,
R212, R213, R215, R216, R217, R221, R222, R223, R224, R225, R226, R227, R228,
R229, R230, R231, R232, R233, R235, R236, R237, R238, R240, R241, R242, R243,
R244, R245, R246, R247, R250, R251, R255, R260, R262, R263, R264, R265, R266,
R267, R269, R270, R271, R272, R273, R274, R275, R276, R277, R278, R279, R280,
R281, R282, R283, R284, R286, R287, R288, R289, R290, R291, R292, R293, R294,
R295, R296, R297, R298, R299, R300, R301, R302, R303, R305, R306, R307, R308,
R309, R310, R312, R313, R314, R315, R316, R342, R343, R344, R391, R424, R589,
R590, R599, R600, R603, R614, R617, R621, R623, R624, R626, R627, R629, R630,
R631, R66, R67
RESISTOR SMT 0402 63MW 13K0 1%
RK73H1E?1002F
ROHM
MCR01?F1002
PANASONIC
ERJ2RKF103?
SAMSUNG
RC1005F1002?
VISHAY
CRCW04021302F?
AVX
CR05-1302F-?
BAAN Description Line 1:
RESISTOR 1/16W 13K0 OHM 1%
KOA
RM73H1E?1302F
Product Type:
XE0
BAAN Description Line 2:
SMT_0402
ROHM
MCRO1?F1302
Item Group
RES
SAMSUNG
RC1005F1302?
9
R34
RESISTOR SMT 0402 1/16W 15K0 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
5
R10, R11, R12, R13, R14, R15, R16, R7, R9
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
1
RES SMT 0402 1/16W 15K0 OHM 1%
RESISTOR SMT 0402 1/16W 20K0 OHM ±1%
Reference Designators:
97313
CR05-1002F-?
KOA
CMP
Reference Designators:
97303
AVX KYOCERA
Process Code:
Reference Designators:
97300
Part Number
CRCW04021002F?
RES SMT 0402 1/16W 20K0 OHM 1%
R157, R158, R159, R160, R161
RESISTOR SMT 0402 1/16W 51K1 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
Reference Designators:
R199
RES SMT 0402 1/16W 51K1 OHM 1%
VISHAY
CRCW04021502F?
AVX KYOCERA
CR05-1502F-?
KOA
RK73H1E?1502F
ROHM
MCR01?F1502
PANASONIC
ERJ2RKF153?
SAMSUNG
RC1005F1502?
VISHAY
AVX KYOCERA
CRCW04022002F?
CR05-2002F-?
KOA
RK73H1E?2002F
ROHM
MCR01?F2002
PANASONIC
ERJ2RKF203?
SAMSUNG
RC1005F2002?
VISHAY
CRCW04025112F?
AVX KYOCERA
KOA
CR05-5112F-?
RK73H1E?5112F
ROHM
MCR01?F5112
SAMSUNG
RC1005F5112?
05-Oct-2005
Page 26 of 33
BOM 1008015-002 Rev A5
Device
97316
Qty
1
Sorted By BAAN Number
Description
RESISTOR SMT 0402 1/16W 68K1 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
Reference Designators:
97320
77
Manufacturer
VISHAY
RES SMT 0402 1/16W 68K1 OHM 1%
RESISTOR SMT 0402 1/16W 100K OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
1
RES SMT 0402 1/16W 100K OHM 1%
R103, R104, R105, R106, R107, R108, R109, R110, R111, R112, R113, R114, R115,
R116, R117, R119, R120, R121, R122, R123, R124, R126, R252, R253, R254, R256,
R257, R258, R259, R44, R46, R47, R48, R50, R51, R52, R53, R54, R55, R57, R58,
R59, R60, R605, R61, R613, R618, R625, R628, R64, R69, R70, R71, R72, R73, R74,
R75, R76, R77, R78, R79, R8, R80, R82, R83, R84, R85, R86, R87, R88, R89, R90,
R91, R94, R96, R97, R98
RESISTOR SMT 0402 1/16W 182K OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
Item Group
XE0
RES
BAAN Description Line 2:
Reference Designators:
97327
2
RES SMT 0402 1/16W 182K OHM 1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
3
RES SMT 0402 1/16W 200K OHM 1%
RESISTOR SMT 0402 1/16W 301K OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
Reference Designators:
97365
4
RES SMT 0402 1/16W 301K OHM 1%
RK73H1E?6812F
ROHM
MCR01?F6812
SAMSUNG
RC1005F6812?
VISHAY
CRCW04021003F?
AVX KYOCERA
CR05-1003F-?
KOA
RK73H1E?1003F
ROHM
MCR01?F1003
PANASONIC
ERJ2RKF104?
SAMSUNG
RC1005F1003?
VISHAY
CRCW04021823F?
AVX KYOCERA
CR05-1823F-?
KOA
RK73H1E?1823F
ROHM
SAMSUNG
MCRO1?F1823
RC1005F1823?
VISHAY
CRCW04022003F?
AVX KYOCERA
CR05-2003F-?
KOA
RK73H1E?2003F
ROHM
MCR01?F2003
PANASONIC
SAMSUNG
ERJ2RKF204?
RC1005F2003?
VISHAY
CRCW04023013F?
AVX KYOCERA
CR05-3013F-?
KOA
RK73H1E?3013F
ROHM
MCR01?F3013
SAMSUNG
RC1005F3013?
R140, R148, R99
CAPACITOR CERAMIC SMT COG 0402 50V 12P ±5%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
CAP
Reference Designators:
CR05-6812F-?
KOA
R36
RESISTOR SMT 0402 1/16W 200K OHM ±1%
Item Group
RES
Reference Designators:
R143, R144
97331
AVX KYOCERA
R19
Reference Designators:
97326
Part Number
CRCW04026812F?
CAP CER SMT 12P 50V 5% 0402
MURATA
GRM36COG120J050AD
AVX KYOCERA
4025A120JAT2A
PANASONIC
ECU-E1H120JCQ
05-Oct-2005
C14, C15, C16, C17
Page 27 of 33
BOM 1008015-002 Rev A5
Device
97370
Qty
5
Sorted By BAAN Number
Description
CAPACITOR CERAMIC SMT COG 0402 50V 18P ±5%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
CAP
Reference Designators:
97371
39
Manufacturer
MURATA
Part Number
GRM36COG180J050AD
AVX
4025A180JAT2A
MURATA
GRM36COG101J050AD
MURATA
GRM36X7R103K016AD
MURATA
GRM36X7R102K050AD
MURATA
GRM36X7R472K025AD
CAP CER SMT 18P 50V 5% 0402
C71, C72, C73, C74, C75
CAPACITOR CERAMIC SMT COG 0402 50V 100P ±5%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
CAP
CAP CER SMT 100P 50V 5% 0402
Reference Designators:
97372
56
C100, C107, C108, C109, C117, C137, C149, C151, C152, C153, C154, C155, C158,
C161, C206, C210, C215, C277, C278, C279, C280, C281, C282, C283, C284, C287,
C288, C289, C290, C57, C90, C91, C93, C94, C95, C96, C97, C98, C99
CAPACITOR CERAMIC SMT X7R 0402 16V 10N ±5%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
HHC
BAAN Description Line 2:
Item Group
CAP
CAP CER SMT 10N 16V 5% 0402
Reference Designators:
97375
10
C1102, C1103, C1104, C1105, C156, C157, C159, C160, C190, C194, C199, C202,
C249, C250, C251, C252, C253, C254, C255, C256, C257, C261, C265, C269, C275,
C276, C285, C340, C341, C354, C356, C362, C365, C369, C372, C395, C399, C404,
C415, C416, C417, C418, C421, C425, C435, C455, C456, C457, C458, C459, C460,
C461, C462, C463, C464, C465
CAPACITOR CERAMIC SMT X7R 0402 50V 1N0 ±10%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
CAP CER 1N0 50V +/-10% 0402
Item Group
CAP
Reference Designators:
C24, C25, C26, C27, C28, C30, C31, C32, C33, C83
97376
2
CAPACITOR CERAMIC SMT X7R 0402 25V 4N7 ±10%
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
CAP
Reference Designators:
CAP CER 4N7 25V +/-10% 0402
C69, C70
05-Oct-2005
Page 28 of 33
BOM 1008015-002 Rev A5
Device
97453
Qty
21
Sorted By BAAN Number
Description
RESISTOR SMT 0402 1/16W 0R0 OHM JUMPER
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
RES
RES SMT 0402 1/16W 0R0 OHM
Reference Designators:
97467
1
R138, R171, R172, R173, R214, R234, R239, R249, R392, R395, R398, R399, R410,
R45, R587, R588, R592, R601, R608, R609, R611
IC, LVCMOS, QUAD BUF, HI-Z PWR DOWN, 5V-TOL
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ICT
Reference Designators:
97619
1
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ICT
4
97634
CJ05-000-?
KOA
RK73Z1E?
ROHM
MCR01?J000
PANASONIC
ERJ2GEYOR00?
SAMSUNG
RC1005J000?
FAIRCHILD
74LCX125M
TEXAS INSTRUMENTS
SN74LVC125AD
PHILIPS
74LVC125AD
ON SEMICONDUCTOR
MC74LCX125D
LINEAR TECHNOLOGY
LT1615ES5
FAIRCHILD
FDC658P
FAIRCHILD
FDV303N
U51
Process Code:
CMP
BAAN Description Line 1:
TRANSISTOR P_CH FET -30V -4A
Product Type:
XE0
BAAN Description Line 2:
SOT-6
Item Group
XTR
29
AVX
IC DC-DC CONV STEP-UP SOT23-5
TRANSISTOR MOSFET POWER P_CHAN ENHANCEMENT 4A -30V R06_RDS SOT-6
Reference Designators:
Part Number
CRCW0402000?
U54
IC DC-DC CONVERTER STEP-UP MICROPOWER SOT23-5
Reference Designators:
97633
ICT,BUF,LVC,HI-Z PWR DN,SOIC14
Manufacturer
VISHAY
Q67, Q69, Q70, Q82
TRANSISTOR MOSFET N_CHAN ENHANCEMENT 350MW 25V 0R6_RDS 2.5VGS SOT-23
Process Code:
CMP
BAAN Description Line 1:
TRANSISTOR N_CH FET 25V SOT23
Product Type:
XE0
BAAN Description Line 2:
350MW
Item Group
XTR
Reference Designators:
97645
1
Q10, Q11, Q12, Q14, Q15, Q16, Q17, Q18, Q19, Q20, Q21, Q22, Q23, Q24, Q28,
Q30, Q32, Q37, Q38, Q5, Q6, Q7, Q75, Q76, Q77, Q78, Q79, Q8, Q9
CAPACITOR CERAMIC SMT 1210 X5R 50V 1UF 20%
Process Code:
Product Type:
CMP
XE0
Item Group
CAP
Reference Designators:
BAAN Description Line 1:
BAAN Description Line 2:
CAPACITOR 50V 1UF 20%
CERAMIC SMT 1210 X5R
TAIYO-YUDEN
UMK325BJ105MH-T
KEMET
C1210C105M5PAC
AVX
12105C105MAT?A
C13
05-Oct-2005
Page 29 of 33
BOM 1008015-002 Rev A5
Device
97648
Qty
1
Sorted By BAAN Number
Description
DIODE POWER SCHOTTKY 40V 3A SMT
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
DIO
Reference Designators:
97661
2
CMP
BAAN Description Line 1:
INDUCTOR SMT 10UH 20% SHIELDED
Product Type:
XE0
BAAN Description Line 2:
1.3A
Item Group
IND
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ICT
1
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
DIO
CMP
XE0
Item Group
CAP
Reference Designators:
97848
2
LTC1878EMS8
DIODES INC
BZX84C12
GENERAL SEMI
MMBZ4699
DIODE ZNR, 12V, 350MW, SOT-23
D1
CAPACITOR CERAMIC SMT 1206 X7R 25V 1U0 ±20%
Process Code:
Product Type:
LINEAR TECHNOLOGY
U56
Process Code:
5
SLF6028T-100M1R3
IC DC-DC CONV STEP-DOWN MSOP8
DIODE SMT ZENER 12V 350MW SOT-23
Reference Designators:
97764
TDK
L24, L25
IC DC-DC CONVERTER STEP-DOWN SYNCHRONOUS HI-EFFICIENCY MSOP8
Reference Designators:
97707
D13
Process Code:
1
Part Number
MBRS340T3
DIODE SMT SCHOTTKY 40V 3A
INDUCTOR SMT POWER 10UH 20% SHIELDED 1.3A 0R0532 DC
Reference Designators:
97662
Manufacturer
MOTOROLA
BAAN Description Line 1:
BAAN Description Line 2:
CAPACITOR 25V 1UF 20%
CERAMIC SMT 1206 X7R
KEMET
C1206C105M3RAC
MURATA
GRM42-6X7R105KO25AL
VENKEL
C1206X7R250-105MN?
C20, C21, C22, C23, C29
CAPACITOR CERAMIC SMT 0402 COG 50V 120PF ±5%
MURATA
GRP1555C1H121J?
VENKEL
C0402COG500121JN?
Process Code:
CMP
BAAN Description Line 1:
CAPACITOR 50V 120PF 5%
AVX
04025A121JAT?A
Product Type:
Item Group
XE0
CAP
BAAN Description Line 2:
CERAMIC SMT 0402 COG
CALCHIP
GMC04CG121J50NT
Reference Designators:
C118, C119
05-Oct-2005
Page 30 of 33
BOM 1008015-002 Rev A5
Device
97857
Qty
1
Sorted By BAAN Number
Description
IC INTERFACE TRANSCEIVER RS232D 3TX_5RX 120KBPS 3_3/5V LO_PWR I-TEMP SSOP28
Process Code:
CMP
BAAN Description Line 1:
IC RS232 TRANSCEIVER 3TX_5RX
Product Type:
XE0
BAAN Description Line 2:
120KPS 3_3/5V I-TEMP SSOP28
Item Group
ICT
Reference Designators:
97862
1
INTERSIL
ICL3243IA
MAXIM
MAX3243EEIA
VISHAY
CRCW04029313F?
AVX KYOCERA
CR05-9313F-?
Process Code:
CMP
BAAN Description Line 1:
RESISTOR 1/16W 931K OHM 1%
KOA
RK73H1E?9313F
Product Type:
XE0
BAAN Description Line 2:
SMT 0402
ROHM
MCR01?F9313
Item Group
RES
VENKEL
CR0402-16W-9313FT
SAMSUNG
RC1005F9313?
VISHAY
AVX KYOCERA
CRCW04028252F?
CR05-8252F-?
1
R4
RESISTOR SMT 0402 1/16W 82K5 OHM ±1%
Process Code:
CMP
BAAN Description Line 1:
RESISTOR 1/16W 82K5 OHM 1%
KOA
RK73H1E?8252F
Product Type:
XE0
BAAN Description Line 2:
SMT 0402
ROHM
MCR01?F8252
Item Group
RES
PANASONIC
ERJ2RKF8252?
SAMSUNG
RC1005F8252?
NATIONAL SEMICOND
LPV321M7
TEXAS INSTRUMENTS
OPA349SA
Reference Designators:
97866
Part Number
SP3243EEA
U57
RESISTOR SMT 0402 1/16W 931K OHM ±1%
Reference Designators:
97863
Manufacturer
SIPEX
2
R38
IC OP AMP LOW POWER RAIL-TO-RAIL OUTPUT SC70-5
Process Code:
CMP
BAAN Description Line 1:
IC OP AMP LOW POWER
Product Type:
XE0
BAAN Description Line 2:
RAIL-TO-RAIL SC70-5
Item Group
ICT
Reference Designators:
U38, U39
05-Oct-2005
Page 31 of 33
BOM 1008015-002 Rev A5
Device
97871
Qty
221
Sorted By BAAN Number
Description
CAPACITOR CERAMIC SMT 0402 X7R 16V 100NF ±15%
Process Code:
CMP
BAAN Description Line 1:
CAPACITOR 16V 100NF ±15%
Product Type:
XE0
BAAN Description Line 2:
CERAMIC SMT 0402 X7R
Item Group
CAP
Part Number
C0402X7R160-104E
Reference Designators:
97872
13
C105, C1118, C1119, C1120, C1121, C1124, C1125, C1127, C1128, C1129, C127,
C128, C138, C139, C142, C143, C145, C147, C162, C163, C164, C165, C166, C167,
C168, C169, C170, C171, C172, C173, C174, C175, C176, C177, C178, C179, C18,
C180, C181, C182, C183, C184, C185, C186, C187, C188, C189, C191, C192, C193,
C195, C196, C197, C198, C200, C201, C203, C204, C205, C207, C208, C209, C212,
C213, C214, C216, C217, C218, C219, C220, C221, C222, C223, C224, C225, C226,
C227, C228, C229, C230, C231, C232, C233, C234, C235, C236, C237, C238, C239,
C240, C241, C242, C243, C244, C245, C246, C247, C248, C258, C259, C260, C262,
C263, C264, C266, C267, C268, C270, C271, C272, C273, C274, C286, C292, C293,
C294, C295, C296, C297, C298, C299, C300, C301, C302, C303, C304, C305, C309,
C313, C315, C316, C317, C318, C319, C320, C321, C322, C323, C324, C325, C326,
C327, C328, C329, C330, C331, C332, C333, C334, C335, C34, C360, C361, C363,
C364, C366, C367, C368, C370, C371, C373, C374, C380, C381, C382, C383, C384,
C385, C386, C387, C388, C389, C390, C391, C392, C393, C394, C396, C397, C398,
C40, C400, C401, C402, C403, C405, C406, C407, C408, C409, C41, C410, C413,
C414, C422, C423, C424, C426, C427, C428, C429, C43, C432, C433, C434, C447,
C448, C449, C450, C451, C452, C453, C454, C467, C468, C469, C50, C600, C601,
C602, C603
RESISTOR SMT 0402 1/16W 1M OHM ±1%
Manufacturer
VENKEL
CMP
BAAN Description Line 1:
RESISTOR 1/16W 1M OHM 1%
KOA
RK73H1E?1004F
Product Type:
XE0
BAAN Description Line 2:
SMT 0402
ROHM
MCR01?F1004
Item Group
RES
PANASONIC
ERJ2RKF105?
SAMSUNG
RC1005F1004?
MURATA ERIE
BLM21A102S?
3
R20, R22, R23, R24, R25, R26, R27, R28, R29, R30, R31, R32, R5
FERRITE SMT 200MA 1000OHM_100MHZ 0.45OHM_DC 0805
Process Code:
CMP
BAAN Description Line 1:
FERRITE SMT BEAD 1K@100MHZ
Product Type:
XE0
BAAN Description Line 2:
200MA 0805
Item Group
FER
Reference Designators:
98139
CRCW04021004F?
CR05-1004F-?
Process Code:
Reference Designators:
98136
VISHAY
AVX KYOCERA
3
FL11, FL4, FL5
IC TINY LOGIC 2 INPUT OR GATE SOT23-5
Process Code:
Product Type:
CMP
XE0
Item Group
ICT
Reference Designators:
BAAN Description Line 1:
BAAN Description Line 2:
IC TINY LOGIC 2 INPUT OR GATE
FAIRCHILD
NC7S32M5X
ON SEMICONDUCTOR
MC74VHC1G32DTT1
TOSHIBA
TC7SZ32F
U33, U34, U35
05-Oct-2005
Page 32 of 33
BOM 1008015-002 Rev A5
Device
98152
Qty
Sorted By BAAN Number
Description
IC POWER SWITCH 1.5A HIGH SIDE 5V SO-8
2
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ICT
Reference Designators:
98153
CMP
BAAN Description Line 1:
IC POWER SWITCH 1.0A
Product Type:
XE0
BAAN Description Line 2:
HIGH SIDE 5V
Item Group
ICT
98171
Process Code:
CMP
BAAN Description Line 1:
Product Type:
XE0
BAAN Description Line 2:
Item Group
ICT
Reference Designators:
98184
CMP
BAAN Description Line 1:
IC REAL TIME CLOCK WITH I2C BU
Product Type:
XE0
BAAN Description Line 2:
VOLTAGE MONITORING SSOP10G
Item Group
ICT
98185
Process Code:
Product Type:
CMP
XE0
Item Group
ICT
Reference Designators:
9004343
1
RICOH
RV5C386A
ST MICRO
M24C01WDW6T
U15
IC ONE KBIT SERIAL I2C EEPROM TSSOP8
1
ISP1122ABD
U44
Process Code:
Reference Designators:
PHILIPS
IC UNIVERSAL SERIAL BUS HUB
IC REAL TIME CLOCK WITH I2C BUS AND VOLTAGE MONITORING SS0P10G
1
TPS2022D
U53
IC UNIVERSAL SERIAL BUS HUB
1
TEXAS INSTRUMENTS
U45, U64
Process Code:
Reference Designators:
Part Number
TPS2023D
IC POWER SWITCH 1.5A HIGH SIDE
IC POWER SWITCH 1.0A HIGH SIDE 5V SO-8
1
Manufacturer
TEXAS INSTRUMENTS
BAAN Description Line 1:
BAAN Description Line 2:
IC EEPROM SERIAL I2C 1K BIT
U22
CAPACITOR 47UF 20% 6.3V CERAMIC X5R SMT 1206
process code: CMP
Baan Des1:CAPACITOR 47UF 20% 6.3V
Product Type: XE0
Baan Des2: CERAMIC X5R SMT 1206
Item group:
CAP
Reference Designator: C64
MURATA GRM31CR60J476ME19?
TDK
C3216X5R0J476M?
05-Oct-2005
Page 33 of 33
C
A
D
B
Special Component Detail
Related Reference
Designator
PCB1
BaaN P/N
Description
1008021
Qty
PCB 8525 KEYBOARD 68 KEY
1
ADH1
94751
GE SILICONE RTV 162 NON CORROSIVE
0.001
LBL1
95565
LABEL 0.25" X 0.25" WHITE
1
LBL2
1008087
LABEL BLANK PCA 0.25"X1.0" WHITE MYLAR 0.002" THICK
1
DOC1
1008020
DOCUMENT, ARTWORK 8525 KEYBOARD 68 KEY
0
DOC2
1008023
DOCUMENT, PCA ASSY 8525 KEYBOARD 68 KEY
0
DOC3
1008024
DOCUMENT, SCHEMATIC 8525 KEYBOARD 68 KEY
0
DOC4
1010084
DOCUMENT, SERIAL NUMBER CODING INSTRUCTIONS
0
1
DOC5
7000534-200
DOC FUNCTIONAL TEST SPEC 8525/30 KEYBOARD
0
DOC6
1008551
DOCUMENT, 7535 KEYBOARD PROGRAMMING INSTRUCTIONS
0
F/W1
1008550
FIRMWARE CODE 7535 KEYBOARD CONTROLLER
0
1
8525 / 8530 - KEYBOARD
SCHEMATIC INDEX
2
Page 2: PIC Microntroller
2
Page 3: Keypad Matrix
Page 4: Interface to MLB
PCB Heater
Page 5: Keypad EL Backlight Driver
3
3
4
4
05-Oct-2005
APR 26, 2005
SIGNATURES
DRAWN
DATE
6-22
Mike Seguin
PSION TEKLOGIX INC
2005
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
DOC Schematic Keyboard 8525/30
38481
ECO No.:
OTHER
Scale N/A
B
C
DRAWING NO.
D
REV
E
1008024
C
D8
REL. DATE
A
SIZE
INTERIM REV
SHEET
OF
1
5
C
A
D
B
3V3
3V3
PROGRAMMING INTERFACE 0.100" SPACING
C8
97871
100N
±15%
16V
C7
97871
100N
±15%
16V
Layout the same as 7535 keyboard.
TP5
D
TP4
TP3
TP2
TP1
D
3V3
D
PLACE CLOSE TO MICROCONTROLLER
KEEP THE TOTAL OSC1 NET LENGTH
AS SHORT AS POSSIBLE
1
1
VCC2
2
RB7/PGD
RB6/PGC
RB5
~BLUE
16
~ENTER
15
~SPACE
3V3
3V3
RE1/AN6/~WR
RE0/AN5/~RD
TP8
TP51
RB4
RB3/PGM
32
37
SCL
42
43
RC0/T1OSO/T1CKL
RB2
RC3/SCK/SCL
RB1
RC4/SDI/SDA
RB0/INT
3V3
3V3
8
COLUMN0
2
1
2
2
TP31
1
2
1
1
2
2
1
2
1
2
1
2
1
1
2
1
1
2
2
2
1
1
2
TP29
TP33
COLUMN7
COLUMN1
3V3
R12
97293
7K50
0.063W
±1%
COLUMN6
COLUMN2
9
TP27
R13
97293
7K50
0.063W
±1%
COLUMN5
COLUMN3
10
R14
97293
7K50
0.063W
±1%
COLUMN4
COLUMN4
11
TP25
TP32
3V3
COLUMN3
14
R8
97293
7K50
0.063W
±1%
COLUMN2
COLUMN5
TP23
TP30
3V3
COLUMN1
COLUMN6
25
TP21
R9
97293
7K50
0.063W
±1%
R15
97293
7K50
0.063W
±1%
TP28
COLUMN0
COLUMN7
26
R10
97293
7K50
0.063W
±1%
R16
97293
7K50
0.063W
±1%
3V3
ROW9
27
TP19
R17
97293
7K50
0.063W
±1%
TP26
ROW8
RE2/AN7/~CS
TP10
TP16
TP15
~BLUE
Signals go to page 3.
TP9
3V3
3V3
ROW7
TP13
2
ROW0
R11
97293
7K50
0.063W
±1%
1
ROW1
38
R7
97293
7K50
0.063W
±1%
R18
97293
7K50
0.063W
±1%
3V3
ROW6
RD0/PSP0
1
ROW2
39
R6
97293
7K50
0.063W
±1%
2
ROW3
40
U3
9004107
PIC16LF874A-I/PT
32KHZ
3V3
TP24
3V3
1
41
R4
97293
7K50
0.063W
±1%
R19
97293
7K50
0.063W
±1%
TP22
3V3
ROW5
RD2/PSP2
RD1/PSP1
2
3V3
TP20
3V3
~SPACE
RD3/PSP3
OSC2/CLKOUT
R5
97293
7K50
0.063W
±1%
R20
97293
7K50
0.063W
±1%
ROW4
ROW4
3V3
~ENTER
RD4/PSP4
D
31
3V3
TP17
TP18
3V3
ROW3
ROW5
2
1
3
TP14
R21
97293
7K50
0.063W
±1%
2
ROW6
R22
97293
7K50
0.063W
±1%
1
ROW7
4
2
RD5/PSP5
ROW8
5
1
2
C3
9001581
33P
±5%
50V
44
R23
97293
7K50
0.063W
±1%
1
1
RD6/PSP6
TP135
3V3
ROW2
RD7/PSP7
OSC1/CLKIN
R24
97293
7K50
0.063W
±1%
ROW1
RC6/TX/CK
30
ROW9
ROW0
D
1
2
RC7/RX/DT
1
TP134
C9
97871
100N
±15%
16V
3V3
~MCLR/VPP
2
18
17
2
R2
97293
7K50
0.063W
±1%
1
R3
97293
7K50
0.063W
±1%
1
2
VCC1
7
28
3V3
2
~BLUE,~ENTER,~SPACE
HOTKEYS
ROW[9:0]
ROW[9:0]
RC5/SDO
COLUMN[7:0]
COLUMN[7:0]
SDA
COLUMN6
5
ROW1
3
COLUMN5
ROW0
1
4
~ENTER
5
3
~BLUE
COLUMN4
~SPACE
1
4
COLUMN1
5
COLUMN3
3
COLUMN0
COLUMN2
1
4
ROW5
5
ROW4
ROW7
4
ROW6
3
~LED3_GRN
1
~LED3_RED
36
ROW2
~LED2_GRN
35
5
24
1
RC2/CCP1
~LED2_RED
ROW3
RA5/AN4/~SS
RC1/T1OSI/CCP2
~LED1_GRN
23
4
RA4/T0CKL
~LED1_RED
22
ROW9
RA3/AN3/VREF
NC4
~LED0_GRN
21
3
NC3
20
ROW8
RA2/AN2
1
34
RA1/AN1
NC2
COLUMN7
KBD_INT
NC1
5
33
4
13
3
12
~LED0_RED
19
RA0/AN0
GND2
29
6
GND1
Max 25ma per IO.
Q9
BSS84
9000501
50V_350MW
3V3_LED
DN3
2
DN2
2
DN1
2
DN6
2
2
2
2
DN4
DN5
ISOLATION BUFFER
1
3
D
TP40
9000988
MSQA6V1W5T2
9000988
MSQA6V1W5T2
D
D
0x05
219 - 255
RES_ID_01
R1
97300
15K0
63MW
1%
184 - 218
1
8525 Azerty
3k6
15k0
0x01
Keybrd Pos ID
37 - 73
P/N 97272
TP39
TP38
2
TP12
R29
97250
121
±1%
0.063W
R28
97250
121
±1%
0.063W
R31
97250
121
±1%
0.063W
TP35
2
R26
97250
121
±1%
0.063W
TP11
Keybrd Sens ID
4
2
TP34
R30
97250
121
±1%
0.063W
DS1
9000541
597-7701-1XX
RX/TX
4
2
TP36
TP37
DS2
9000541
597-7701-1XX
SCAN
4
2
DS3
9000541
597-7701-1XX
API
4
DS4
9000541
597-7701-1XX
PWR / CHG
~LED2_GRN
1
Keybrd Low ID
3
1
3
1
D
3
1
3
D
~LED0_RED
P/N 97285
1K0
R27
97250
121
±1%
0.063W
~LED0_GRN
2
15K0 P/N 97300
3K6
R32
97250
121
±1%
0.063W
~LED3_RED
74-110
R33
97250
121
±1%
0.063W
~LED3_GRN
0x02
TP49
~LED2_RED
15k0
~LED0_RED
~LED2_GRN
7k50
2
TP48
TP42
~LED1_RED
36 KEY 7535
1
~LED3_RED
~LED1_GRN
3k6
0x06
~LED3_GRN
9000988
MSQA6V1W5T2
1
15k0
1k0
A/D RANGE
2
8525 ABC
15k0
ID #
1
111-146
8525 Qwerty
RES_ID_02
1
0x03
7k50
147-183
RES_ID_01
D
3
2
0x04
KEYBOARD
9000988
MSQA6V1W5T2
3V3_LED
TP41
1
2
7k50
7k50
A/D RANGE
D
3V3_LED
3V3_LED
1
58 KEY 7535
15k0
ID #
R25
3V3_LED
TP47
2
62 KEY 7535
R24
TP46
1
KEYBOARD
~LED2_RED
9000988
MSQA6V1W5T2
2 ISOLATION BUFFER
1
~LED2_GRN
RES_ID_02
R42
97272
1K00
63MW
1%
TP45
2
VEHICLE MOUNT KEYBOARD ID RESISTORS
HANDHELD KEYBOARD ID RESISTORS
TP43
1
~LED1_RED
Q10
BSS84
9000501
50V_350MW
2
~LED1_GRN
D
3
TP44
~LED0_RED
9000988
MSQA6V1W5T2
1
~LED0_GRN
D
2
D
3
UNPLATED MOUNTING HOLES FOR ELASTOMER
4
MTG1
0125
UNPLATED
MTG2
0125
UNPLATED
MTG10
0125
UNPLATED
MTG11
0125
UNPLATED
MTG3
0125
UNPLATED
MTG12
0125
UNPLATED
MTG4
0125
UNPLATED
MTG5
0125
UNPLATED
MTG6
0125
UNPLATED
MTG13
0125
UNPLATED
MTG14
0125
UNPLATED
MTG15
0125
UNPLATED
MTG7
0125
UNPLATED
MTG16
0125
UNPLATED
MTG20
0125
UNPLATED
MTG17
0125
UNPLATED
MTG18
0125
UNPLATED
4
05-Oct-2005
APR 26, 2005
MTG19
0125
UNPLATED
SIGNATURES
DRAWN
DATE
6-22
Mike Seguin
PSION TEKLOGIX INC
2005
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
PIC MICROCONTROLLER
DOC Schematic Keyboard 8525/30
38481
ECO No.:
OTHER
Scale N/A
B
C
DRAWING NO.
D
REV
E
1008024
C
D8
REL. DATE
A
SIZE
INTERIM REV
SHEET
OF
2
5
C
A
D
B
~BLUE,~ENTER,~SPACE
HOTKEYS
~SPACE
~BLUE
~ENTER
1
2
2
SPACE
2
SPACE
SPACE
2
2
SPACE
BLUE
2
ENTER
2
ENTER
2
ENTER
1
SW9
1
1
1
1
SW3
SW33
SW70
SW73
ROW[9:0]
SW24
1
D
1
SW19
1
SW83
1
D
D
ROW[9:0]
2
SW1
ESC
F2
2
2
2
2
SW72
SW2
SW4
F4
F6
2
SW5
SW6
F8
1
F10
1
1
1
1
1
ROW0
2
2
2
SW12
SW7
2
SW10
TAB
2
2
2
2
SW8
W
SW13
R
I
1
1
1
1
1
1
2
2
SW61
SW14
SW11
Y
9
7
P
1
1
ROW1
2
2
KEYBOARD MAPPING - 8525 QWERTY
2
SW63
SW15
COLUMN
6
INS
2
SW16
SW17
SW65
S
F
H
2
2
SW67
SW18
SW60
BKSP
K
0
1
2
3
4
0
Null
ESC
F2
F4
F6
F8
F10
1
9
TAB
W
R
Y
I
P
2
5
6
1
1
7
1
1
1
4
1
1
1
ROW2
2
2
2
2
SW20
7
SW64
DEL
3
2
SW21
SW22
X
V
2
SW66
2
2
2
SW68
N
SW23
SW59
UP
HOME
2
6
INS
S
F
3
3
DEL
X
V
SHIFT
ALT
H
K
N
Home
,
END
1
BKSP
4
UP
1
1
1
1
1
1
1
1
1
ROW3
2
2
SW75
ROW
4
2
SW26
LEFT
SHIFT
,
F7
END
1
B2B(5)
6
BLUE(3)
Q
E
T
U
O
7
SPACE(3)
A
D
G
J
L
F3
F5
F9
1
1
2
2
ORANGE
1
1
2
2
8
2
2
5
SW77
SW32
SW31
SW30
F5
F3
SW78
F7
F1
9
ENTER(3)
Z
C
B
BLUE-ENTER
(3,4)
CTRL
LEFT
1
ROW4
2
8
SW29
SW28
1
F1
5
2
2
SW76
ALT
M
PgUp
RIGHT
2
.
PgDn
DOWN
0
F9
1
1
1
ROW5
2
NOTES:
2
SW35
Q
SW38
SW39
T
U
O
1
1
1
1
2
2
2
2
SW37
E
1
1) KEYS "BLUE", "ENTER" AND "SPACE" ARE QUERIED INDEPENDENTLY
2
SW36
SW82
SW40
ORANGE
8
1
1
ROW6
2) COLUMN 0 RESERVED FOR CHORDAL KEYS
3) THESE HOT KEYS ARE ENCODED INTO THESE POSITIONS
4) BLUE-ENTER DETECTED FOR RESET PURPOSES
2
2
2
3
2
5) "B2B" IS GENERATED BY "SPACE, BLUE, AND ENTER" BEING SIMUITANEOUSLY PRESSED.
SW41
A
SW42
SW43
D
G
L
1
1
2
2
3
SW81
SW45
J
1
1
1
SW44
5
1
ROW7
2
2
SW47
2
SW48
SW49
C
Z
1
SW50
B
1
M
1
1
2
2
SW80
SW52
RIGHT
PgUp
1
2
2
SW51
2
1
1
ROW8
2
SW53
SW56
.
CTRL
1
SW79
SW58
DOWN
PgDn
1
2
2
SW57
0
1
1
1
COLUMN7
COLUMN6
COLUMN5
COLUMN4
COLUMN3
COLUMN2
COLUMN1
COLUMN0
ROW9
COLUMN[7:0]
COLUMN[7:0]
4
4
05-Oct-2005
APR 26, 2005
SIGNATURES
DRAWN
DATE
6-22
Mike Seguin
PSION TEKLOGIX INC
2005
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
38481
ECO No.:
B
C
SIZE
DRAWING NO.
D
REV
E
1008024
C
INTERIM REV
D8
REL. DATE
A
KEYPAD MATRIX
DOC Schematic Keyboard 8525/30
SHEET
OF
3
5
C
A
D
B
3V3
TP56 TP128
C30
93187
10N
10%
50V
1
2
D
1
C12
C23
97871
1U0
100N
9007495
±15%
16V
1
2
TP129
D
D
3V3_LED
TP61
TP126
C13
97871
100N
±15%
16V
1
2
D
1
TP127
C29
93187
10N
10%
50V
External Keyboard Components
D
Not Populated on Internal keyboard
TP131
TP85
TP130
3V3
5V0
TP113
5
VCC
GND
To PIC Controller
GND
U6
9000515
NC7SZ125P5X
2
32KHZ
32KHz
3
1
2
1
2
2
4
TP87
FH12-24S-0.5SH
9002930
J1
C17
97871
100N
±15%
16V
1
3
4
1VCC
GND
2
5
1
2
3
4
TP109
TP110
TP111
32KHZ_RX_B
TP112
D
R47
100R
63MW
95202
7
J2
9002943
32KHZ_RX_A
1
5
32KHZ_RX_B
2
6
To Suppressor
32KHZ_RX_A
KBD_INT_B
3
KBD_INT_A
4
KBD_INT_B
D
3V3
TxRx_SCL
6
8
5
6
7
3
BUFF_KBD_INT
BUFF_KBD_INT
GND
8
4
D
1
GND
R53
97296
10K0
0.063W
±1%
CN1
97622
100P
10%
50V
U7
94724
DS8921AM
7
KBD_INT_A
5
GND
8
GND
TxRx_SDA
3V3_LED
9
5V_SWITCHED
5
GND
6
TXRX_SCL
5V0
TXRX_SCL
7
VCC
10
GND
EL_COMMAND
EL_COMMAND
2
3V3
8
From PIC Controller
11
GND
12
TXRX_SDA
TXRX_SDA
2
9
KBD_INT
2
4
5V_STANDBY
10
GND
13
3.3V_SWITCHED
GND
15
11
3.3V_STANDBY
U4
9000515
NC7SZ125P5X
TP95
2
14
3.3V_STANDBY
NC
5V_SWITCHED
TP68
1
3
16
1
SYSPWR
17
12
R36
97296
10K0
0.063W
±1%
INT_KYB_8
3.3V_SWITCHED
13
EL_COMMAND
EL_COMMAND
14
GND
15
SYSPWR
18
GND
16
SYSPWR
19
GND
D
17
SYSPWR
20
GND
TP98
NC
5
4
3
1
5
1
4
18
To external keyboard conn.
21
3
NC
19
5V_SWITCHED
22
SYSPWR
5V_SWITCHED
20
TXRX_SCL
23
SYSPWR
TP83
NC
21
NC
24
5V_ STANDBY
MTG TAB
MTG TAB
22
TXRX_SDA
25
GND
23
26
GND
24
3V3
NC
25
2
2
Keyboard In Det
D
DN10
26
DN9
Keyboard Out Det
Place near external keyboard connector.
9000988
MSQA6V1W5T2
2
5V0
TP125
MTG CLIP
28
D
D
MTG CLIP
4HDD26PCY99R40X
D
CONEC
SCL
1
R38
97296
10K0
0.063W
±1%
27
9000988
MSQA6V1W5T2
1
TP124
2
TP57
R37
97296
10K0
0.063W
±1%
C11
97871
100N
±15%
16V
C24
9002920
10UF
±20%
25V
1
2
1
2
C27
93187
10N
10%
50V
To PIC Controller
6
3
5
D
D
D
2
3
RY_SCL
GND
TY_SCL
SY_SCL
RX_SDA
SX_SDA
TXD_SDA
VCC
D
4
TYPE=XE0
7
5V0
8
C14
97871
100N
±15%
16V
9002929
P82B96TD
U2
5V_SWITCHED
TP99
TP122
3
SDA
1
TP123
Internal PCB Heater
D
SYSPWR
C10
97871
100N
±15%
16V
C25
9002920
10UF
±20%
25V
1
2
D
1
2
D
C26
93187
10N
10%
50V
5V_SWITCHED
TP65
TP66
HRT1
TP67
D
1
PLATED
TP92
1
LINK1
±5%
23R
SYSPWR
EL_COMMAND
TP120
TP121
DN8
TP116
5
9000988
MSQA6V1W5T2
INT_KYB_10
R49
95965
15.8K
±1%
4
2
C18
97871
100N
±15%
16V
TP93
2
2
1
2
C20
95621
100N
20%
50V
C21
9002920
10UF
±20%
25V
1
2
C22
9002920
10UF
±20%
25V
1
2
BUFF_KBD_INT
1
2
C28
93187
10N
10%
50V
D
D
HRT2
TP91
LM56BIMMX
R48
0R0
95620
±5%
1
1
V+
VREF
OUT1
TP94
2
D
Place near internal keyboard connector.
3
VT2
D 2
TP88
7
R52
3K9
93432
5%
4
TP89
Q11
NDT455N
95963
G
1
S3
5
4
C19
97871
100N
±15%
16V
4
R46
10K0
93905
1%
PLATED
2
2
8
6
OUT2
VTEMP
VT1
DGND
R50
95965
15.8K
±1%
R51
95965
15.8K
±1%
95964
1
D
TP90
1
1
1
U5
3
2
D
Heater Element
1
Heat On at +15C
TP119
4
05-Oct-2005
APR 26, 2005
D
D
D
SIGNATURES
DRAWN
D
DATE
6-22
Mike Seguin
PSION TEKLOGIX INC
2005
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
38481
ECO No.:
B
C
SIZE
DRAWING NO.
D
REV
E
1008024
C
INTERIM REV
D8
REL. DATE
A
INTERFACE TO MLB & PCB HEATER
DOC Schematic Keyboard 8525/30
SHEET
OF
4
5
C
A
D
B
1
1
5V_SWITCHED
3
D6
92642
MMBD914
70V_225MA
5V_SWITCHED
1
L1
9002928
DR125-471
470U
1.02A
20%
1
D
1
TP69
D2
9000909
BAS21
2
1
D3
9000909
BAS21
3
PROTECTION FOR NO-LOAD CONDITION
1
D7
9000517
3
1
TP82
1
3
D5
9000909
BAS21
2
1
C1
95621
100N
20%
50V
VSS
7
GP5_OSC1_CLKIN
GP2_TOCKI
1
5
1
EL_GP2
3
2
1
GP3_~MCLR_VPP
MTG TAB
MTG TAB
3
TP80
D
6
D4
9000909
BAS21
TP79
1
4
1
D1
9000909
BAS21
3
R25
97320
100K
0.063W
±1%
4
EL_OUTB
6
GP4_OSC2
3
5
TP72
3
EL_OUTA
2
EL_OUT_B
R39
97296
10K0
0.063W
±1%
Q3
98166
BSS-131
240V_360MW
D
TP78
R43
2K21
9004773
1%
R44
2K21
9004773
1%
D
1
2
2
1
1
Q2
98165
TN2425N8
250V_1600MW
2
VDD
2
SFW4R-1STE1
9002954
J3
1
1
2
TP132
1
1
EL_COMMAND
C2
95621
100N
20%
50V
TP133
D
1
1
EL_OUT_A
GP1
R45
97272
1K00
0.063W
±1%
3
2
D
GP0
8
TP55
D
2
1
1
2
U1
1008130
PIC12C508A-04I/SN
1
1
TP71
2
SMAJ170A
3
5V_SWITCHED
C15
97871
100N
±15%
16V
1
2
1
1
3
2
Q4
98166
BSS-131
240V_360MW
R41
9003414
40K2
0.063W
±1%
1
1
2
1
TP73
Q1
98165
TN2425N8
250V_1600MW
2
TP74
Q5
98166
BSS-131
240V_360MW
R40
9003414
40K2
0.063W
±1%
2
1
TP70
TP77
TP76
TP75
1
Q7
98166
BSS-131
240V_360MW
Q6
98166
BSS-131
240V_360MW
1
1
1
3
3
1
Q8
98166
BSS-131
240V_360MW
TP81
3
3
1
EL_GP4
1
1
2
1
2
1
2
2
D
D
D
D
EL_GP1
EL_GP0
3
3
EL_GP5
KEYPAD EL BACKLIGHT DRIVER
4
4
05-Oct-2005
APR 26, 2005
SIGNATURES
DRAWN
DATE
6-22
Mike Seguin
PSION TEKLOGIX INC
2005
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
38481
ECO No.:
B
C
SIZE
DRAWING NO.
D
REV
E
1008024
C
INTERIM REV
D8
REL. DATE
A
KEYPAD EL BACKLIGHT DRIVER
DOC Schematic Keyboard 8525/30
SHEET
OF
5
5
A
B
C
D
1
1
8530 - DISPLAY TRANSITION BOARD; SHARP LQ104S1DG21 COLOUR LCD
SCHEMATIC INDEX
2
Page 2: Main Logic Board (MLB) Interface
LCD Power Control
REFERENCE
DESIGNATOR
BaaN P/N
REV
PCB1
1008461-200
A
PCB DISPLAY TRANSITION BOARD, 8530 LCD
1
DOC1
1008460-200
A
DOC PCB ARTWORK 8530 DTB COLOUR DISPLAY TRANSITION BD
0
DOC2
1008463-200
A
DOC PCB ASSY DWG 8530 COLOUR DISPLAY TRANSITION BOARD
0
DOC3
1008464-200
A
DOC SCHEMATIC 8530 COLOUR DISPLAY TRANSITION BOARD
0
DOC4
1010084
A
DOC SERIAL NUMBER CODING INSTR.
0
LBL1
1008087
A
LABEL BLANK PCA 0.25"X1.0" WHITE MYLAR 0.002" THICK
1
LBL2
95565
A
LABEL 0.25" X 0.25" WHITE
1
DESCRIPTION
QTY
2
Page 3: Touch Screen Controller, Back Light Control
Page 4: Sharp TFT Color Display Interface
CONFIGURATION DETAIL
BaaN P/N
1008465-200
REV
A
DESCRIPTION
8530 DISPLAY TRANSITION BOARD
3
3
MISSISSAUGA
4
ONTARIO, CANADA
05-Oct-2005
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
CONFIDENTIAL AND IS THE EXCLUSIVE INTELLECTUAL
PROPERTY OF PSION TEKLOGIX. IT MAY ONLY BE USED FOR
THE PURPOSE FOR WHICH IT IS SUPPLIED AND MUST NOT BE
REPRODUCED, STORED OR DISSEMINATED TO THIRD PARTIES
BY ANY MEANS, IN WHOLE OR IN PART, WITHOUT THE EXPRESS
WRITTEN PERMISSION OF PSION TEKLOGIX.
8530 DISPLAY TRANSITION
BOARD
SIZE
DRAWING NO.
D
LAST PRINT DATE
A
B
C
D
REV
1008464-200
DD-MMM-YY
SHEET
A
1
OF
4
4
A
B
C
D
I2C_SDA,I2C_SCL
TP_DCLK,TP_DIN,TP_DOUT,~TP_CS,~TP_IRQ,TP_BUSY,~TP_INSTALLED,DTB_PU_DRIVE
TP_INTERFACE
FPDAT_[17:0]
13806_LCD_DATA
1
1
FPFRAME,FPLINE,FPSHIFT,DRDY,VSH_EN,VGH_EN,VGL_EN
13806_LCD_CTRL
J1
52760-1209
9002921
1
FPDAT_7
3
5
FPDAT_14
7
FPDAT_16
11
9
13
FPDAT_3
15
17
FPDAT_5
19
21
FPDAT_12
23
25
FPDAT_1
27
29
FPDAT_9
31
33
FPDAT_17
35
2
37
FPFRAME
39
41
FPDAT_6
43
45
DRDY
47
49
I2C_SDA
51
53
I2C_SCL
1
D
R5
16K2
9001574
2
55
TP17
57
LCD_TYPE
DISPLAY ID RESISTOR
TP14
DGND
59
TP15
61
65
TP12
67
TP16
69
71
TP9
TP10
FPDAT_7
GND
FPDAT_14
GND
FPDAT_10
GND
FPDAT_2
GND
FPDAT_5
GND
FPDAT_0
GND
FPDAT_11
GND
FPDAT_9
GND
FPDAT_4
GND
FPDAT_17
GND
FPFRAME(Vsync)
GND
FPDAT_6
GND
DRDY (ENAB)
GND
I2C_SDA
GND
I2C_SCL
GND
LCD_TYPE
GND
TP11
NC
HEATER_POWER
HEATER_POWER
HEATER_POWER
NC
73
75
5V
1
2
C5
10N
93187
C17
100N
97871
1
2
C10
10U
9003429
1
2
1
2
C9
10U
9003429
TP34
D
3
TP_DCLK
TP7
TP_DIN
3V3
TP_DOUT
C20
100N
97871
C8
1
10U
9003429 2
1
2
C21
100N 1
97871 2
C35
10U
9003429
TP107
~TP_CS
109
113
115
TP_BUSY
117
119
D
DGND
121
~TP_CS
P3V3_SWITCHED
~TP_IRQ
GND
TP_BUSY
GND
Epson GPIO_1
GND
Epson GPIO_2
GND
5
VSH_EN
VON
R2
C18
100N
97871
1
2
TP30
1
D
DGND
C4
10N
93187
1
2
2
2
R3
51K1
97313
R4
3K92
97286
1
D
DGND
D
2
FPDAT_8
SEE TABLE 2 VSH_EN
TP36
TP24
50
SEE TABLE 2
54
MQ_GPIOA
58
60
SEE TABLE 1
GND
62
TP33
C11
10U
9003429
1
2
TP25
SEE TABLE 1
MQ_GPIOB
MQ_GPIOC
GND
5V
TP35
SEE TABLE 2
52
GND
C12
10U
9003429
1
2
J3
D
DGND
9003448
SEE TABLE 1
64
1
TP108
66
2
68
LCD_TEMP
GND
70
GND
72
TP38
TP39
DGND
5
3V3
TP26
ANALOG_BKLT_DIM
3V3_STANDBY
GND
DTB_PU_DRIVE
~TP_INSTALLED
3.3V STANDBY
98
DTB_PU_DRIVE
100
~TP_INSTALLED
GND
HEATER_POWER
HEATER_POWER
HEATER_POWER
NC
R6
10K0
97296
1
3V3
TAB2
C22
10N
97372
D
DGND
D
DGND
4
3
2
D
GND
+
V+
1
1
2
DIMM CONTROL
TAB1
TAB2
3
AN_CFL_DIM_BUFF
V-
C15
100N
97871
CCFL_ ENAB
Display Backlight Control
DGND
2
-
5
C16
100N
97871
1
2
1
2
3
4
8
7
6
5
100P
97622
CN1
BUFFER FOR PCON D/A CONVERTER
D
DGND
D
D
DGND
DGND
2
D
DGND
TP110
112
TP1
TP111
114
TP2
116
TP3
TP4
118
120
GND
R1
100K
97320
U3
LMC7111BIM5
9001586
8
C14
100N
97871
TP109
110
NC
TP21
C7
1
10U
9003429 2
1
2
106
TP5
TP22
3V3_STANDBY
1
TP122
108
GND
TP32
TP31
102
104
HEATER_INSTALLED
7
1
2
90
96
6
TP23
92
GND
GND
D
CCFL_ENB
80
94
+5v CCFL
4
74
78
PCON D/A 0-3.3V
3.3VSTANDBY
+5V CCFL
3
76
GND
TAB1
2
DGND
48
56
D
DGND
VO2
D
46
GND
TP_DOUT
GND
R1
FPDAT_15
44
88
111
~TP_IRQ
Epson GPIO_0
GND
86
107
I2C_SDA
6
42
GND
105
I2C_SCL
5
3
LCD_3V3
38
GND
TP_DIN
+3.3V
6
SDA
VO3
1
40
FPDAT_8
GND
+5.0V
103
1
2
FPDAT_16
GND
+5.0V
101
SCL
VSS
VIN
DGND
DGND
85
TP_DCLK
GND
E2
4
4
TP27
FPDAT_4
36
84
99
3
TP29
1
TP18 TP19
34
83
97
TP6
DGND
D
32
82
+3.3V
7
R2
51K1
97313
TP28
30
+5.0V
+3.3V
8
WC
DGND
FPDAT_11
28
81
95
TP8
26
+5.0V
+3.3V
VCC
E1
FPDAT_13
24
+5.0V
NC
FPDAT_0
20
CCFL_ENB
GND
89
E0
2
2
D
22
79
93
1
C19
100N
97871
1
2
C13
100N
97871
TP20 1
2
D
FPDAT_2
18
+5.0V
91
FPDAT_10
16
77
DGND
U2
M24C01-WDW6T
98185
10
14
PWM_CFL_DIM
+5.0V
FPLINE
8
12
+5.0V
87
U1
FDC6329L
98189
6
FPDAT_13
GND
FPDAT_1
GND
3V3
FPSHIFT
4
FPLINE (Hsync)
GND
FPDAT_3
GND
FPDAT_12
GND
2
GND
FPSHIFT
GND
FPDAT_16
GND
63
TP13
3V3
GND
TABLE 1 - PIN MAPPING
SIGNAL NAME
PIN ASSIGNMENT
DTB_PU_DRIVE
MQ_GPIO23
~TP_INSTALLED
MQ_GPIO24
10K PU ON MLB.
MQ_GPIO54
10K PU ON MLB.
REMARK
122
MTG1
D
MAIN LOGIC BOARD I/F
~HEATER_INSTALLED
D
MQ_GPIOA
MQ_GPIO20
4
MQ_GPIOB
MQ_GPIO21
Unused GPIO
MQ_GPIOC
MQ_GPIO25
Unused GPIO
SIGNAL NAME
PIN ASSIGNMENT
(RES) DSEL_1
REMARK
VSH_EN
Epson GPIO_0
Enables Display +5V (8525) , 3V3 (8530)
VGH_EN
Epson GPIO_1
Enables Display +10V (8525)
VGL_EN
Epson GPIO_2
Enables Display -10V (8525)
~CCFL_ENB
PCON P27_A7 PIN 63
Backlight on off control. Low Off, Hi ON (8525/30)
ANALOG_CCFL_DIM PCON P93_DA0_TB3IN
D
DGND
TABLE 3 - DISPLAY ID RESISTOR
Unused GPIO
TABLE 2 - PIN MAPPING to PXA 255 MLB
MTG4
MTG3
Display Type
Vin @ PCON AN3
7535 Colour 1
3.094V
59K
7535 Colour 2
2.822V
34.8K
7535 Colour 3
2.563V
23.2K
8525 Colour 640x240
2.306V
Sharp LQ088H9DR01
16.2K
8530 Colour 800x600
2.040V
Sharp LQ104S1DG21
1.786V
8.66K
1.532V
6.34K
1.280V
4.53
1.029V
3.01K
0.763V
1.82K
7535 Mono 3
0.508V
825
7535 Mono 2
0.252V
0
7535 Mono 1
0.000V
MISSISSAUGA
ONTARIO, CANADA
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
CONFIDENTIAL AND IS THE EXCLUSIVE INTELLECTUAL
PROPERTY OF PSION TEKLOGIX. IT MAY ONLY BE USED FOR
THE PURPOSE FOR WHICH IT IS SUPPLIED AND MUST NOT BE
REPRODUCED, STORED OR DISSEMINATED TO THIRD PARTIES
BY ANY MEANS, IN WHOLE OR IN PART, WITHOUT THE EXPRESS
WRITTEN PERMISSION OF PSION TEKLOGIX.
05-Oct-2005
8530 DISPLAY TRANSITION
EDT
BOARD
PCON A/D 0-3.3V Pin 2 (8525/30)
SIZE
C
D
DGND
Sharp
DRAWING NO.
D
B
D
DGND
Remark
150K
11.8K
DGND
MOUNTING HOLES -.140 plated
LAST PRINT DATE
A
MTG2
DGND
D
REV
1008464-200
DD-MMM-YY
SHEET
A
2
OF
4
4
A
B
C
D
1
DTB_PU_DRIVE
3V3_STANDBY
TP51
R11
10R0
97224
1
TS_P3V3
2
C24
100N
97871
1
2
D
DGND
C1
10U
9003429
1
2
D
C25
10N
97372
1
2
D
DGND
C26
100N
97871
1
2
D
DGND
DGND
2
R10
100K
97320
650 UA MAX.
3 UA MAX. IN PWR DN.
1
TP40 TP41 TP42
U4
ADS7845E
98134
1
DIN
DOUT
12
TP_DOUT
DCLK
BUSY
13
TP_BUSY
TP_DIN
14
TP_DCLK
16
9
VREF
7
WIPER
8
AUXIN
6
GND
1
2
2
~TP_IRQ
CS
TP43
TP44
11
VCC10
15
C23
100N
97871
TP45
TP46
PENIRQ
10
~TP_CS
1
R12
10K0
97296
VCC1
~TP_INSTALLED
TP50
ANALOG
2
2
UL
2
TS_UL
UR
3
TS_UR
LL
4
TS_LL
LR
5
TS_LR
TP49 TP48 TP47
TP56
FL25
BLM15AG102PN1
9000966
1
2
TP55
FL24
BLM15AG102PN1
9000966
1
D
TP57
2
8
DGND
TP53
TP58
FL26
BLM15AG102PN1
9000966
1
D1
MMBD7000
97655
3
2
1
2
3
4
5
2
6
C27
1N0
97375
1
2
7
FL27
BLM15AG102PN1
9000966
9
D
DGND
1
TP54
TP52
1
D
DGND
FL28
BLM15AG102PN1
9000966
3
C30
1N0
97375
1
2
2
C28
1N0
97375
1
2
D
DGND
C31
1N0
97375
1
2
D
DGND
J4
52852-0770
9000952
TAB1
GND
PRESENCE
TOUCH_LL
TOUCH_LR
TOUCH_SENSE
TOUCH_UR
TOUCH_UL
TAB2
5-WIRE TOUCHSCREEN I/F
D
DGND
1
3
4
5
DN1
MSQA6V1W5T2
9000988
3
D
1
2
DGND
C29
1N0
97375
1
2
D
TOUCHSCREEN INTERFACE
4
DGND
2
TS_WIPER
D
DGND
05-Oct-2005
MISSISSAUGA
ONTARIO, CANADA
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
CONFIDENTIAL AND IS THE EXCLUSIVE INTELLECTUAL
PROPERTY OF PSION TEKLOGIX. IT MAY ONLY BE USED FOR
THE PURPOSE FOR WHICH IT IS SUPPLIED AND MUST NOT BE
REPRODUCED, STORED OR DISSEMINATED TO THIRD PARTIES
BY ANY MEANS, IN WHOLE OR IN PART, WITHOUT THE EXPRESS
WRITTEN PERMISSION OF PSION TEKLOGIX.
8530 DISPLAY TRANSITION
BOARD
SIZE
DRAWING NO.
D
LAST PRINT DATE
REV
1008464-200
DD-MMM-YY
SHEET
A
3
OF
4
4
A
B
C
D
FPDAT_[17:0]
13806_LCD_DATA
FL1
BLM15AG700PN1
9001853
TP59
FPDAT_6
1
FPDAT_7
LCD_3V3
2
FL2
BLM15AG700PN1
9001853
TP60
1
TP121
1
TP102
FL29
BLM21PG221SN1?
96321
TP66
1
FL3
BLM15AG700PN1
9001853
1
6
5
2
3
4
CN6
97622
100P
1
1
2
TP67
C32
100N
97871
1
2
C2
10U
9003429
D
DGND
2
D
DGND
D
FPDAT_8
7
1
SHARP_LCD_P3V3
2
2
TP61
8
2
DGND
R17 TP105
0R0
97453
1
FL4
BLM15AG700PN1
9001853
FPDAT_14
1
BLUE_4
FL5
BLM15AG700PN1
9001853
1
BLUE_2
C34 2
100P
97371
1
2
1
2
FPDAT_5
D
FPDAT_11
TP97
GREEN_3
TP101
TP99
GREEN_2
GREEN_1
GREEN_0
2
1
RED_3
RED_2
RED_1
R14
0R0
97453
2
FL12
BLM15AG700PN1
9001853
1
FL13
BLM15AG700PN1
9001853
1
Blue 1
29
Blue 0
28
GND
GND
Green 5 (MSB)
24
Green 4
23
Green 3
22
GND
21
Green 2
20
Green 1
19
Green 0
18
GND
GND
GND
14
Red 4
13
Red 3
12
GND
11
Red 2
Red 1
10
TP88
1 RED_0
2
Red 5 (MSB)
9
Red 0
8
GND
7
GND
6
GND
5
Vsync
4
Hsync
D
DGND
GND
3
TP106
Data CLK
2
GND
1
FL14
BLM15AG700PN1
9001853
1
GND
25
2
TP78
FPDAT_1
Blue 2
30
2
TP77
FPDAT_0
GND
31
15
2
FPDAT_13
Blue 3
32
16
RED_4
FL11
BLM15AG700PN1
9001853
TP76
Blue 4
33
17
RED_5
2
1
34
26
GREEN_4
FL10
BLM15AG700PN1
9001853
TP75
FPDAT_12
BLUE_0
DGND
FL9
BLM15AG700PN1
9001853
1
GND
Blue 5 (MSB)
D
DGND
2
TP74
R/L
ENAB (Data ready)
27
D
DGND
FL8
BLM15AG700PN1
9001853
TP73
R15 TP103
0R0
97453
2
1
GREEN_5
TP100
TP98
1
+3V3 PWR VCC
35
R16
15K0
97300
1
2
TP72
39
37
2
BLUE_1
FL7
TP71
BLM15AG700PN1
9001853
+3V3 PWR VCC
38
2
TP65
40
36
TP69
FPDAT_16
FPDAT_4
1
BLUE_3
TP64
FPDAT_3
R18
10K0
97296
LCD_3V3
U/D
41
TP104
2
TP63
FPDAT_15
BLUE_5
TP68
SOLDER TAB
42
DGND
TP62
SOLDER TAB
43
D
TP81
8
7
6
5
1
2
3
4
CN4
97622
100P
8
7
6
5
1
2
3
4
CN5
97622
100P
8
7
6
5
1
2
3
4
CN2
97622
100P
8
7
6
5
1
2
3
4
9004821
DF9-41P-1V20
J2
CN3
97622
100P
D
DGND
2
D
DGND
D
TP79
3
FPDAT_2
FL15
BLM15AG700PN1
9001853
1
D
DGND
3
FL16
BLM15AG700PN1
9001853
1
TP83
13806_LCD_CTRL
2
TP86
FPDAT_10
DGND
D
DGND
2
TP80
FPDAT_9
TP82
FPFRAME
FL17
BLM15AG700PN1
9001853
1
TP89
TP84
FL22
BLM15AG700PN1
9001853
1
TP90
2
FPLINE
TP87
1
FPSHIFT
2
R13
15K0
97300
DRDY
1
D
DGND
SHARP_FPFRAME
2
TP94
SHARP_FPLINE
FL20
BLM15AG700PN1
9001853
1
2
TP95
SHARP_FPSHIFT
FL19
BLM15AG700PN1
9001853
TP92
C33
100P
97371
1
2
2
FL21
BLM15AG700PN1
9001853
TP91
FPDAT_17
TP93
1
2
TP96
ENAB
D
DGND
C37
33P
9001581
1
2
D
DGND
MISSISSAUGA
4
ONTARIO, CANADA
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
CONFIDENTIAL AND IS THE EXCLUSIVE INTELLECTUAL
PROPERTY OF PSION TEKLOGIX. IT MAY ONLY BE USED FOR
THE PURPOSE FOR WHICH IT IS SUPPLIED AND MUST NOT BE
REPRODUCED, STORED OR DISSEMINATED TO THIRD PARTIES
BY ANY MEANS, IN WHOLE OR IN PART, WITHOUT THE EXPRESS
WRITTEN PERMISSION OF PSION TEKLOGIX.
05-Oct-2005
8530 DISPLAY TRANSITION
BOARD
SIZE
DRAWING NO.
D
LAST PRINT DATE
A
B
C
D
REV
1008464-200
DD-MMM-YY
SHEET
A
4
OF
4
4
C
A
D
B
Special Component Detail
8525/8530 VEHICLE MOUNT COMPUTER
Related Reference
Designator
PCB1
1
MAIN LOGIC BOARD
BaaN P/N
1008011
Description
Qty
PCB 8525 MAIN LOGIC BOARD
1
CON1
9003441
CONNECTOR DOUBLE SLOT CARDBUS EJECTOR REVERSE TYPE 2MM STANDOFF
1
SCR1-SCR4
9002961
SCREW M2 X 20 PAN HEAD
4
SCR5,SCR6
9001802
SCREW M2 X 8 CHEESE PHIL
2
NUT1- NUT6
95257
NUT M2 PCMCIA
6
WRS1-WSR4
9004474
M2 LOCKWASHER. STAINLESS STEEL, FLAT,INTERNAL TOOTH
4
WSR5-WSR8
9004475
WASHER,STAINLESS STEEL,M2,FLAT
4
1
ADH1-ADH4
94751
ADH SILICON RTV WHT RTV162
0.001
ADH5-ADH10
92075
LOCTITE
0.001
LBL1
95565
LABEL 0.25" X 0.25" WHITE
1
LBL2,LBL3
1008087
LABEL BLANK PCA 0.25"X1.0" WHITE MYLAR 0.002" THICK
2
S/W 1
1002024
SOFTWARE 8525 PCON IMAGE
1
S/W 2
1002025
SOFTWARE 8525 BOOST IMAGE
1
S/W 3
1002023
SOFTWARE 8525 CE V4.2 OTT IMAGE
1
SCHEMATIC INDEX
Page 2: PXA255 CPU
Page 3:
SDRAM
NAND flash
M-SYSTEMS flash
DOC1
1008010
DOCUMENT ARTWORK PCB 8525/30 MAIN LOGIC BOARD
0
DOC2
1008013
DOCUMENT PCB ASSEMBLY 8525/30 MAIN LOGIC BOARD
0
DOC3
1008014
DOCUMENT SCHEMATIC 8525/30 MAIN LOGIC BOARD
0
DOC4
7000530-200
DOCUMENT 8525 MLB PRODUCTION FUNCTIONAL TEST SPECIFICATION
0
DOC5
1010084
DOC SERIAL NUMBER CODING INST
0
Page 4: Address & Data bus switches
Page 5: Peripheral Microcontroller (PCON)
EEPROM
Real Time Clock
Battery Monitor
PCON Programming I/F
PCON Console
2
2
Page 6: Buffer ASIC
Page 7: ASIC Support Circuitry
CF / PCMCIA Power Swtiches
Page 8: CF Card / PCMCIA Interface
Page 9:
MQ1188 - SDIO/USB Controller
MQ 1188 DC-DC Converter
Page 10:
Spread Spectrum Generator
Page 11:
LCD Controller
Page 12:
SDIO Socket
Display Transition Board (DTB) Connector
Page 13: SMBus Battery Charger
Inrush Current Limiter
Page 14: 3V3/5V Power Supply
3V3/5V Switched Power
3V3 Standby Regulator
CPU Core Supply
Page 15 : Supercap Charger
Analog Mux Supply
5V Standby Regulator
3
3
Page 16: Tether Port
RS-232 Transceiver
I2C DEVICE MAPPING
Page 17: USB Hub
Port Extender Interface
DEVICE
Page 18: COM2 RS-232 port
Console RS-232 Port
Page 19: Battery interface
Beeper Driver
External Supply Inrush Limiter
Page 20: Internal Keyboard interface
External Keyboard interface
Page 21: Audio header
J-Tag Interface
8-BIT ADDRESS
7-BIT ADDRESS
REAL TIME CLOCK - RV5C386A
32H
64H
TEMPERATURE A/D - PCF8591T
48H
90H
PCON - M30624FGPGP-D5
08H
10H
MLB EEPROM - M24C01WDW6T
53H
A6H
DTB EEPROM - M24C01WDW6T
52H
A4H
BATTERY PACK EEPROM - M24C01WDW6T
50H
A0H
BATTERY PACK CONTROLLER - BQ2060
0BH
16H
KEYBOARD CONTROLLER
33H
66H
Page 22: Heater
4
4
05-Oct-2005
SIGNATURES
DRAWN
DATE
NOV 1
NGT TEAM
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
DOC SCHEMATIC 8525/30 MAIN LOGIC BOARD
38481
ECO No.:
OTHER
Scale N/A
B
C
DRAWING NO.
D
REV
1008014
C
H3
REL. DATE
A
SIZE
INTERIM REV
J
SHEET
OF
1
22
C
A
FL4
98136
BLM21A102S?
200MA
TP23
CPU_PLL_VCC
C182
97871
100N
±15%
16V
D
A[25:0]
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
1
A21
2
A22
2
1
A23
C134
94054
1U0
±10%
16V
1
A24
2
A25
1
C183
97871
100N
±15%
16V
CORE_VDD
1
CORE_VDD
2
1
2
1
1
3V3
2
L6
K10
K8
H10
L9
J7
G9
G7
F11
G1
H2
H1
H6
J6
J5
J3
J1
K1
K2
K5
K6
L1
L3
M1
M3
N3
P1
R1
P2
R3
T4
R5
P5
P4
CLK_PXA_EXTAL
K16
K15
F13
G13
BOOT_SEL0
D
D
G16
D
J13
2
TP24
1
1
TP28
K11
L11
COREVDD_EN
K12
1
~BATT_FAULT
~VDD_FAULT
K13
VCC_L6
VCC_K10
VCC_K8
VCC_H10
VCC_L9
VCC_J7
VCC_G9
VCC_G7
MA0
MA1
MA2
MA3
MA4
MA5
MA6
MA7
MA8
MA9
MA10
MA11
MA12
MA13
MA14
MA15
MA16
MA17
MA18
MA19
MA20
MA21
L_DD8_GP66
TXTAL
L_DD7_GP65
BOOT_SEL2
BOOT_SEL1
BOOT_SEL0
~RESET
~RESET_OUT
PWR_EN
~SDCS1
R234
L7
B2
DQM2
2
1
1
B1
DQM0
M8
~SDCS3
~SDCS0
~SDRAS
R171
0R0 97453
1
~SDCS2
F2
G3
2
G6
SDRAM_CTL
~SDCAS
R172
0R0 97453
1
F1
2
E1
F3
SDCKE1
R173
0R0 97453
1
E3
2
E4
±1%
0.063W
22R1
R174
97232
22R1
2
SDCLK2
1
2
0.063W
22R1
R49
97232
2
1
R13
T9
~MQ1188_CS2
P9
~FLASH_CS1
T8
N8
~VDD_FAULT
0R0 97453
~MOE
G5
~MWE
G4
2
MRDY
MEM_CTL
L_LCLK_GP75
DQM3
L_PCLK_GP76
DQM2
L_BIAS_GP77
PC_IN
D8
~PCM_PCD
B8
~PCM_STSCHG
A8
PCM_PRDY
C9
ACLINK_BITCLK
E10
ACLINK_SDATAIN
DQM1
AC_LINK
DQM0
BITCLK_GP28
~SDCS3
~SDCS2
~SDCS1
PXA255
~SDCS0
~SDRAS
SDATA_IN0_GP29
GDPXA255A0E400
~SDCAS
A16
SDATA_IN1_GP32
2
R101
97232
1
2
D10
~ACRESET
R95
~ACLINK_RESETB
1
SSPSFRM_GP24
SDCLK0
TP211
F9
SSPSCLK_GP23
SDCKE0
SDCLK1
±1% 0.063W
22R1
2
SSPTXD_GP25
ACLINK_SYNC
1
E11
SYNC_GP31
SDCKE1
SDCLK2
ACLINK_SDATAOUT
22R1
±1% 0.063W
A10
SDATA_OUT_GP30
SSPRXD_GP26
97232
TP605
TP604
1
±1% 0.063W
1
22R1
2 SSPSCLK
1
E9
SSPSFRM
D9
SSPTXD
A9
SSPRXD
R177
TP602
1
SSP_BUS
SDRAM_CTL
97232
SDCKE1
R630
97296
10K0
0.063W
±1%
3V3
B9
CAS_LATENCY
~CS5_GP33
C1
BTRXD_GP42
~CS3_GP79
~CS2_GP78
~CS1_GP15
~CS0
BTTXD_GP43
B13
COM1_RXD
D13
COM1_TXD
A15
BTCTS_GP44
1
~COM1_CTS
D
B14
BTRTS_GP45
~OE
~WE
N14
~COM1_RTS
DRAMCKE
PWM1_GP17
PWM0_GP16
N12
NAND_ADDR_LATCH_ENABLE
M12
NAND_CMD_LATCH_ENABLE
N15
DREQ0_GP20
GP12_32KHZ_OUT
GP11_3M6864_OUT
GP22
E13
~COM2_CTS
A14
~COM2_DCD
A12
~COM2_DSR
B11
3V3
B10
C78
9003429
10U
+80%/-20%
16V
~COM2_DTR
F10
~COM2_RTS
F8
FFRXD_GP34
GP8_MMCCS0
FFTXD_GP39
GP7_48MHZ_OUT
FFCTS_GP35
FFDCD_GP36
FFDSR_GP37
FFRI_GP38
FFDTR_GP40
GND
3
FFRTS_GP41
IRRXD_GP46
IRTXD_GP47
A7
PXA_3M6864_OUT
R178
97232
1
2
CLK_3M6864
2
±1%
CLK_48MHZ
22R1
±1% 0.063W
97232
TP20
0.063W
~ASIC_REQ
3
1
J11
TP5
~RTC_IRQB
J12
GP4
K14
~MQ1188_IRQ
R363
97272
1K00
0.063W
±1%
L13
L12
GP1
L10
GP0
FIQ
TP27
~PCON_IRQ
VCCN = POSITIVE SUPPLY FOR MEMORY BUS AND PCMCIA
VCCN
R175
1
22R1
H14
GP5
DVDD_3V3;C6,C10,C13,E14,G14,D15,M11
~NAND_WRITE_PROTECT
G15
GP6_MMCCLK
VCCQ = POSITIVE SUPPLY FAR ALL I/O EXCEPT MEMORY BUS AND PCMCIA
D
NAND_FLASH_BUS
MBGNT
B6
F14
GP2
IrDA
C15
DVDD_3V3;A1,D4,F4,K4,M4,M14,H4,N5,N7,N9,N11,N13,P3,T16,T2
~PSKTSEL_GP54
P16
PSKTSEL
1
1
2
LOW_ENERGY_LATCH
M13
~PREG
P14
~PCE1
R16
~PCE2
T15
~PIOR
R15
~PIOW
P13
~POE
TP29
IRQ_BUS
VSS:
3V3
DGND;C16,J8,J9,H8,H9,T1
JTAG
TMS
VSSN:
~POE_GP48
~IOIS16_GP57
2
2
2
C166
97871
100N
±15%
16V
1
2
1
3B
3A
2B
2A
1B
1A
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
D16
D17
D18
D19
D20
D21
D22
D23
D24
D25
OE2
OE1
C275
97372
10N
±5%
16V
I2C_SDA_SW
1
I2C_BUS
4A
12
9
5
I2C_SDA
2
I2C_SCL
13
D
R125
97296
10K0
0.063W
±1%
10
4
1
TP18
R207
97296
10K0
0.063W
±1%
R208
97296
10K0
0.063W
±1%
GND
1
D
05-Oct-2005
OCTOBER 20 2004
TP35
SIGNATURES
DRAWN
D
NOV 1
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
I2C_BUS_SW
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
SCHEMATIC 8525/30 MAIN LOGIC BOARD
PXA255 PROCESSOR
38481
D
C
SIZE
DRAWING NO.
C
INTERIM REV
REV
1008014
H
SHEET
OF
2
REL. DATE
B
DATE
NGT TEAM
ECO No.:
A
4
~SA2_RESET
2
7
1
1
TP36
D
CONSOLE_RXD
D[31:0]
1
C165
97871
100N
±15%
16V
4B
3V3
2
1
6
3
TP32
D
14
VCC
11
OE3
1
C164
97871
100N
±15%
16V
1
1
A11
D11
B16
D14
N4
M5
L5
T6
N6
T7
M6
M7
M9
T10
R9
T11
P11
N10
T12
H3
M10
H5
J4
K3
L4
M2
N1
T3
P6
P7
R7
L8
P8
P10
P12
1
R215
97296
10K0
0.063W
±1%
2
1
~IOIS16
PCON_CONSOLE
1
2
C163
97871
100N
±15%
16V
~PWAIT
M16
8
1
2
1
2
OE4
TP17
C162
97871
100N
±15%
16V
1
N16
TP31
C184
97871
100N
±15%
16V
1
1
D
3V3_STANDBY
TP33
PCM_IN
3V3
±1%
0.063W
10K0
97296
R186
U29
9001597
SN74CBTLV3126DGVR
~PWE
JTAG_BUS
D
±1%
0.063W
10K0
97296
R209
D
SDA
SCL
MMCDAT
MMCCMD
MD0
MD1
MD2
MD3
MD4
MD5
MD6
MD7
MD8
MD9
MD10
MD11
MD12
MD13
MD14
MD15
MD16
MD17
MD18
MD19
MD20
MD21
MD22
MD23
MD24
MD25
MD26
TESTCLK
T14
~PWAIT_GP56
I2C
Controller
TP19
D
~PWE_GP49
TEST
MD28
G11
~PIOW_GP51
MMC
Controller
MD27
D
~PIOR_GP50
DGND;E2,G2,C2,J2,M15,P15,R2,R4,R6,R8,R10,R12,L2,N2,R14
~TRST
MD29
D
~PCE1_GP52
~PCE2_GP53
1
TP30
I2C_SCL_SW
4
H11
DGND;C11,C14,F6,G8,G10,C4,C8,J10,J14,L14,H7,K7,K9,F15,F16,D16,E15,E16
VSSN = GROUND SUPLLY FOR MEMORY BUS AND PCMCIA
D26
2
C276
97372
10N
±5%
16V
H13
~TRST_CPU
TDO
D27
2
1
TMS_CPU
VSSQ:
TDI
D28
2
1
C174
97871
100N
±15%
16V
H16
D31
2
1
C173
97871
100N
±15%
16V
H15
TDO_CPU
G12
2
2
1
C172
97871
100N
±15%
16V
TDI_CPU
TCK_CPU
C171
97871
100N
±15%
16V
R212
97296
10K0
0.063W
±1%
MD31
3V3
R213
97296
10K0
0.063W
±1%
MD30
D
1
R613
97320
100K
0.063W
±1%
R11
2
C285
97372
10N
±5%
16V
D29
1
VSSQ = GROUND SUPLLY FOR ALL I/O EXCEPT MEMORY BUS AND PCMCIA
TCK
D30
2
C170
97871
100N
±15%
16V
2
1
H12
1
2
C169
97871
100N
±15%
16V
2
1
1
2
C168
97871
100N
±15%
16V
~TRST_CPU
2
1
1
2
1
C167
97871
100N
±15%
16V
1
TCK_CPU
~PREG_GP55
2
USB_N
VSS = CORE GROUND
1
TP22
3V3
USB_P
2
B12
USB
Client
C12
D
PCMCIA/CF CONTROL PINS
1
SA2_TXD
SN74CBTLV1G125DCKR
9004509
U103
F12
GP3
VCCQ:
B15
CONSOLE_RXD_SW
1
4
1
COM2_TXD
TP2
MBREQ
B5
F7
GP10_RTCCLK
GP21
GPIO PINS
A13
BEEPER_SIGNAL
B4
GP13_MBGNT
DREQ1_GP19
FULL FUNCTION UART
COM2_RXD
BEEPER_VOLUME
E12
2
R628
97320
100K
0.063W
±1%
MB_REQ
RDY_GP18
GP9_MMCCS1
COM2
D12
RD_~WR
DMA
NAND_READY_BUSY
NAND_FLASH_BUS
2
5
VCC
3V3
D
1
REQUEST_SSP_XFER
C1129
97871
100N
±15%
16V
COM1_BUS
~CS4_GP80
GP14_MBREQ
SSP_BUS
2
~SS_CLK_PWR_EN
E8
BEEPER
D3
1
~MQ1188_PWRDN
1
2
1
1
TP37
~LCD_CS3
R138
~SDWE
T13
TP150
~LCD_CS3
MRDY
2
0.063W
22R1
R65
97232
1
S2_CARD_ERROR
E7
L_DD0_GP58
SSPEXTCLK_GP27
R206
97296
10K0
0.063W
±1%
3V3
1
±1%
DRAMCLKD
D2
~ASIC_CS5
2
±1%
DRAMCLKC
1
TP13
COM2_EN
~COM2_AUTO_ONLINE
1
0.063W
22R1
R35
97232
F5
SDCLK1
0.063W
97232
1
±1%
DRAMCLKB
±1%
R131
EXT_SCAN
~ASIC_ACK
2
1
EXT_SCNR_ACK
1
DRAMCLKA
D1
E5
D7
L_DD1_GP59
Bluetooth UART
~SDCS1
DQM1
0R0 97453
EXT_SCNR_ENA
~BATT_FAULT
AC97 CONTROLLER
R214
A6
C7
L_DD2_GP60
SSP PINS
~SDCS0
~SS_PWR_DWN
~EXT_SCNR_TRIG
B7
L_DD3_GP61
PWM
~SDCS2
2
EN_COM2_PWR
C5
E6
L_DD4_GP62
2
2
R205
97296
10K0
0.063W
±1%
1
2
~SDCS3
R210
97296
10K0
0.063W
±1%
1
2
R145
97296
10K0
0.063W
±1%
1
R149
97296
10K0
0.063W
±1%
DQM3
0R0 97453
1
~MOTION_DETECT
2
3V3
CF_PRDY
1
3V3
~CF_STSCHG
A3
D6
L_DD5_GP63
L_FCLK_GP74
3V3
A2
A5
L_DD6_GP64
D
3V3
~CF_PCD
D5
L_DD10_GP68
PXTAL
TEXTAL
~NAND_CHIP_ENABLE
C3
A4
L_DD11_GP69
PEXTAL
L_DD9_GP67
~SA2_RESET
R305
97296
10K0
0.063W
±1%
MA22
L_DD12_GP70
C15
97365
12P
5%
50V
2
MA23
L_DD14_GP72
L_DD13_GP71
CORE VDD
L15
1
CF_IN
B3
L_DD15_GP73
1
4
C14
97365
12P
5%
50V
2
PLL_VSS
TP26
L16
1
PLL_VCC
VCC_F11
J16
MA24
J15
1
2
22R1
±1% 0.063W
1
1
X4
FSR327
9001596
97232
R203
97296
10K0
0.063W
±1%
LCD CONTROLLER PINS
R176
TP38
1
C77
9003429
10U
+80%/-20%
16V
2
PXA255
C175
97871
100N
±15%
16V
1
1
MA25
2
TP39
2
2
C176
97871
100N
±15%
16V
1
NAND_FLASH_BUS
1
1
TP25
1
1
2
C177
97871
100N
±15%
16V
1
3V3
2
R204
97296
10K0
0.063W
±1%
D
C76
9003429
10U
+80%/-20%
16V
C178
97871
100N
±15%
16V
1
2
3
2
2
CLK_3M6864_CORE
4
1
C179
97871
100N
±15%
16V
1
D
U1
9003333
TP16
T5
U20
5 NC7SP08P5X
9001584
3MHZ6864
3
C180
97871
100N
±15%
16V
D
2
D
2
C181
97871
100N
±15%
16V
CORE_VDD
1
1
D
B
D
22
C
D
B
3V3
SDRAM_CTL
R216
97296
10K0
0.063W
±1%
TP9
1
DQ11
CKE
DQ10
~SDRAS
F8
~SDCAS
F7
~RAS
DQ9
~CAS
DQ8
1
DQM3
F1
1
DQM2
E8
TP50
UDQM
DQ6
LDQM
DQ5
DQ4
A23
A24
G7
G8
BA0
DQ3
BA1
DQ2
2
G1
A21
G2
A20
H9
A19
G3
A18
H1
A17
H2
A16
H3
A15
J2
A14
J3
D29
~SDWE
F9
C1
D28
DRAMCLKB
F2
DRAMCKE
C2
D27
D1
D26
D2
D25
~SDRAS
F8
E1
D24
~SDCAS
F7
A13
J7
A12
J8
A11
H8
A10
H7
VDD_A9
VDD_E7
A8
VDD_J9
A7
VDDQ_A7
A6
VDDQ_B3
A5
VDDQ_C7
A4
VDDQ_D3
VSS_A1
A1
VSS_E3
A0
VSS_J1
D22
DQM1
F1
D9
D21
DQM0
E8
C8
D20
DQ12
DQ11
CKE
~RAS
DQ9
~CAS
DQ8
C9
D19
UDQM
DQ6
LDQM
DQ5
DQ4
A23
A24
D18
B9
D17
A8
D16
C360
97871
100N
±15%
16V
1
C361
97871
100N
±15%
16V
1
C362
97372
10N
±5%
16V
1
G7
G8
G1
A21
G2
A20
H9
A19
G3
A18
H1
A17
H2
B3
A16
H3
C7
A15
J2
A14
J3
2
2
E7
J9
D
A7
3V3
D3
1
A1
2
C363
97871
100N
±15%
16V
C364
97871
100N
±15%
16V
1
2
C373
97871
100N
±15%
16V
1
2
C365
97372
10N
±5%
16V
1
2
E3
J1
A3
BA0
DQ3
BA1
DQ2
DQ1
A22
A9
VSSQ_A3
A13
J7
A12
J8
A11
H8
A10
H7
B1
D14
VDD_A9
VDD_E7
A8
VDD_J9
A7
VDDQ_A7
A6
VDDQ_B3
A5
VDDQ_C7
A4
VDDQ_D3
B2
D13
C1
D12
U33
98139
NC7S32M5X
C2
D11
D1
D10
D2
D9
E1
D8
~FLASH_CS1
CAS_LATENCY
2
~MOE
1
1
1
1
4
R150
97296
10K0
0.063W
±1%
B3
NAND_CMD_LATCH_ENABLE
TP43
D
5
~NAND_RE
2
NAND_ADDR_LATCH_ENABLE
A2
~NAND_CHIP_ENABLE
A4
~NAND_RE
B2
~NAND_WE
A5
~NAND_WRITE_PROTECT
3
A1
NAND_READY_BUSY
A6
A2
VSS_A1
A1
VSS_E3
A0
VSS_J1
VSSQ_A3
VSSQ_B7
VSSQ_C3
VSSQ_D7
CLE
IO15
ALE
IO14
~CE
IO13
~RE
IO12
~WE
IO11
~WP
IO10
R_~B
IO9
D
IO8
D
IO7
D7
E9
CAS_LATENCY : Hi-CAS latency 3, low - CAS latency 2
D8
D6
D9
D5
C8
D4
C9
D3
3V3
3V3
D2
B8
B9
D1
A8
D0
IO6
C196
97871
100N
±15%
16V
1
U34
98139
NC7S32M5X
TP41
1
C370
97871
100N
±15%
16V
C371
97871
100N
±15%
16V
1
2
2
IO5
IO4
F6
D
5
4
~PWE
G4
3V3
TP44
1
C372
97372
10N
±5%
16V
1
2
R217
97296
10K0
0.063W
±1%
1
~NAND_WE
D
2
2
PCM_IN
C340
97372
10N
±5%
16V
C187
97871
100N
±15%
16V
1
2
1
2
C186
97871
100N
±15%
16V
A3
H1
3
E7
VCCQ
VCC
IO3
IO2
IO1
A9
G6
D15
F5
D14
H5
D13
F4
D12
H3
D11
F3
D10
G2
D9
F1
D8
E5
D7
G5
D6
E4
D5
H4
D4
G3
D3
H2
D2
F2
VSS1
IO0
D1
G1
D0
1
TP1151
VSS2
VSS3
LOCKPRE
E6
D
J9
D
±1%
0.063W
10K0
97296
R617
D
A7
3V3
B3
C7
D
D3
1
A3
A[25:0]
TP42
MEM_CTL
H6
A9
D
1
R153
97296
10K0
0.063W
±1%
TP40
2
A10_AP
D7
VSSQ_D7
D15
A11
C3
VSSQ_C3
DQ0
A12
B7
VSSQ_B7
A[25:0]
DQ13
CLK
DQ7
A3
A2
~WE
D23
2
A9
DQ14
DQ10
A11
A10_AP
F3
D8
B8
DQ0
A12
B2
~CS0
3V3
DQ1
A22
G9
E9
DQ7
TP51
~SDCS0
A2
1
DQ12
D30
DQ15
TP49
1
F3
DQ13
CLK
B1
~CS1
TP48
1
DRAMCKE
~WE
E2
TP47
2
F2
~SDCS1
1
F9
DRAMCLKA
DQ14
D31
TP46
1
~SDWE
~CS0
A2
1
G9
DQ15
1
~SDCS0
~CS1
1
E2
2
~SDCS1
1
1
C195
97871
100N
±15%
16V
1
TP45
1
TP52
U46
9003455
K9K1216U0C-DIB0?
3V3
3V3
2
1
U30
SEE SCD 1008211
1008211
2
NAND_FLASH_BUS
D[31:0]
U40
SEE SCD 1008211
1008211
1
TP15
1
1
D[31:0]
1
TP12
1
TP10
D[31:0]
2
A
A1
2
C366
97871
100N
±15%
16V
C367
97871
100N
±15%
16V
1
2
C368
97871
100N
±15%
16V
1
2
1
2
C369
97372
10N
±5%
16V
NAND_FLASH 1
E3
J1
2
A3
D
B7
C3
D7
3V3
DRAM_1
DRAM_2
1
2
C40
97871
100N
C41
97871
100N
1
2
SDRAM_CTL
D
TP96
TP89
TP7
1
D[31:0]
D[31:0]
U25
SEE SCD 1008211
1008211
E2
3
~SDCS1
G9
~SDWE
F9
DRAMCLKC
F2
DRAMCKE
F3
~CS1
DQ15
~CS0
DQ14
~WE
DQ13
CLK
DQ12
CKE
DQ11
DQ10
~SDRAS
F8
~SDCAS
F7
~RAS
DQ9
~CAS
DQ8
DQ7
DQM3
F1
DQM2
E8
UDQM
DQ6
LDQM
DQ5
DQ4
A23
G7
A24
G8
A22
G1
A21
G2
BA0
BA1
DQ3
DQ2
DQ1
A20
H9
A19
G3
A18
H1
A17
H2
A16
H3
A15
J2
A14
J3
A13
J7
A12
J8
A11
H8
A10
H7
A12
DQ0
D31
D30
~SDCS1
G9
B2
D29
~SDWE
F9
C1
D28
DRAMCLKD
F2
C2
D27
DRAMCKE
F3
D1
D26
D2
D25
~SDRAS
F8
E1
D24
~SDCAS
F7
E9
D23
D8
D22
DQM1
F1
D9
D21
DQM0
E8
C8
D20
C9
D19
A23
G7
B8
D18
A24
G8
B9
D17
A8
D16
A22
G1
A21
G2
E2
A9
VDD_E7
A8
VDD_J9
A7
VDDQ_A7
A6
VDDQ_B3
A5
VDDQ_C7
A4
VDDQ_D3
VSS_A1
A1
VSS_E3
A0
VSS_J1
VSSQ_B7
VSSQ_C3
VSSQ_D7
4
DQ15
~CS0
DQ14
~WE
CLK
DQ12
CKE
DQ11
~RAS
DQ9
~CAS
DQ8
UDQM
DQ6
LDQM
DQ5
DQ4
3V3
C200
97871
100N
±15%
16V
1
C201
97871
100N
±15%
16V
1
2
C202
97372
10N
±5%
16V
1
2
A20
H9
E7
A19
G3
A18
H1
A17
H2
J9
D
A7
3V3
B3
C7
D3
1
C185
97871
100N
±15%
16V
C188
97871
100N
±15%
16V
1
1
C189
97871
100N
±15%
16V
1
C190
97372
10N
±5%
16V
A16
H3
A15
J2
A14
J3
A13
J7
A12
J8
E3
A11
H8
J1
A10
H7
A3
2
2
2
2
BA0
BA1
DQ3
DQ2
DQ1
A9
A1
DQ13
DQ7
A3
A2
~CS1
DQ10
2
VDD_A9
VSSQ_A3
A[25:0]
A2
B1
A11
A10_AP
U26
SEE SCD 1008211
1008211
D
A12
DQ0
A10_AP
A9
VDD_E7
A8
VDD_J9
A7
VDDQ_A7
A6
VDDQ_B3
A5
VDDQ_C7
A4
VDDQ_D3
A[25:0]
D13
D12
C2
D11
D1
D10
D2
D9
E1
D8
E9
D7
D8
D6
D9
D5
C8
D4
C9
D3
B8
D2
B9
D1
A8
D0
3
3V3
1
A2
VSS_A1
A1
VSS_E3
A0
VSS_J1
VSSQ_D7
C197
97871
100N
±15%
16V
C198
97871 1
100N
±15%
16V
2
1
2
C199
97372
10N
±5%
16V
A9
E7
J9
D
A7
3V3
B3
C7
D3
1
A3
VSSQ_C3
D7
D14
C1
2
VDD_A9
VSSQ_B7
C3
D15
B2
A11
VSSQ_A3
B7
A2
B1
2
A1
C191
97871
100N
±15%
16V
C192
97871
100N
±15%
16V
1
2
1
2
C193
97871
100N
±15%
16V
1
2
C194
97372
10N
±5%
16V
E3
J1
A3
D
B7
C3
D7
4
05-Oct-2005
OCTOBER 20 2004
DRAM_3
SIGNATURES
DRAWN
DRAM_4
DATE
NOV 1
NGT TEAM
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
SCHEMATIC 8525/8530 MAIN LOGIC BOARD
MEMORY
38481
ECO No.:
B
C
DRAWING NO.
C
REV
1008014
J
SHEET
OF
3
REL. DATE
A
SIZE
INTERIM REV
D
22
C
A
D
B
1
TP135
1
1
D[31:0]
U80
PI3B32X384BX
9004514
BD[31:0]
3V3
D0
3
D1
4
D2
7
D3
8
D4
11
A0
1
R631
97296
10K0
0.063W
±1%
2
MB_REQ
C1130
97871
100N
±15%
16V
3V3
U104
NC7SV04P5X
9004513
2
1
D
3V3
B0
A1
B1
A2
B2
A3
B3
A4
B4
2
BD0
5
BD1
6
BD2
9
BD3
10
BD4
14
BD5
17
BD6
18
BD7
21
BD8
22
BD9
27
BD10
28
BD11
31
BD12
32
BD13
34
BD14
5
MBGNT
1
2
BEA
4
C18
97871
100N
±15%
16V
1
3
2
D
3V3
U50
NC7SV11P6X
9004512
MEM_CTL
5
2
U9
5 NC7SV08P5X
9004511
1
~ASIC_CS5
3
C467
97871
100N
±15%
16V
1
D
4
D5
15
D6
16
D7
D
D8
20
D9
23
6
13
2
2
3
D
D
3V3
2
D10
26
D11
29
D12
30
D13
33
D14
35
C43
97871
100N
±15%
16V
1
2
25
D
U28
NC7SV11P6X
9004512
5
~MQ1188_CS2
1
~PCE1
3
~PCE2
6
A5
B5
A6
B6
A7
B7
A8
B8
A9
B9
1
4
~LCD_CS3
19
4
D15
38
D16
41
D17
42
D18
45
D19
46
37
2
BUS SWITCHES
BEC
A10
B10
A11
B11
A12
B12
A13
B13
A14
B14
A[25:0]
BA[25:0]
BED
A15
B15
A16
B16
A17
B17
A18
B18
A19
B19
BEB
VDD36
PCM_IN
U79
PI3B32X384BX
9004514
DGND12
DGND24
VDD48
A0
3
A1
4
A2
7
A3
8
A4
11
39
BD15
40
BD16
43
BD17
44
BD18
47
BD19
A5
15
3V3
A6
16
1
A7
36
48
D
19
A8
20
A9
23
PI3B32X384BX
U81
9004514
13
A0
B0
A1
B1
A2
B2
A3
B3
A4
B4
2
BA0
5
BA1
6
BA2
9
BA3
10
BA4
14
BA5
17
BA6
18
BA7
21
BA8
22
BA9
2
BEA
A5
B5
A6
B6
A7
B7
A8
A9
B8
B9
BEC
3V3
C468
97871
100N
±15%
16V
1
2
D
TP137
3
D21
4
D22
7
D23
8
D24
11
A0
B0
A1
B1
A2
B2
A3
A4
2
BD20
5
BD21
6
BD22
9
BD23
10
BD24
B3
B4
A10
26
A11
29
A12
30
A13
33
A14
35
A10
B10
A11
B11
A12
B12
A13
B13
A14
B14
27
BA10
28
BA11
31
BA12
32
BA13
34
BA14
1
U5
5 NC7SV08P5X
9004511
D20
1
1
4
2
3
D25
15
D26
16
D27
19
D28
20
D29
23
D
3
13
BEA
25
A5
B5
A6
B6
A7
B7
A8
B8
A9
B9
14
BD25
17
BD26
18
BD27
21
BD28
22
BD29
A15
38
A16
41
A17
42
A18
45
A19
46
BED
A15
B15
A16
B16
A17
B17
A18
A19
B18
B19
26
D31
29
30
33
A20
35
25
A21
38
A22
41
A23
42
A24
45
A25
46
BA15
40
BA16
43
BA17
44
BA18
47
BA19
3V3
BEC
37
BEB
VDD36
D30
39
A10
B10
A11
B11
A12
B12
A13
B13
A14
B14
27
BD30
28
BD31
DGND12
DGND24
VDD48
3
36
48
31
32
34
BA20
39
BA21
40
BA22
43
BA23
44
BA24
47
BA25
BED
A15
B15
A16
B16
A17
B17
A18
B18
A19
B19
3V3
A[25:0]
37
BEB
VDD36
DGND12
DGND24
VDD48
36
BA[25:0]
48
4
4
05-Oct-2005
OCTOBER 20 2004
SIGNATURES
DRAWN
DATE
NOV 1
NGT TEAM
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
SCHEMATIC 8525/8530 MAIN LOGIC BOARD
ADDRESS & DATA BUS SWITCHES
38481
ECO No.:
B
C
DRAWING NO.
C
REV
1008014
H
SHEET
OF
4
REL. DATE
A
SIZE
INTERIM REV
D
22
C
A
D
B
3V3_STANDBY
2
R231
97296
10K0
±1%
0.063W
PCON
SERIAL_PROG
1
1
TP67
~RST_PCON
PROGRAM_PCON
~CE_PROG
TP90
I2C ACCELERATOR
1
3V3_STANDBY
SCLK_PROG
~PROGRAM
2
70
CFG_CLK
~RST_ASIC
67
FPGA_CFG
P21_A1
P22_A2
P23_A3
P24_A4
65
64
~CCFL_EN
63
P81_TA4IN
P26_A6
P82_~INT0
P27_A7
JTAG_BUS
TDO_CPU
3V3_STANDBY
61
P30_A8
3V3_STANDBY
58
P31_A9
~TRST_CPU
57
TDI_CPU
56
P32_A10
P33_A11
~PCON_IRQ
52
COM3_1_EN
TETHER_SEL_1
P43_A19
48
P44_~CS0
47
CONVERTER_ENABLE
~HEATER_INSTALLED
46
45
96
98136
BLM21A102S?
200MA
1
97
TP71
AVCC
2
C212
97871
100N
±15%
16V
1
2
2
1
32KHZ
2
4
3V3_STANDBY
GND
D
D
2
2
RTC_SUPPLY
1
1
1
TP867
2
C415
97372
10N
±5%
16V
U41
9000515
NC7SZ125P5X
C214
97871
100N
±15%
16V
1
2
1
C209
97871
100N
±15%
16V
1
3
D
R233
97296
10K0
0.063W
±1%
TP66
FSR327
9001596
4
C17
97365
12P
±5%
50V
2
D
D
1
C16
97365
12P
±5%
50V
X5
1
2
U15
RV5C386A
98184
1
VDD
9
D
8
OSCOUT
TP86
3
TP147
EL_COMMAND
2
ANALOG_CCFL_DIM
1
3V3_STANDBY
VTERM_DAC
100
CHARGE_EN
99
ACPRES
98
R163
97296
10K0
±1%
0.063W
~ACSEL
R134
97296
10K0
±1%
0.063W
R587
97453
0R0
0.063W
±5%
ENABLE_32KHZ
OPTION
SELECT
SDA
1
SCL
7
R47
97320
100K
0.063W
±1%
R230
97296
10K0
0.063W
±1%
10
OSCIN
2
D
3V3_STANDBY
EXT_SCNR_DATA
3V3
D
1
3
I2C_SDA
2
I2C_SCL
CLKC
~INTRA
5
VSS
~INTRB
6
4
I2C_BUS
~RTC_IRQB
D
D
D
95
P100_AN0
P101_AN1
P46_~CS2
P102_AN2
P104_AN4_~KI0
P105_AN5_~KI1
P106_AN6_~KI2
92
AUX_ID
91
LCD_TYPE
3V3_STANDBY
90
OPTIONS_A_D
89
BATTERY_VOLTAGE
88
BAT_SET
1
2
C1125
97871
100N
±15%
16V
R127
97296
10K0
0.063W
±1%
J9
9006461
1
87
P107_AN7_~KI3
SIGNAL=DGND;12,62
TETHER_ID
93
P103_AN3
IRQ_BUS
LCD_THERM
3
POWER SWITCH
2
PCON_AVSS
PCON_AVSS
R392
97453
0R0
0.063W
±5%
1
1
1
~POWER_ON
CMP
53261-0271
MOLEX
D
TP77
1 M30624FGPGP-D3
USE 128K FLASH PART WITH ASIC
USE 256K FLASH PART WITH FPGA
2
C135
94054
1U0
±10%
16V
1
FL5
R227
97296
10K0
0.063W
±1%
COREVDD_EN
0.063W ±1%
10K0
97296
R228
4
P94_DA1_TB4IN
P45_~CS1
AVSS
EXT_SCNR_SOS
16
5
P95_ANEX0_CLK4
AVCC
94
2
22R1
±1% 0.063W
2
1
8
P97_~ADTRG_SIN4
VREF
1
3V3_STANDBY
2
5
VCC
EXT_SCAN
17
TP72
3V3_STANDBY
9
P96_ANEX1_SOUT4
P47_~CS3
DISPLAY_CFG
3
P93_DA0_TB3IN
P42_A18
49
GND_TETHER_POWER
P92_TB2IN_SOUT3
P37_A15
I/O PORT P4
50
TETHER_SEL_0
P36_A14
P41_A17
~TP_IRQ
2
3MHZ6864
15
P91_TB1IN_SIN3
TP103
EEPROM
32KOUT
P40_A16
51
2
1
P90_TB0IN_CLK3
I/O PORT P9
53
IRQ_BUS
97232
1
ENABLE_32KHZ
~NMI
CORE_EN
18
P87_XCIN
P35_A13
54
1
19
P85_~NMI
P34_A12
55
~BATT_FAULT
R179
20
P86_XCOUT
I/O PORT P10
2
59
TCK_CPU
1
1
TMS_CPU
1
TP56
R46
97320
100K
0.063W
±1%
I/O PORT P3
2
R190
97296
10K0
0.063W
±1%
R156
97296
10K0
0.063W
±1%
2
3V3_STANDBY
21
P84_~INT2
D
TP102
3V3_STANDBY
TP68
PWR_SYNC_CLK
P83_~INT1
4
LOW_ENERGY
22
P77_TA3IN
3
LOW_ENERGY_LATCH
23
P80_TA4OUT
VSS
±1%
0.063W
1K00
97272
R318
24
P75_TA2IN
SDA
2
PCON_CONSOLE_TXD
25
P74_TA2OUT
P25_A5
1
TP80
26
P76_TA3OUT
66
~RTC_IRQB
P73_~CTS2_~RTS2_TA1IN
I/O PORT P2
68
P72_CLK2_TA1OUT
P17_D15_~INT5
P20_A0
69
CFG_DATA
P16_D14_~INT4
I2C_SCL
E2
2
71
I2C_SDA
27
E1
SCL
1
~KBD_IRQ
28
~WC
1
1
72
~MOTION_DETECT
P71_RXD2_SCL_TA0IN_TB5IN
P15_D13_~INT3
5
E0
1
73
SCLK_PROG
29
P67_TXD1
I2C_SDA
VCC
CONSOLE_RXD
30
P70_TXD2_SDA_TA0OUT
P14_D12
6
PCON_CONSOLE_RXD
2
EXT_SCNR_ENA
P13_D11
TP129
1
74
SSPTXD
2
75
~CFG_INIT
D
U22
M24C01WDW6T
98185
I2C_SCL
PCON_CONSOLE
R229
97296
10K0
0.063W
±1%
1
2
31
P65_CLK1
R224
97296
10K0
±1%
0.063W
1
CFG_DONE
PCON CONSOLE
D
P66_RXD1
NC1
1
P12_D10
I/O PORT P7
±1%
0.063W
1K00
97272
EXT_SCAN
P11_D9
76
2
2
32
P64_~CTS1_~RTS1_CLKS1
I/O PORT P8
R317
CONSOLE_TXD_SEL
1
I/O PORT P1
77
~EXT_KYBD_PWR_EN
PCON_CONSOLE
1
3
2
I/O PORT P6
1
P10_D8
C205
97871
100N
±15%
16V
D
SSPRXD
33
R221
97296
10K0
±1%
0.063W
7
R366
97272
1K00
0.063W
±1%
34
P63_TXD0
I2C_SDA
8
D
1
78
KEYBOARD_HEATER_EN
2
TP70
P62_RXD0
P07_D7
SMBUS2
C374
97871
100N
±15%
16V
1
TP82
2
4
GND
2
D
SSPSFRM
D
PCON_CLK0
35
P06_D6
TP868
1
36
P60_~CTS0_~RTS0
P61_CLK0
79
MLB_HEATER_EN
D
37
P57_~RDY_CLKOUT
R365
97272
1K00
0.063W
±1%
A2D_RATIOMETRIC_DRIVE
38
P56_ALE
P05_D5
80
EN_AUX_PORT_PWR
P55_~HOLD
2
3
2
I2C_SCL
3V3_STANDBY
SSPSCLK
1
81
LCD_HEATER_CTL
PCON_A/D_BUS
39
SMBUS1
1
5
1
P04_D4
40
1
4
2
P03_D3
82
5
1
83
~EXT_KYBD_DETECT
TP87
1
R235
97296
10K0
±1%
0.063W
41
P54_~HLDA
I/O PORT P0
P02_D2
HICOREVDD_EN
U35
98139
NC7S32M5X
2
P01_D1
84
3V3_STANDBY
VCC
1
P00_D0
85
C217
97871
100N
±15%
16V
REQUEST_SSP_XFER
2
86
1
SSP_BUS
~SA2_RESET
TP84
P53_BCLK
1
2
42
P52_~RD
3V3_STANDBY
TP83
43
P51_~WRH_~BHE
BYTE
D
RADIO_HEATER
1
3V3_STANDBY
D
R364
97272
1K00
0.063W
±1%
2
44
P50_~WRL_~WR
CNVSS
6
BAT_PRES
60
VCC60
~RESET
7
TETHER_POWER_ON
14
VCC14
XOUT
10
EN_SW_PWR
CONTROLLER
XIN
11
XOUT
D
D
PERIPHERAL
1
U12
9000568
LTC1694IS5
~5V_PWR_OFF
1
2
13
XIN
D
2
1
2
C71
97370
18P
±5%
50V
1
3V3_STANDBY
D
D
1
C72
97370
18P
±5%
50V
1
D
** USED FOR
TERMINAL SELECTION
~3V3_PWR_OFF
2
U65
M30624FGPGP-D3C
9003331
2
R225
97296
10K0
±1%
0.063W
1
2
1
1
1
2
TP139
3V3_STANDBY
2
3
I/O PORT P5
2
R395
97453
0R0
0.063W
±5%
4
C204
97871
100N
±15%
16V
1
X3
ABMC2-7.3728MHZ-18-100-D
9003434
1
C203
97871
100N
±15%
16V
1
C341
97372 1
10N
±5%
2
16V
1
1
P7
9001855
TSW-102-07-G-S-RA
1
1
R128
97296
10K0
±1%
0.063W
D
2
R63
9003438
ERTJ0ER103J
10K AT 25°C
5%
T
1
1
2
3V3_STANDBY
2
TP99
D
2
2
3
3
2
3
5
-
1
4
1
2
C90
97371
100P
±5%
50V
1
2
BATTERY_VOLTAGE
V2
1
2
2
1
1
1
1
+
R601
97453
0R0
0.063W
±5%
U38
97866
2
LPV321M7
C218
97871
1
100N
±15%
16V
2
PCON_AVSS
C207
97871
100N
±15%
16V
1
2
C208
97871
100N
±15%
16V
1
2
C216
97871
100N
±15%
16V
1
2
C26
97375
1N0
±10%
50V
1
2
** USED FOR
OPTION SELECTION
C25
97375
1N0
±10%
50V
D
4
05-Oct-2005
OCTOBER 20 2004
SIGNATURES
DRAWN
PCON_A/D_BUS
NOV 1
D
BATT_MONITOR
PSION TEKLOGIX INC
2004
CHKD
D
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
SCHEMATIC 8525/30 MAIN LOGIC BOARD
PERIPHERAL CONTROLLER
38481
ECO No.:
B
C
SIZE
DRAWING NO.
C
INTERIM REV
REV
1008014
J
SHEET
OF
5
REL. DATE
A
DATE
NGT TEAM
D
1
2
D
V+
BATTERY_VOLTAGE
D
1
R199
97313
51K1
0.063W
±1%
1
2
D
BAT_SET
TP61
DO NOT POPULATE
TP97
TETHER_ID
R226
97296
10K0
0.063W
±1%
DEBUG ONLY
PCON_CONSOLE
TP76
1
2
2
R51
97320
100K
0.063W
±1%
A2D_RATIOMETRIC_DRIVE
1
TP58
1
2
2
TP75
1
4
Q6
97634
FDV303N
25V_350MW
OPTIONS_A_D
C213
97871
100N
±15%
16V
1
R44
97320
100K
0.063W
±1%
R148
97331
301K
0.063W
±1%
1
2
TP95
D
D
LCD_TYPE
VBAT_MAIN_IN
Q52
BSS84
9000501
50V_350MW
R236
97296
10K0
0.063W
±1%
TP74
AUX_ID
3V3_STANDBY
R232
97296
10K0
0.063W
±1%
1
2
TP98
R223
97296
10K0
0.063W
±1%
1
1
TP60
1
1
1
R222
97296
10K0
0.063W
±1%
2
D
TP59
CCFL_EN
±1%
0.063W
1K00
97272
R192
R238
97296
10K0
0.063W
±1%
1
2
2
R19
97316
68K1
0.063W
±1%
1
1
1
TP92
D
2
C24
97375
1N0
±10%
50V
2
1
TP21
1
1
Q10
97634
FDV303N
25V_350MW
3
R77
97320
100K
0.063W
±1%
1
2
1
1
1
1
TP14
P6
9001855
TSW-102-07-G-S-RA
CONSOLE_TXD_SEL
1
1
MLB TEMPERATURE
3V3_STANDBY
1
D
R50
97320
100K
0.063W
±1%
2
1
C469
97871
100N
±15%
16V
D
22
C
D
CFG_DATA
~S2_OE
~S2_IORD
~S2_IOWR
~S2_WE
S2_RDY
S2_RST
~S2_CE[2:1]
1
1
CFG_DONE
~S2_WAIT
2
R55
97320
100K
0.063W
±1%
TP105
1
1
1
1
CFG_CLK
TP106
~S2_VS[2:1]
~CFG_INIT
TP107
~PROGRAM
TP108
~CFG_INIT
TP109
~S2_REG
~S2_IOIS16
3V3
~S2_INPACK
B
~S2_CARD_DETECTED
A
S2_BVD[2:1]
1
SET "DRIVE DONE" OPTION IN FPGA
1
ASIC_CFG
S2_A[25:0]
FLOAT ~CF_SLOT FOR PCMCIA INTERFACE
S2_D3
S2_D11
S2_D4
S2_D12
S2_D5
S2_D13
S2_D6
S2_D14
~S2_CE1
S2_D7
S2_D15
~S2_CE2
S2_A10
~S2_VS1
S2_A11
S2_A9
S2_A17
S2_A8
S2_A18
S2_A13
S2_A19
S2_A14
S2_A20
NC
S2_A21
S2_A22
S2_A16
NC
S2_A23
S2_A15
S2_A24
S2_A12
S2_A25
S2_A7
~S2_VS2
S2_A6
S2_A5
S2_A4
S2_A3
S2_A2
S2_BVD2
S2_A1
S2_BVD1
S2_A0
S2_D8
S2_D0
S2_D9
S2_D1
S2_D10
S2_D2
NC
NC
~PROGRAM
~CFG_INIT
CFG_DONE
~S2_CARD_DETECTED
AB3
AB4
AA4
AB5
AA5
W5
AB6
AA6
Y6
W6
AA7
Y7
W7
V7
AA8
Y8
W8
V8
AB9
Y9
W9
V9
AB10
Y10
W10
V10
AB11
Y11
W11
V11
U11
AA12
Y12
W12
V12
U12
AB13
AA13
Y13
V13
AA14
Y14
W14
V14
AB15
AA15
Y15
V15
AB16
Y16
W16
V16
AB17
AA17
Y17
W17
V17
AB18
AA18
Y18
W18
AB19
AA19
1
AB20
W20
AA20
~CB_CD[2:1]
TP148
1
~ASIC_ACK
V19
~ASIC_REQ
Y19
R129
97296
10K0
0.063W
±1%
2
~RST_ASIC
NC
S2_D[15:0]
3V3
CF_3V3EN
V22
CF_IN
V21
V20
PC_IN
~CF_PCD
U21
CF_PRDY
U20
NC
PCM_IN
TP112
1
U19
~PCM_STSCHG
T22
~PCM_PCD
T21
PCM_PRDY
T20
INPACK
T19
T18
PSKTSEL
R21
~PREG
R19
B5IO_AB3
B5IO_AB4
B5IO_AA4
B5IO_AB5
B5IO_AA5_VREF
B5IO_W5
B5IO_AB6
B5IO_Y6
B5IO_W6
B5IO_AA6
B5IO_AA7
B5IO_Y7
B5IO_V7
B5IO_W7
B5IO_AA8
B5IO_Y8
B5IO_V8
B5IO_W8_VREF
B5IO_AB9
B5IO_Y9
B5IO_W9
B5IO_V9
B5IO_AB10
B5IO_Y10_VREF
B5IO_V10
B5IO_W10
B5IO_W11
B5IO_AB11
B5I_Y11_GCK1
B5IO_V11
B5IO_U11
B4IO_AA12
B4IO_Y12
B4I_W12_GCK0
B4IO_V12
B4IO_U12
B4IO_AB13
B4IO_AA13_VREF
B4IO_Y13
B4IO_V13
B4IO_Y14
B4IO_W14
B4IO_AA14
B4IO_V14
B4IO_Y15
B4IO_AB15
B4IO_AA15
B4IO_V15
B4IO_Y16
B4IO_W16
B4IO_V16
B4IO_AB17
B4IO_AA17
B4IO_Y17
B4IO_W17
B4IO_V17
B4IO_AB18
B4IO_AA18
B4IO_Y18
B4IO_W18
B4IO_AA19
B4IO_AB20
B4IO_AB16_VREF
B3IO_W21
B6IO_Y1
B6IO_W3
B6IO_W2
B3IO_V22
B6IO_W1
B3IO_V21
B6IO_V4
B3IO_V20
B6IO_V3
B3IO_U22
B6IO_V2
B3IO_U21_VREF
B6IO_V1
B3IO_U20
B6IO_U4
B3IO_U19
B6IO_U2
B3IO_T22_D6
B6IO_U1
B3IO_T21
B6IO_T5
B3IO_T20
B6IO_T4
B3IO_T19
B6IO_T3_VREF
B3IO_T18
B6IO_T2
B3IO_R21_D5
B6IO_T1
Y2
NC
Y1
CB_AD0
W3
CB_AD2
W2
CB_AD1
W1
CB_AD4
V4
CB_AD3
V3
CB_AD6
V2
CB_AD5
CB_CBE[3:0]
CB_VS[2:1]
TP769
V1
CB_RFU40
U4
CB_AD7
U2
CB_AD8
U1
CB_CBE0
T5
CB_AD10
T4
T3
CB_AD9
NC
T2
CB_AD11
T1
CB_AD13
R5
CB_AD12
R4
CB_AD15
R2
CB_AD14
TP765
TP755
1
BD30
B3IO_W22
B6IO_Y2
1
U22
~CF_STSCHG
B3IO_Y21_D7
B4IO_AB19_VREF
W21
B4IO_AA20
W22
LOW_ENERGY_LATCH
B3IO_AA22
~PROGRAM
Y21
B3I0_V19_~INIT
AA22
B3O_DONE
CB_AD[31:0]
~CF_SLOT
CF_5VEN
NC
R18
B3IO_R19_VREF
B6IO_R5
B3IO_R18
B6IO_R4_VREF
1
2
TP880
2
1
P21
~PCE2
P19
P18
B3IO_P20
TP754
B6IO_R1
R1
CB_AD16
P4
CB_CBE1
TP738
1
P20
~PIOR
B6IO_R2
1
~PCE1
BD20
U19
9003332
XC2S150-5 FG456 I
B3IO_P21
B3IO_P19
B6IO_P4
TP634
1
~PIOW
N22
~POE
N21
N20
~PWE
NC
N18
N19
~PWAIT
NC
M22
~IOIS16
M20
~ASIC_CS5
M19
BD18
M18
B3IO_P18
B6IO_P3
B3IO_N22_D4
B6IO_P2
B3IO_N21_VREF
B6IO_N5
B6IO_N4
B3IO_N20
B3IO_N18
B6IO_N3
DGND;A1,A22,B2,B21,C3,C20,J9,J10,J11,J12,J13,J14
DGND;K9,K10,K11,K12,K13,K14,L9,L10,L11,L12,L13,L14
DGND;M9,M10,M11,M12,M13,M14,N9,N10,N11,N12,N13,N14
DGND;P9,P10,P11,P12,P13,P14,Y3,Y20,AA2,AA21,AB1,AB22
B3IO_N19
B3IO_M22_TRDY
B3IO_M20
B6IO_N2_VREF
B6IO_M6
B6IO_M5
VCC_INT;J7,J16,P7,P16,R7,R16,T7,T8,T9,T14,T15,T16
VCC_INT;E5,E18,F6,F17,G7,G8,G9,G14,G15,G16,H7,H16
VCC_INT;U6,U17,V5,V18
B3IO_M19
B3IO_M18
B6IO_M4
B6IO_M3
DVDD_5V;P5,V6,W13
VCC_B0;F7,F8,F9,F10,G10,G11
B6IO_M1_TRDY
P3
CB_RFU47
P2
CB_PAR
N5
~CB_BLOCK
N4
~CB_PERR
N3
~CB_STOP
N2
M6
~CB_GNT
NC
M5
~CB_DEVSEL
M4
M3
~CB_INT
NC
M1
~CB_TRDY
1
VCC_B1;F13,F14,F15,F16,G12,G13
L22
NC
NC
~MOE
L20
L18
L17
K22
NC
NC
K21
K20
J22
J21
MBGNT
J20
2
R241
97296
10K0
0.063W
±1%
J19
J18
H22
H20
H19
H18
BD7
D
G20
R54
97320
100K
0.063W
±1%
G19
G18
1
2
G21
1
R53
97320
100K
0.063W
±1%
TP111
1
2
B7IO_L5
VCC_B5;T10,T11,U7,U8,U9,U10
B2IO_L17
B7IO_L4
VCC_B6;M7,N6,N7,P6,R6,T6
B2IO_K22
B7IO_L3_IRDY
VCC_B7;G6,H6,J6,K6,K7,L7
B2IO_K21_VREF
B7IO_L1
B2IO_K20_D3
B7IO_K5
NO CONNECT: A2,A6,A12,A13,A14,B11,B16,C2,C8,C9,D1,D4
NO CONNECT: D18,D19,E13,E17,E19,F11,G2,G22,H21,J1,J4,K2
NO CONNECT: K18,K19,L2,L19,M2,M17,M21,N1,P1,P22,R3
NO CONNECT: R20,R22,U3,U18,W4,W15,W19,Y5,Y22,AA1
NO CONNECT: AA3,AA9,AA10,AA11,AA16,AB7,AB8,AB12,AB14,AB21
B2IO_J22
B2IO_J21
TP156
NC
B7IO_K4
B7IO_K3_VREF
B2IO_J20
B7IO_K1
L5
CB_CLK
L4
~CB_FRAME
L3
L1
~CB_IRDY
NC
K5
CB_AD17
K4
CB_CBE2
K3
CB_AD18
K1
CB_AD19
TP146
5V
B2IO_J19
B7IO_J5
NOTE: THE ABOVE NO CONNECTS ARE FOR THE FPGA
TP143
B2IO_J18
B7IO_J3
THE FOLLOWING ARE CONNECTED FOR THE ASIC
B2IO_H22_D1
B7IO_J2
B2IO_H20_D2
PLL_AVDD;A2
PLL_LOOP;D4
B7IO_H5
~RST_ASIC;E19
B2IO_H19
B7IO_H4_VREF
B2IO_H18_VREF
B7IO_H3
J5
J3
TP141
CB_AD20
3
J2
H5
~CB_RST
CB_AD21
H4
H3
~CB_SERR
CB_AD22
1
1
2
TP110
MBGNT
MBREQ
3V3
B2IO_L18
L6
1
MB_REQ
R244
97296
10K0
0.063W
±1%
1
B7IO_L6
VCC_B4;T12,T13,U13,U14,U15,U16
1
3V3
3
VCC_B3;M16,N16,N17,P17,R17,T17
B2IO_L20_IRDY
1
MEM_CTL
B2IO_L21
1
2
NC
1
1
~ASIC_CS5
R247
97296
10K0
0.063W
±1%
1
TP191
TP535
TP368
TP546
TP603
VCC_B2;G17,H17,J17,K16,K17,L16
1
3V3
B2IO_L22
1
L21
TP601
1
MRDY
D
BA25
F22
BA24
F21
BA23
F20
NC
2
R243
97296
10K0
0.063W
±1%
1
F18
E20
BA20
E21
BA19
E22
BA18
D22
BA17
D21
CFG_DATA
D20
BA16
C22
B7IO_H1
B2IO_G19
B7IO_G5
B2IO_G18
B7IO_G4
B2IO_F22
B7IO_G3
B2IO_F21_VREF
B7IO_G1
B2IO_F20
B7IO_F5
B2IO_F19
B7IO_F4
B2IO_F18
B7IO_F3
B2IO_E20
B7IO_F2
B2IO_E21
B7IO_F1
B2IO_E22
B7IO_E4
B2IO_D22
B7IO_E3
B2IO_D21
B7IO_E2_VREF
~CB_REQ
H1
CB_AD23
G5
CB_CBE3
G4
G3
G1
F5
CB_AD24
NC
CB_AD25
NC
F4
CB_AD26
F3
CB_AD28
F2
CB_AD27
F1
CB_AD30
TP132
E4
CB_AD29
E3
CB_AD31
TP140
B7IO_E1
B0IO_B3
B0IO_A3
B0IO_B4
B0IO_A4
B0IO_D5
B0IO_C5
B0IO_B5
B0IO_A5
B0IO_E6
B7IO_D2
B0IO_D6
B0IO_C6_VREF
B0IO_B6
B0IO_E7
B0IO_D7
B0IO_C7
B0IO_B7
B0IO_A7
B0IO_E8_VREF
B0IO_D8
B0IO_B8
B0IO_A8
B0IO_E9
B0IO_D9
B0IO_B9
B0IO_A9_VREF
B0IO_E10
B0IO_D10
B0IO_C10
B0IO_B10
B0IO_A10
B0IO_E11
B0I_C11_GCK3
B1IO_D11
B1I_A11_GCK2
B1IO_F12
B1IO_E12
B1IO_D12
B1IO_C12
B1IO_B12
B1IO_D13
B1IO_C13
B1IO_B13_VREF
B1IO_E14_VREF
B1IO_D14
B1IO_C14
B1IO_B14
B1IO_E15
B1IO_D15
B1IO_C15
B1IO_B15
B1IO_A15
B1IO_E16
B1IO_D16
B1IO_C16
B1IO_A16
B1IO_D17
B1IO_C17
B1IO_B17
B1IO_A17
B1IO_C18
B1IO_B18
B1IO_A18_VREF
B1IO_C19_~CS
B1IO_B19
B1IO_A19
B2I_CCLK
M0
B2IO_C21_DOUT_BUSY
M2
B2IO_C22
M1
B22
TCK
C21
TDI
NC
CFG_CLK
B2IO_D20_DIN_D0
B2O_TDO
2
R242
97296
10K0
0.063W
±1%
1
TMS
3V3
B1IO_A20_~WRITE
1
BA21
B7IO_H2
B2IO_G20
1
F19
BA22
B2IO_G21
H2
B7IO_C1
B7IO_B1
E2
E1
CB_RFU32
NC
D2
~CB_CLKRUN
C1
B1
B3
A3
B4
A4
D5
C5
B5
A5
E6
D6
C6
B6
E7
D
CB_3V3EN
NC
D7
C7
B7
A7
E8
NC
B8
D8
A8
E9
NC
D9
B9
A9
E10
NC
D10
B10
A10
C10
E11
C11
NC
A11
F12
D11
NC
E12
NC
D12
B12
C12
D13
C13
B13
NC
E14
D14
C14
B14
E15
D15
C15
B15
A15
NC
E16
D16
C16
A16
D17
C17
B17
A17
C18
B18
A18
B19
C19
A19
A20
AB2
4
BD0
BD1
BD2
BD3
BD4
BD5
BD6
BD8
BD9
BD10
BD11
BD12
BD13
BD14
BD15
BD16
BD17
BD19
BD21
BD22
BD23
BD24
BD25
BD26
BD27
BD28
BD29
BD31
BA0
BA1
BA2
BA3
BA4
BA5
BA6
BA7
BA8
BA9
BA10
BA11
BA12
BA13
BA14
CB_5VEN
TP104
BA15
Y4
U5
C4
TCK_FPGA
D3
B20
TDI_FPGA
TDO_FPGA
TMS_FPGA
2
ASIC_CFG
1
4
R240
97296
10K0
0.063W
±1%
A21
3V3
05-Oct-2005
~CB_CD1
1
JTAG_BUS
OCTOBER 20 2004
~CB_CD2
CB_VS1
SIGNATURES
DRAWN
CB_VS2
DATE
NOV 1
NGT TEAM
BA[25:0]
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
CB_AUDIO
APPVD
CB_STSCHG
BD[31:0]
1
1
CLK_48MHZ
32KHZ_ASIC
TP846
TP547
TITLE
SCHEMATIC 8525/8530 MAIN LOGIC BOARD
BUFFER ASIC
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
38481
S2_PULL_UPS
CB_PULL_UPS
ECO No.:
B
C
DRAWING NO.
C
REV
1008014
H
SHEET
OF
6
REL. DATE
A
SIZE
INTERIM REV
D
22
C
A
D
B
3V3
BYPASS CAPS FOR 5V TOLERANT I/O BANKS
5V
C227
97871
100N
±15%
16V
1
2
5V
C425
97372
10N
±5%
16V
1
2
C226
97871
100N
±15%
16V
1
2
1
2
C421
97372
10N
±5%
16V
D
1
2
TP116
TP119
8
5
D
D
D
D
3
CF_3V3EN
2
CF_5VEN
1
VCC_INT
VCC_B0
3V3
3V3
2
1
2
C259
97871
100N
±15%
16V
1
2
C258
97871
100N
±15%
16V
1
2
C257
97372
10N
±5%
16V
2
D
C264
97871
100N
±15%
16V
1
2
1
2
C263
97871
100N
±15%
16V
1
2
C262
97871
100N
±15%
16V
1
2
C220
97871
100N
±15%
16V
1
2
1
2
C221
97871
100N
±15%
16V
2
1
1
2
2
2
C233
97871
100N
±15%
16V
1
2
1
2
C231
97871
100N
±15%
16V
C250
97372
10N
±5%
16V
1
2
1
2
2
C223
97871
100N
±15%
16V
C224
97871
100N
±15%
16V
1
2
1
2
C268
97871
100N
±15%
16V
2
1
2
C267
97871
100N
±15%
16V
1
2
C266
97871
100N
±15%
16V
1
2
C265
97372
10N
±5%
16V
1
2
C236
97871
100N
±15%
16V
C234
97871
100N
±15%
16V
1
2
1
2
C239
97871
100N
±15%
16V
1
2
1
2
C237
97871
100N
±15%
16V
2
POPULATE FOR ASIC
VCC_B6
C251
97372
10N
±5%
16V
1
2
C241
97871
100N
±15%
16V
1
2
2
FAULT
R397
97453
0R0
0.063W
±5%
1
1
2
C242
97871
100N
±15%
16V
C240
97871
100N
±15%
16V
1
2
1
2
3V3
5V
2
CF_VCC
C229
97871
100N
±15%
16V
1
2
C255
97372
10N
±5%
16V
2
1
2
C435
97372
10N
±5%
16V
1
2
C455
97372 1
10N
±5%
16V
2
C228
97871
100N
±15%
16V
U49
9000979
AAT4650IHS
D
8
3V3
5
3
CB_3V3EN
1
VCC_INT
3V3
VCC_B3
2
2
CB_5VEN
VCC_B7
1
2
2
C271
97871
100N
±15%
16V
1
2
C270
97871
100N
±15%
16V
1
2
C269
97372
10N
±5%
16V
C244
97871
100N
±15%
16V
1
2
C245
97871
100N
±15%
16V
1
2
1
2
C243
97871
100N
±15%
16V
1
2
C252
97372
10N
±5%
16V
C378
94054
1U0
±10%
16V
C247
97871
100N
±15%
16V
1
1
2
1
2
C248
97871
100N
±15%
16V
C246
97871
100N
±15%
16V
1
2
1
2
C256
97372
10N
±5%
16V
POPULATE FOR FPGA
BYPASS FOR I/O BANK3
D
BYPASS CAPS FOR ASIC
VCC
CB_VCC
6
VCC3
VCC
CTL1
CTL0
FAULT
7
4
NC
GND
D
2
D
D
VCC5
1
1
1
C272
97871
100N
±15%
16V
1
R94
97320
100K
0.063W
±1%
2
2
R59
97320
100K
0.063W
±1%
TP6
1
TP117
1
BYPASS FOR I/O BANK6
D
TP118
R398
97453
0R0
0.063W
±5%
1
BYPASS FOR I/O BANK2
D
NC
D
D
D
4
GND
C254
97372
10N
±5%
16V
BYPASS FOR I/O BANK5
VCC_B2
C238
97871
100N
±15%
16V
1
CTL0
COMPACT FLASH
/ PCMCIA SLOT 0 POWER
1
1
7
VCC
D
VCC_B5
D
3V3
CTL1
C253
97372
10N
±5%
16V
TP125
VCC_INT
6
VCC
VCC3
BYPASS FOR I/O BANK4
C235
97871
100N
±15%
16V
1
BYPASS FOR I/O BANK1
D
C222
97871
100N
±15%
16V
3V3
VCC_B1
C232
97871
100N
±15%
16V
1
D
C379
94054
1U0
±10%
16V
D
3V3
C261
97372
10N
±5%
16V
C249
97372
10N
±5%
16V
1
BYPASS FOR I/O BANK0
D
VCC_INT
2
C219
97871
100N
±15%
16V
1
VCC5
VCC_B4
D
C260
97871
100N
±15%
16V
1
R57
97320
100K
0.063W
±1%
1
CF_VCC
1
1
2
R58
97320
100K
0.063W
±1%
TP8
1
2
U48
9000979
AAT4650IHS
D
C603
97871
100N
±15%
16V
C602
978711
100N
±15%
16V 2
1
1
2
C601
97871
100N
±15%
16V
1
1
C600
97871
100N
±15%
16V
1
D
D
D
BYPASS FOR I/O BANK7
BYPASS CAPS FOR ASIC I/O BANKS
CORE VOLTAGE
3
3
R396
97453
0R0
0.063W
±5%
ASIC CORE POWER
1
POPULATE FOR ASIC
CARDBUS/
PCMCIA SLOT 1 POWER
2
3V3
TP123
U101
TPS78625DCQ?
9004558
1
4
C418
97372
10N
±5%
16V
PLL_AVDD
2
1
2
C1123
9003428
10U
+80%/-20%
50V
1
2
2
C1124
97871
100N
±15%
16V
VOUT
VIN
BYPASS
EN
GND
GND
6
3
2
1
1
1
C273
97871
100N
±15%
16V
2
2
C1122
9003428
10U
+80%/-20%
50V
ASIC 32kHz CLOCK
3V3
D
D
C382
97871
100N
±15%
16V
1
2
TP850
5
D
VCC
D
1
1
2
1
R413
97292
6K81
63MW
1%
D
C376
97375
1N0
±10%
50V
1
TP873
2
5
1
D
2
PLL_LOOP
2
1
C91
97371
100P
±5%
50V
TP872
1
2
C377
97371
100P
±5%
50V
C375
97375
1N0
±10%
50V
1
1
1
C274
97871
100N
±15%
16V
32KHZ
4
2
TP882
1
GND
2
POPULATE FOR FPGA
U60
9000515
NC7SZ125P5X
3
4
05-Oct-2005
1
R142
97296
10K0
0.063W
±1%
4
ASIC PLL POWER
32KHZ_ASIC
1
FPGA CORE POWER
OCTOBER 20 2004
D
SIGNATURES
DRAWN
POPULATE ONLY FOR ASIC
DATE
NOV 1
NGT TEAM
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
SCHEMATIC 8525/30 MAIN LOGIC BOARD
ASIC SUPPORT CIRCUITRY
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
38481
ECO No.:
B
C
DRAWING NO.
C
REV
1008014
H
SHEET
OF
7
REL. DATE
A
SIZE
INTERIM REV
D
22
C
A
D
B
3V3_SWITCHED
3V3_SWITCHED
C449
97871
100N
±15%
16V
TP401
2
TP383
2
TP672
TP826
1
TP829
4
1
TP830
S2_CARD_ERROR
2
1
1
U70
5 NC7S02M5X
9002949
D
TP831
D
2
3V3_SWITCHED
3V3_SWITCHED
TP804
C447
97871
100N
±15%
16V
1
2
2
1
TP675
2
C405
97871
100N
±15%
16V
1
TP674
2
U68
5 NC7S86M5X
9002948
2
U73
NC7S04M5
97125
D
4
U69
5 NC7S02M5X
9002949
TP811
2
TP812
4
~S2_CARD_DETECTED
1
TP813
3
3
4
TP814
TP382
2
TP381
TP815
D
D
1
TP818
3
TP819
D
CF_VCC
TP820
2
U72
9004510
NC7SZ32M5X
TP337
2
5
TP822
CB_VCC
TP823
D
R291
97296
10K0
±1%
0.063W
2
1
R589
97296
10K0
0.063W
±1%
TP821
C434
97871
100N
±15%
16V
1
3V3_SWITCHED
1
1
4
2
~CF_PC_OE
TP824
TP847
TP848
1
~S2_OE
3
TP849
97453 R220
0R0
±5% 0.063W
D
COMPACT FLASH / PCMCIA SLOT 0 CARD ENABLE
1
2
IN
OUT
2
3
TP11
D
2
1
2
D
2
1
C92
9003429
10U
+80%/-20%
16V
2
C80
9003429
10U
+80%/-20%
16V
1
2
C230
97871
100N
±15%
16V
1
1
2
2
D
C416
97372 1
10N
±5%
16V
2
C139
97871
100N
±15%
16V
D
D
D
27
S2_D12
28
S2_D13
29
S2_D14
30
31
1
1
1
1
1
TP587
1
~S2_CE2
32
33
CB_AD6
1
CB_AD7
1
CB_AD8
1
CB_AD9
CB_AD7
88
CB_AD8
89
CB_CBE0
90
CB_AD10
91
1
92
CB_AD10
1
CB_AD11
1
CB_AD12
1
CB_AD13
1
CB_AD9
93
CB_VS1
94
CB_AD11
95
CB_AD13
96
CB_AD12
97
CB_AD15
98
CB_AD14
1
CB_AD15
1
CB_AD16
CB_AD14
1
99
CB_AD17
100
1
CB_AD18
1
CB_AD19
1
CB_AD16
101
CB_CBE1
102
103
104
105
106
107
109
110
111
~CB_INT
114
~CD1
GND1
D11
D3
D12
D4
D13
D5
D14
D6
D15
D7
~CE2
~CE1
~VS1
A10
~IORD
~OE
38
TP577
1
1
1
1
1
TP584
S2_A25
39
~S2_VS2
40
41
S2_RST
42
~S2_WAIT
43
~S2_INPACK
44
~S2_REG
1
3
TP586
TP585
1
S2_BVD2
45
S2_BVD1
46
S2_D8
47
S2_D9
48
S2_D10
49
50
TP580
CF_VCC
1
1
1
52
R266
97296
10K0
±1%
0.063W
~IOWR
A9
~WE
A8
RDY_BSY_IREQ
A7
VCC1
VCC2
~CSEL
A6
~VS2
A5
RESET
A4
~WAIT
A3
~INPACK
A2
~REG
A1
BVD2_~SPKR
A0
BVD1_~STSCHG
D0
D8
D1
D9
D2
D10
GND2
MT2
WP_~IOIS16
~CD2
MT1
115
CB_CLK
116
~CB_TRDY
1
117
~CB_IRDY
2
S2_D3
3
S2_D4
4
S2_D5
5
S2_D6
6
S2_D7
7
~S2_CE1
118
8
S2_A10
TP834
CB_VCC
CB_VCC
TP835
1
TP581
R298
97296
10K0
±1%
0.063W
R292
97296
10K0
±1%
0.063W
TP836
TP837
TP838
1
9
TP839
10
S2_A9
11
S2_A8
12
S2_A7
TP840
1
S2_D14
S2_A6
15
S2_A5
16
S2_A4
17
S2_A3
18
S2_A2
19
S2_A1
20
S2_A0
1
S2_D13
1
S2_D12
1
S2_D11
1
S2_D10
1
S2_D9
1
S2_D8
21
S2_D1
23
S2_D2
CB_AD25
1
CB_CBE2
120
CB_AD17
121
CB_AD18
122
CB_AD19
123
CB_AD20
124
CB_VS2
125
CB_AD26
1
CB_AD27
1
CB_AD28
1
CB_AD29
126
1
CB_AD30
CB_AD21
1
127
128
1
TP616
CB_AD22
TP615
TP613
130
CB_AD23
CB_VCC
CB_VCC
TP610
TP609
R308
97296
10K0
±1%
0.063W
131
132
~CB_REQ
TP612
TP611
129
~CB_SERR
TP614
S2_D0
22
CB_AD24
1
~CB_RST
S2_D15
13
14
119
~CB_FRAME
2
37
S2_RDY
2
86
87
R307
97296
10K0
±1%
0.063W
TP841
CB_AD24
CB_AD31
133
1
134
1
36
~S2_WE
2
1
112
2
35
~S2_IOWR
2
CB_AD5
CB_AD5
1
34
CB_CBE3
135
CB_AD25
136
137
CB_AUDIO
CB_AD26
138
139
CB_STSCHG
24
25
S2_D7
51
D
D
1
1
~S2_IOIS16
S2_D6
1
S2_D5
1
S2_D4
1
S2_D3
1
S2_D1
1
S2_D2
1
1
S2_D0
1
~CF_PC_OE
CB_AD27
140
CB_AD28
141
CB_VCC
~CF_CD2
1
TP579
85
~CB_GNT
1
~S2_VS1
~S2_IORD
R139
97296
10K0
±1%
0.063W
CB_AD6
D
2
S2_D15
CF_VCC
84
CB_AD4
1
PLACE CAPACITORS NEAR CARDBUS CONNECTOR
S2_D11
TP588
TP576
CB_AD3
1
~CB_DEVSEL
J2
N7E50-N516TC-50
9006579
26
TP575
83
113
~CF_CD1
TP573
82
CB_AD3
CB_AD2
2
2
C147
97871
100N
±15%
16V
1
3
TP572
81
CB_AD4
CB_AD1
1
D
GND
TP571
CB_AD1
CB_AD0
1
1
TP608
TP607
TP606
TP336
TP330
R309
97296
10K0
±1%
0.063W
142
CB_AD29
143
CB_AD30
144
1
OUT
80
145
CB_RFU32
CB_AD31
TP204
146
TP625
TP243
147
~CB_CLKRUN
~CB_CD2
148
CB_AD[31:0]
149
CB_AD[31:0]
S2_D[15:0]
S2_D[15:0]
150
~CB_CD2
S2_A[25:0]
S2_A[25:0]
TP842
S2_BVD2
S2_BVD1
2
2
1
S2_A16
1
S2_A15
1
S2_A14
1
S2_A13
1
S2_A12
1
S2_A11
1
COMPACT FLASH
S2_A10
1
S2_A9
1
S2_A8
1
S2_A7
1
S2_A6
1
S2_A5
1
~S2_VS1
S2_A4
1
S2_A3
1
~S2_VS2
S2_A2
1
S2_A1
1
S2_A0
1
1
A2/PC_D3
B37/CAD2
A37/PC_D11
B3/CAD1
A3/PC_D4
B38/CAD4
A38/PC_D12
B4/CAD3
A4/PC_D5
GND_84
GND_9
B39/CAD6
A39/PC_D13
B5/CAD5
A5/PC_D6
B40/RFU
A40/PC_D14
B6/CAD7
A6/PC_D7
B41/CAD8
A41/PC_D15
B7/CCBE0
A7/PC_~CE1
B42/CAD10
A42/PC_~CE2
GND_92
GND_17
B8/CAD9
A8/PC_A10
B43/CVS1
A43/PC_~VS1
B9/CAD11
A9/PC_~OE
A44/PC_~IORD
B44/CAD13
B10/CAD12
A10/PC_A11
B45/CAD15
A45/PC_~IOWR
B11/CAD14
A11/PC_A9
GND_100
GND_25
B46/CAD16
A46/PC_A17
B12/CCBE1
A12/PC_A8
B47/RFU
A47/PC_A18
B13/CPAR
A13/PC_A13
B48/~CBLOCK
A48/PC_A19
B14/~CPERR
B49/~CSTOP
GND_108
B15/~CGNT
A14/PC_A14
A49/PC_A20
GND_33
A15/PC_~WE
B50/~CDEVSEL
A50/PC_A21
B16/~CINT
A16/PC_READY_~IREQ
B17_B51_1/VCC
A17_A51_1/PC_VCC1
B17_B51_2/VCC
A17_A51_2/PC_VCC1
B18_B52/VPP/VCORE
A18_A52/PC_VPP1
B19/CCLK
A19/PC_A16
B53/~CTRDY
A53/PC_A22
B20/~CIRDY
A20/PC_A15
GND_118
GND_43
B54/~CFRAME
A54/PC_A23
B21/CCBE2
A21/PC_A12
B55/CAD17
A55/PC_A24
B22/CAD18
A22/PC_A7
B56/CAD19
A56/PC_A25
B23/CAD20
A23/PC_A6
B57/CVS2
A57/PC_~VS2
GND_126
GND_51
B24/CAD21
A24/PC_A5
B58/~CRST
A58/PC_RESET
B25/CAD22
A25/PC_A4
B59/~CSERR
A59/PC_~WAIT
B26/CAD23
A26/PC_A3
B60/~CREQ
A60/PC_~INPACK
B27/CAD24
A27/PC_A2
GND_134
GND_59
B61/CCBE3
A61/PC_~REG
B28/CAD25
A28/PC_A1
B62/CAUDIO
A62/PC_BVD_~SPKR
B29/CAD26
B63/CSTSCHG
A29/PC_A0
A63/PC_BVD1_~STSCHG
B30/CAD27
B64/CAD28
GND_142
A30/PC_D0
A64/PC_D8
GND_67/
B31/CAD29
A31/PC_D1
B65/CAD30
A65/PC_D9
B32/RFU
A32/PC_D2
B66/CAD31
B33/~CCLKRUN
B67/~CCD2
A66/PC_D10
A33/PC_WP_~IOCS16
A67PC_CD2
B34/GND
A34/PC_GND3
B68/GND
A68/PC_GND4
MTG2
MTG1
MTG4
MTG3
~PC_CD1
4
S2_D3
5
S2_D11
6
S2_D4
7
S2_D12
8
S2_D5
1
9
10
S2_D13
11
S2_D6
12
S2_D14
13
S2_D7
14
S2_D15
15
~S2_CE1
16
~S2_CE2
17
S2_A10
18
19
~S2_VS1
20
~CF_PC_OE
21
~S2_IORD
S2_A11
22
23
~S2_IOWR
S2_A9
24
25
26
S2_A17
27
S2_A8
28
S2_A18
29
S2_A13
30
S2_A19
31
S2_A14
32
S2_A20
33
34
36
S2_RDY
37
TP113
38
39
40
S2_A16
41
S2_A22
42
S2_A15
C81
9003429
10U
+80%/-20%
16V
43
2
1
1
2
2
C417
973721
10N
±5%
16V 2
CF_VCC
1
FL10
9000989
NEF13PT222Z1E9
C225
1
97871 2
OUT
IN
100N
GND
±15%
16V
3
1
C138
97871
100N
2
±15%
16V
S2_A23
44
D
45
S2_A12
46
S2_A24
47
S2_A7
48
S2_A25
49
S2_A6
D
D
D
D
PLACE CAPACITOR NEAR CF CONNECTOR
50
~S2_VS2
51
S2_A5
52
53
S2_RST
S2_A4
54
55
~S2_WAIT
S2_A3
56
57
~S2_INPACK
S2_A2
58
59
60
~S2_REG
S2_A1
61
3
62
S2_BVD2
S2_A0
63
64
S2_BVD1
65
S2_D0
66
S2_D8
67
S2_D1
68
S2_D9
69
70
S2_D2
71
S2_D10
72
~S2_IOIS16
73
~PC_CD2
74
75
151
153
D
D
PCMCIA / CARDBUS - SLOT 1
TP198
PCMCIA - SLOT 0
TP562
TP522
~CB_CD[2:1]
TP521
~CB_CD[2:1]
TP520
TP515
S2_A[25:0]
S2_A[25:0]
CB_CBE[3:0]
TP518
CB_CBE[3:0]
TP502
TP199
S2_D[15:0]
S2_D[15:0]
TP200
4
TP54
TP149
05-Oct-2005
TP599
TP598
CB_VS2
CB_PULL_UPS
TP597
1
CB_VS1
TP596
TP595
TP594
TP593
TP592
R310
97296
10K0
±1%
0.063W
R314
97296
10K0
±1%
0.063W
1
TP794
TP800
0.063W
±1%
10K0
97296
R627
OCTOBER 20 2004
0.063W
±1%
10K0
97296
R626
SIGNATURES
DRAWN
DATE
NOV 1
NGT TEAM
PSION TEKLOGIX INC
2004
CHKD
CB_VS[2:1]
MISSISSAUGA ONTARIO
CB_VS[2:1]
CB_PULL_UPS
APPVD
TITLE
SCHEMATIC 8525/8530 MAIN LOGIC BOARD
CF CARD / PCMCIA INTERFACE
TP591
TP590
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
CB_VS1
38481
ECO No.:
C
SIZE
DRAWING NO.
C
INTERIM REV
REV
1008014
J
SHEET
OF
8
REL. DATE
B
R219
97453
0R0
0.063W
±5%
CB_CBE0
CB_VS2
A
2
~S2_WE
S2_A21
35
1
1
S2_A17
CB_CBE1
2
1
TP565
B2/CAD0
2
3
1
1
1
S2_A18
TP845
2
1
S2_A19
1
1
S2_A20
TP582
A36/PC_~CD1
1
1
R290
97296
10K0
±1%
0.063W
1
TP844
TP583
A1/PC_GND1
B36~CCD1
~CB_CD1
S2_PULL_UPS
4
R289
97296
10K0
±1%
0.063W
S2_A21
TP670
154
B1/GND
1
1
1
1
R287
97296
10K0
±1%
0.063W
1
1
2
TP53
R286
97296
10K0
±1%
0.063W
2
S2_BVD[2:1]
S2_BVD[2:1]
1
S2_A22
152
TP776
2
CF_VCC
1
S2_A23
CB_CBE2
TP770
~CB_CD2
~S2_VS[2:1]
~S2_VS[2:1]
S2_A24
1
1
~S2_CE[2:1]
~S2_CE[2:1]
TP843
TP671
~CB_CD1
2
S2_A25
1
CB_CBE3
1
S2_D[15:0]
A35/PC_GND2
B35/GND
1
IN
79
CB_AD2
~CB_STOP
D
C286
97871
100N
±15%
16V
1
1
CB_AD0
~CB_PERR
2
1
78
108
FL9
9000989
NEF13PT222Z1E9
2
77
~CB_CD1
~CB_BLOCK
TP122
1
0R0
R218
0.063W
±5%
97453
CF_VCC
SIGNAL NAMES AS PER PC CARD STANDARD RELEASE 8.0
RFU: RESERVED FOR FUTURE USE
1
CB_AD23
CB_PAR
GND
2
TP578
CB_AD22
1
1
CB_RFU47
FL12
9000989
NEF13PT222Z1E9
1
R137
97296
10K0
±1%
0.063W
1
76
LOWER SLOT
CB_VCC
R136
97296
10K0
±1%
0.063W
CB_AD21
CB_RFU40
5
2
1
~CF_CD2
TP805
1
D
~CF_CD1
C448
97871
100N
±15%
16V
1
D
1
1
1
R424
97296
10K0
0.063W
±1%
TP803
D
3V3_SWITCHED 3V3_SWITCHED
R188
97296
10K0
0.063W
±1%
TP801
TP802
3V3_SWITCHED
3
TP574
1
3
4
~PC_CD2
TP570
CB_AD20
1
~PC_CD1
1
1
TP673
S2_D[15:0]
J5
9003440
1123215-1
TP402
U71
5 NC7SP08P5X
9001584
D
1
2
1
R187
97296
10K0
0.063W
±1%
1
2
R164
97296
10K0
0.063W
±1%
C432
97871
100N
±15%
16V
1
UPPER SLOT
1
3V3_SWITCHED
3V3_SWITCHED
D
22
C
A
D
B
TP1077
TP773
TP771
E6
1
3V3
2
OSCO
~MQ1188_CS2
K8
~MOE
L9
~PWE
K6
TP772
L8
DQM1
M7
MRDY
L7
~MQ1188_IRQ
K9
~CS
OSCR
CLK_3M6864
AVDD18
~BE0
AVDDP1
~BE1
AVDDP2
RDY
AGND18
~IRL
AGNDP1
H3
2
D1
1
182K
±1%
0.063W
BA16
J2
BA15
J3
BA14
J1
BA13
K2
BA12
K3
BA11
L1
BA10
M1
BA9
L2
BA8
M2
BA7
L3
BA6
M3
BA5
K4
BA4
L4
BA3
K5
BA2
L5
BA1
L6
BD15
M9
BD14
M10
BD13
L10
BD12
M11
2
BD11
L11
BD10
M12
BD9
K10
BD8
L12
BD7
K11
BD6
J12
BD5
K12
BD4
J10
BD3
J11
BD2
H11
BD1
H10
BD0
G12
BD[15:0]
3V3
MQ_GPIO
3V3
C1
2
C354
97372
10N
±5%
16V
2
PORTRAIT ( on Huey & Calvin)
MQ_GPIOC
G10
A13
FD23
A12
FD22
A11
FD21
A10
FD20
A9
FD19
A8
FD18
A7
FD15
A6
A5
A4
A3
A2
FD14
FD13
FD12
FD11
FD10
FD7
A1
D15
D14
D13
FD6
FD5
FD4
FD3
D12
FD2
FSCLK
D10
D9
FLCLK_GPIO16
D8
FMOD_GPIO15
D7
FVSYNC_GPIO14
D6
FHSYNC_GPIO13
D5
FDE_GPIO12
D4
ENVEE_GPIO11
D3
ENVDD_GPIO10
D2
PWM1_GPIO18
D1
PWM0_GPIO17
P1DP
BS~_GPIO7
GPIO20
GPIO21
F3
SDIO_D3
E3
D
3
E2
D2
SDIO_CMD
2
R181
97296
10K0
0.063W
±1%
D8
SDIO_WP
D7
SDIO_CD
1
2
R182
97296
10K0
0.063W
±1%
D6
1
2
R185
97296
10K0
0.063W
±1%
1
2
R184
97296
10K0
0.063W
±1%
3V3
3V3
3V3
1
R246
97296
10K0
0.063W
±1%
1
2
3V3
D5
TP856
1
TP855
D4
1
E4
F4
G4
H4
~EN_USB_PULLUP
J4
EN_USB_HUB_PWR
J5
PVDD
PGND
C10
C9
A9
B9
B8
C8
A8
C7
B7
C6
B6
A6
2
C5
P2DP
P2DN
SRCLK_GPIO40
SDD0_GPIO60
SMCLK_GPIO41
SDD1_GPIO61
SDD2_GPIO62
SDD3_GPIO63
SDCLK_GPIO64
SDCMD_GPIO65
SCLK_GPIO42
FSYNC_GPIO43
SIN_GPIO44
SOUT_GPIO45
1
TP55
C4
B3
1
1
B2
R367
9004471
18R2
0.063W
±1%
B4
C3
D3
1
2
C380
97871
100N
±15%
16V
1
2
C381
97871
100N
±15%
16V
1
2
C383
97871
100N
±15%
16V
C384
97871
100N
±15%
16V
1
2
1
2
C385
97871
100N
±15%
16V
A3
2
L4
96331
PLP3216S551SL2
2
TP34
MEDIAQ_USB_DEVICE_PLUS
4
3
1
2
TP69
1
1
2
R368
9004471
18R2
0.063W
±1%
A1
B1
97453
MEDIAQ_USB_DEVICE_MINUS
R239
MEDIAQ_USB_DEVICE
1
2
0.063W
0R0
±5%
C2
TP100
place as close as possible to mq1188
A2
PWM_CCFL_DIM
E12
D12
3V3
C12
HOST_USB
E7
1
C386
97871
100N
±15%
16V
2
B12
A12
H_USB_PLUS
TP78
1
D
~SS_GPIO50
VID7_GPIO77
SCK_GPIO51
VID6_GPIO76
VID5_GPIO75
MOSI_GPIO52
MISO_GPIO53
VID4_GPIO74
VID3_GPIO73
VID2_GPIO72
VID1_GPIO71
VID0_GPIO70
LED_GPIO54
~PCIMD_GPIO5
MD3_GPIO3
MD2_GPIO2
VCLK_GPIO78
MD1_GPIO1
VHSYNC_GPIO79
MD0_GPIO0
VVSYNC_GPIO80
MVDD1_H12
FVDD2_A10
R370
97234
27R4
0.063W
±1%
H_USB_MINUS
TP157
F9
PWR_AMP_ON
E9
AUDIO_EN
D9
~USB_RESET
D11
J6
~TP_CS
J7
TP_DCLK
J8
TP_DIN
J9
TP_DOUT
3
3V3_SWITCHED
G3
3V3
TP403
~HEATER_INSTALLED
R251
97296
10K0
0.063W
±1%
R165
97296
10K0
0.063W
±1%
MGND2_G7
MGND1_H8
CVDD2_M8
FVDD1_A3
E8
E5
DISPLAY_CFG
F5
G5
~3V3_PWR_OFF
H5
3V3
TP93
H1
H12
G7
H8
R265
97296
10K0
0.063W
±1%
1
BVDD1_F12
R369
97234
27R4
0.063W
±1%
2
G9
1
BVDD3_K1
BVDD2_M4
1
TP64
H9
2
TOUCH_BUS
CORE POWER
A10
0R0
±5%
0.063W
97453
R249
TP79
B5
GPIO25
I/O POWER
F12
D
B10
CVDD1_A7
CGND2_H7
CGND1_F7
1
~EN_USB_DEV
D
2
2
M4
3V3
D
A11
D
GPIO24
MVDD2_H1
K1
3
2
B11
1
1
R245
97296
10K0
0.063W
±1%
2
3V3
3V3
1
1
SDIO_D2
1
P1DN
GPIO23
I2S CODEC
TP57
1
2
C11
GPIO22
SPI
F2
GND
D0
VIDEO INTERFACE
SDIO_D1
BYP
D11
SECURE DIGITAL I/F
1
G2
1
1
SDIO_D0
IN
1
~TP_INSTALLED F10
OUT
D
2
DTB_PU_DRIVE G11
4
C1095
94054
1U0
±10%
16V
3
A14
1
1
F11
2
1
3V3
R166
97296
10K0
0.063W
±1%
R599
97296
10K0
0.063W
±1%
TP152
1
E10
VIN
FL6
9000989
NEF13PT222Z1E9
GND
1
1
A15
2
MQ_GPIOB
2
2
D
C1096
94054
1U0
±10%
16V
1
E11
VOUT
ENABLE
D
D
3
5
TP63
1
MQ_GPIOA
1
C50
97871
100N
±15%
16V
VCC
GND
2
1
U11
MIC5247-1.5BM5
150MA 9001598
2
D
USB
FUNCTION
2
R250
97296
10K0
0.063W
±1%
3V3
U67
9000515
NC7SZ125P5X
A16
USB
HOST
K7
4
2
C457
97372
10N
±5%
16V
A17
1
3V3_SWITCHED
SDIO_CARD
5
1
C393
97871
100N
±15%
16V
1
2
2
DISPLAY_CFG
1
2
C392
97871
100N
±15%
16V
A4
2
1
1
±1%
0.063W
10K0
97296
R237
TP101
SDIO_CLK
M5
1
1
1V5
1
C391
97871
100N
±15%
16V
1
A5
2
MQ_GPIOC
R56
9004472
44R2
0.063W
±1%
2
AGNDP2
TP767
M6
D21
94543
MBR0530T
30V_500MA
MQ1188_PWR
A18
FPI INTERFACE
H2
BA17
INTEL SA-1110 / PSA2X0
HOST BUS INTERFACE
BA18
3V3
E1
~OE
~WR
MQ1188 POWER
97326
1
1
DQM0
BA[25:0]
R600
97296
10K0
±1%
0.063W
1
G1
R36
SDRAM_CTL
R180
97296
10K0
0.063W
±1%
~PDWN_GPIO4
1
PCM_IN
IRQ_BUS
OSCI
C106
9001581
33P
±5%
50V
TP85
2
1
MEM_CTL
~POR
1
F1
1
D10
R29
97872
1M00
0.063W
±1%
1
2
1
~MQ1188_PWRDN
1
TP91
U37
9001562
MQ1188-GBE
~SA2_RESET
~TP_IRQ
M8
EN_SDIO_PWR
D
A7
H7
MQ1188_PWR
F7
DGND;F8,F6,G6,H6,G8,
D
D
1
2
C390
97871
100N
±15%
16V
1
2
C387
97871
100N
±15%
16V
1
2
C388
97871
100N
±15%
16V
1
2
C389
97871
100N
±15%
16V
1
2
C456
97372
10N
±5%
16V
D
R135
97276
1K50
0.063W
±1%
1
TP65
1
~EN_USB_DEV
3
4
05-Oct-2005
1
1
1
3V3_SWITCHED
Q44
BSS84
9000501
50V_350MW
2
TP1075
2
TP768
4
3V3
R70
97320
100K
0.063W
±1%
2
1
OCTOBER 20 2004
SIGNATURES
DRAWN
USB / SDIO CONTROLLER
NGT TEAM
DATE
NOV 1
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
SCHEMATIC 8525/30 MAIN LOGIC BOARD
USB/SDIO CONTROLLER
38481
ECO No.:
B
C
DRAWING NO.
C
REV
1008014
H
SHEET
OF
9
REL. DATE
A
SIZE
INTERIM REV
D
22
C
A
D
B
1
1
TP335
1
3V3
1
2
SS_CLK_48MHZ
2
R606
97453
0R0
0.063W
±5%
1
R590
97296
10K0
0.063W
±1%
2
TP3
1
~SS_CLK_PWR_EN
1
3
TP676
1
2
C450
97871
100N
±15%
16V
1
C356
97372
10N
±5%
16V
2
1
2
C137
97371
100P
±5%
50V
1
2
2
C451
97871
100N
±15%
16V
2
TP404
TP677
X6
ABMC2-10.0000MHZ-18-60-D
9003435
3V3
1
D
R607
97453
0R0
0.063W
±5%
1
4
3
1
2
2
R92
97453
0R0
0.063W
±5%
1
R610
97453
0R0
0.063W
±5%
1
5
D
2
1
Q35
9000501
BSS84
1
2
1
C355
9000585
4P7
±2.5P
50V
2
VCC
U66
9001865
MK1714-01RI?
C211
9000585
4P7
±2.5P
50V
2
1
D
D
2
2
4
3
1
TP4
GND
4
11
1
U59
9000515
NC7SZ125P5X
3
16
14
D
9
6
TP333
5
1
1
12
TP678
18
~SS_PWR_DWN
R608
97453
0R0
0.063W
±5%
1
R609
97453
0R0
0.063W
±5%
1
VDD1
X2
OE
1
19
TP334
VDD2
REF
XSEL
CLK
S0
NC
20
NC
10
1
15
NC
S1
S2
S3
GND1
S4
GND2
LEE
GND3
~PD
GND4
7
2
R611
97453
0R0
0.063W
±5%
8
13
17
2
R45
97453
0R0
0.063W
±5%
1
C404
97372
10N
±5%
16V
2
1
1
2
2
2
X1
1
CLK_48MHZ
R603
97296
10K0
0.063W
±1%
D
D
3
3
SPREAD SPECTRUM CLOCK GENERATOR
4
4
05-Oct-2005
OCTOBER 20 2004
SIGNATURES
DRAWN
NGT TEAM
DATE
NOV 1
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
SCHEMATIC 8525/30 MAIN LOGIC BOARD
SPREAD SPECTRUM CLOCK GENERATOR
38481
ECO No.:
B
C
DRAWING NO.
C
REV
1008014
H
SHEET
OF
10
REL. DATE
A
SIZE
INTERIM REV
D
22
C
A
D
B
BA[25:0]
BD[31:0]
TP542
TP696
1
TP690
TP689
TP688
TP687
TP692
TP691
TP686
TP685
TP693
TP694
TP684
TP695
TP683
TP552
TP551
TP550
TP549
TP545
TP543
TP860
1
BA22
1
BA21
1
BA20
1
BA19
1
BD30
BD29
BD28
BD27
BD26
1
1
1
1
1
1
TP728
TP727
U13
9002773
S1D13806F00A100
BA[25:0]
TP726
BA20
6
BA19
7
BA18
8
BA17
9
BA16
10
BA15
11
BA14
12
BA13
13
BA12
14
BA11
15
TP725
TP724
TP723
BA18
1
BA17
1
BA16
1
BA15
1
BA14
1
BA13
1
BA12
1
BA11
1
BA10
1
BA9
1
BA8
1
BA7
1
BA6
1
BA5
1
BA4
1
BA3
1
BA2
1
BA1
1
BA0
1
BD24
BD23
BD22
BD21
BD20
BD19
BD18
BD17
BD16
BD15
BD14
BD13
BD12
BD11
BD10
BD9
BD8
BD7
BD6
BD5
BD4
BD3
BD2
BD1
BD0
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
TP707
TP706
TP705
TP704
TP703
TP702
BA10
16
BA9
17
BA8
18
BA7
19
TP701
TP700
TP699
TP697
BA6
20
TP698
BA5
21
BA4
22
BA3
23
BA2
24
TP708
TP709
TP710
TP711
BA1
25
TP712
26
TP713
A20
FD23
A19
FD22
A18
FD21
A17
FD20
A16
FD19
A15
FD18
A14
FD17
A13
FD16
A12
FD15
A11
FD14
A10
FD13
A9
FD12
A8
FD11
A7
A6
A5
A4
40
BD14
41
TP715
TP716
BD13
42
BD12
43
BD11
44
BD10
45
BD9
46
BD8
47
TP717
TP718
TP719
TP720
TP721
BD7
48
BD6
49
BD5
50
2
BD4
51
BD3
52
BD2
53
BD1
54
BD0
55
FD9
FD8
FD7
FD6
A2
FD5
A1
A0
BD[15:0]
BD15
FD10
A3
D
TP714
FPI INTERFACE
TP537
BD31
BA23
D15
D14
D13
HOST BUS INTERFACE
TP517
BA25
1
D12
D11
D10
D9
D8
FD4
FD3
FD2
FD1
FD0
FPFRAME
INTEL PXA-255
TP514
FPLINE
FPSHIFT
DRDY
VMP0
D7
VMP1
D6
VMP2
D5
VMP3
D4
VMP4
D3
VMP5
D2
VMP6
D1
VMP7
D0
MEM_CTL
GPIO0
GPIO1
MRDY
39
35
~SA2_RESET
PCM_IN
DQM0
34
DQM1
33
~PWE
SDRAM_CTL
~MOE
3V3
32
31
30
29
~LCD_CS3
28
GPIO2
~RESET
GPIO3
RD_~WR/~CE1
GPIO4
~WE1/~CE2
GPIO5
~WE0/~WE
GPIO6
~RD/~OE
GPIO7
~BS/VDD
GPIO8
M/~R
GPIO9
~CS
GPIO10
1
TP881
BA21
~WAIT
GPIO11
60
SDCLK2
66
SS_CLK_48MHZ
64
62
BUSCLK
GPIO12
2
142
3
141
140
139
138
CLKI3
RED
CNF0
BLUE
CNF1
HRTC
CN2
VRTC
CNF3
IREF
59
72
79
88
99
108
121
144
CNF5
COREVDD1
CNF6
COREVDD2
CNF7
TP861
LCD_FD17
100
LCD_FD16
98
LCD_FD15
97
LCD_FD14
96
LCD_FD13
95
LCD_FD12
94
LCD_FD11
93
LCD_FD10
91
LCD_FD9
90
LCD_FD8
87
LCD_FD7
86
LCD_FD6
85
LCD_FD5
84
LCD_FD4
83
LCD_FD3
82
LCD_FD2
81
LCD_FD1
80
LCD_FD0
TP190
TP189
1 TP188
1 TP187
1
1
74
77
1
124
126
1
1
127
128
129
130
1
1
1
131
1
TP164
1
IN
OUT
DRDY
3
GND
TP168
2
2
D
TP166
TP165
TP175
TP192
TP193
1 TP194
1
1
TP180
71
VSH_EN
70
VGH_EN
69
VGL_EN
68
67
65
63
61
57
137
1
1
1
1
1
136
135
134
1
1
1
TP169
TP173
TP172
TP171
TP170
TP178
TP177
TP176
112
115
117
119
120
113
1
1
1
1
1
1
TP181
TP182
TP183
TP184
TP185
TP186
3
27
89
3V3
122
DTESTEN
IOVDD1
IOVDD2
VSS1
IOVDD3
VSS2
IOVDD4
VSS3
IOVDD5
VSS4
IOVDD6
1
37
C1121
97871
100N
±15%
16V
1
73
2
92
1
2
C1118
97871
100N
±15%
16V
1
2
C1119 1
97871
100N
±15% 2
16V
C1120 1
97871
100N
±15% 2
16V
C394
97871
100N
±15%
16V
1
2
C395
97372
10N
±5%
16V
1
2
109
C396
97871
100N
±15%
16V
1
2
C397
97871
100N
±15%
16V
1
2
C400
97871
100N
±15%
16V
1
2
C398
97871
100N
±15%
16V
1
2
C399
97372
10N
±5%
16V
123
VSS5
D
VSS6
DVDD1
VSS7
DVDD2
38
132
FL11
98136
BLM21A102S?
200MA
TP195
VSS8
VSS9
DVSS1
AVDD2
DVSS2
AVDD3
110
1
114
1
116
2
118
FPSHIFT
FL7
9004216
NFW31SP107X1E4L
78
125
LCD_CNTRL
FPFRAME
FPLINE
75
D
111
3V3
AVSS1
NC1
AVSS2
TEST
C458
1
97372
10N
±5%
2
16V
C403
97871
100N
±15%
16V
1
2
C401
97871
100N
±15%
16V
1
2
C402
97871
100N
±15%
16V
1
2
2
C336
94054
1U0
±10%
16V
76
133
D
R588
97453
0R0
0.063W
±5%
D
1
2
LCD_DATA
102
101
TESTEN
AVDD1
58
143
1
103
1
56
36
104
CNF4
COREVDD3
5
105
CLKI2
GREEN
3
106
CLKI
3V3
4
107
D
4
4
05-Oct-2005
LCD CONTROLLER
OCTOBER 20 2004
SIGNATURES
DRAWN
NGT TEAM
DATE
NOV 1
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
SCHEMATIC 8525/30 MAIN LOGIC BOARD
LCD CONTROLLER
38481
ECO No.:
B
C
DRAWING NO.
C
REV
1008014
H
SHEET
OF
11
REL. DATE
A
SIZE
INTERIM REV
D
22
C
A
D
B
5V
3V3
3V3_SWITCHED
TP1160
R268
97453
0R0
0.063W
±5%
3V3
1
1
1
2
C334
97871
100N
±15%
16V
1
2
C128
97871
100N
±15%
16V
1
2
C407
97871
100N
±15%
16V
1
2
C1103
97372
10N
±5%
16V
1
2
1
2
C308
9003429
10U
+80%/-20%
16V
C406
97871
100N
±15%
16V
C409
978711
100N
±15%
16V 2
1
2
1
2
C1102
97372
10N
±5%
16V
1
2
1
2
C88
9003429
10U
+80%/-20%
16V
C1105
97372
10N
±5%
16V
1
2
D
C408
97871
100N
±15%
16V
1
2
1
R618
97320
100K
0.063W
±1%
Q78
97634
FDV303N
25V_350MW
3
D
Q82
97633
FDC658P
30V_4A
3
1
2
TP1161
FL13
9000989
NEF13PT222Z1E9
6 5 2 1
4
1
D
C1104
97372
10N
±5%
16V
2
C335
97871
100N
±15%
16V
1
IN
OUT
1
2
GND
3
D
LCD_DATA
1
EN_SDIO_PWR
4
3
15
46
EPSON_GPIO_1
DRDY
GND
GND
GND
HEATER_POWER
GND
NC
+5V
2
2
98
~TP_INSTALLED
100
GND
+5V
GND
+5V
NC
1
1
TP817
1
~TP_INSTALLED
+3V3
GND
+3V3
1
1
1
2
1
2
2
1
2
1
2
1
2
2
1
1
TP780
MT3
MT4
D
D
1
3
TP332
TOUCH_BUS
3V3
95
97
99
3V3 STANDBY
TP_DOUT
~TP_CS
~TP_IRQ
TP810
TP809
GND
101
TP_DIN
TP808
+3V3
106
105
TP_DOUT
TP_DOUT
107
GND
GND
N/C
~TP_CS
110
109
TP807
~TP_CS
3V3_SWITCHED
111
+3V3_SWITCHED
113
HEATER_POWER
TP_DIN
TP_DIN
103
HEATER_POWER
TP_DCLK
TP_DCLK
TP_DCLK
~TP_IRQ
TP73
~TP_IRQ
116
TP339
TP779
SDIO SOCKET
93
GND
114
1
TP778
91
112
DISPLAY_CFG
5V
+3V3
108
TP338
1
89
3V3 STANDBY
GND
DTB_PU_DRIVE
TP777
87
~HEATER_INSTALLED
TP816
TP1150
+5V
104
~HEATER_INSTALLED
TP775
MT2
85
~TP_INSTALLED
102
TP774
83
DTB_PU_DRIVE
D
2
C310
9003428
10U
+80%/-20%
50V
+5V
96
DTB_PU_DRIVE
2
TP781
16
1
MT1
+5V
94
C89
95621
100N
±20%
50V
2
TP331
C357
95621
100N
±20%
50V
1
81
ANALOG_CCFL_DIM
1
1
C411
95621
100N
±20%
50V
15
79
88
C85
95621
100N
±20%
50V
CD
77
90
1
COMM
14
1
75
GND
86
3V3_STANDBY
WP
73
+5V
GND
92
DAT2
+5V
CCFL_EN
HEATER_CTRL
1
DAT1
12
TP833
HEATER_POWER
71
82
ANALOG_CCFL_DIM
1
69
84
3
DAT0
13
67
GND
TP827
VSS2
1
HEATER_POWER
80
LCD_HEATER_CTL
10
1
LCD_TEMP
78
1
SDIO_WP
1
HEATER_POWER
PWM_CCFL_DIM
LCD_HEATER_CTL
9
SDIO_CD
65
GND
76
TP828
CLK
LCD_TYPE
63
74
CCFL_EN
SDIO_D2
1
NC
72
PWM_CCFL_DIM
8
1
MQ_GPIOC
68
1
SDIO_D1
1
GND
70
1
7
61
GND
64
TP340
VDD
11
59
66
TP825
PCON_A/D_BUS
LCD_TYPE
62
LCD_THERM
SDIO_D0
GND
60
MQ_GPIOB
LCD_THERM
VSS1
5
57
GND
1
I2C_SCL_SW
55
58
MQ_GPIOC
CMD
I2C_SDA_SW
I2C_SCL_SW
D
CD_DAT3
6
I2C_BUS_SW
GND
56
TP346
2
53
MQ_GPIOA
MQ_GPIOB
1
SDIO_CLK
I2C_SDA_SW
54
MQ_GPIOA
TP784
D
2
DRDY
51
GND
C459
97372
10N
±5%
16V
P1
9001544
10-5738-009-783-862
3
49
52
MQ_GPIO
LCD_FD17
47
EPSON_GPIO_2
R253
97320
100K
0.063W
±1%
4
45
50
VGL_EN
R258
97320
100K
0.063W
±1%
LCD_FD6
GND
48
MQ_GPIOA
R254
97320
100K
0.063W
±1%
SDIO_CMD
1
VGH_EN
R257
97320
100K
0.063W
±1%
SDIO_D3
1
1
TP862
43
GND
R259
97320
100K
0.063W
±1%
LCD_FD6
1
1
TP863
44
R255
97296
10K0
0.063W
±1%
R252
97320
100K
0.063W
±1%
TP782
GND
1
1
MQ_GPIOB
1
FPFRAME
41
EPSON_GPIO_0
LCD_FD10
TP783
R256
97320
100K
0.063W
±1%
FPFRAME
39
LCD_FD8
GND
LCD_FD9
GND
40
42
TP864
SDIO_CARD
37
GND
LCD_CNTRL
TP785
LCD_FD17
LCD_FD17
38
VSH_EN
LCD_FD2
GND
35
LCD_FD15
MQ_GPIOC
2
33
GND
36
LCD_FD8
LCD_FD9
1
31
LCD_FD9
34
LCD_FD15
2
D
TP786
GND
32
2
2
C1097
94054 1
1U0
±10%
16V
2
1
LCD_FD1
29
LCD_FD4
TP787
LCD_FD1
30
LCD_FD4
C410
97871
100N
±15%
16V
1
LCD_FD12
27
LCD_FD11
TP788
GND
28
GND
LCD_FD1
D
25
GND
LCD_FD0
TP789
LCD_FD12
26
LCD_FD11
LCD_FD16
GND
23
LCD_FD13
2
LCD_FD5
21
24
LCD_FD13
LCD_CNTRL
LCD_FD15
GND
19
GND
1
LCD_FD5
22
1
LCD_FD12
1
1
TP865
LCD_FD0
1
1
17
GND
20
LCD_FD0
LOW_ENERGY_LATCH
LCD_FD3
18
LCD_FD13
TP1154
TP790
LCD_FD3
1
LCD_FD2
TP795
LCD_FD14
GND
1
1
13
GND
16
LCD_FD2
LCD_FD16
LCD_FD16
14
LCD_FD11
1
11
LCD_FD10
TP796
Q79
97634
FDV303N
25V_350MW
3
TP791
GND
1
GND
TP792
1
1
9
12
LCD_FD10
LCD_FD8
LCD_FD14
LCD_FD14
10
1
1
TP797
LCD_FD7
GND
7
FPLINE
1
D
LCD_FD7
5
GND
8
LCD_FD5
LCD_FD7
1
FPSHIFT
6
LCD_FD4
TP798
FPLINE
R621
97296
10K0
0.063W
±1%
TP793
1
FPSHIFT
LCD_FD6
GND
TP1159
1
1
1
GND
1
2
J7
53481-1209
9002922
2
LCD_FD3
TP799
2
115
HEATER_POWER
GND
118
1
117
N/C
TP_BUSY
120
TP832
119
GND
GND
D
HEATER_POWER
D
1
2
C430
956211
100N
±20%
50V 2
C431
95621
100N
±20%
50V
1
2
C102
9003428
10U
+80%/-20%
50V
D
DTB CONNECTOR
4
4
05-Oct-2005
OCTOBER 20 2004
SIGNATURES
DRAWN
DATE
NOV 1
NGT TEAM
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
SCHEMATIC 8525/30 MAIN LOGIC BOARD
SDIO, DTB CONNECTORS
38481
ECO No.:
B
C
DRAWING NO.
C
REV
1008014
H
SHEET
OF
12
REL. DATE
A
SIZE
INTERIM REV
D
22
C
A
D
B
CHARGER BUCK
BATTERY CHARGER
1
1
INRUSH LIMITER
VBAT_MAIN_IN
TP201
1
R17
1
2
TRACEWIDTH=150
TRACEWIDTH=150
EXTERNAL_PWR
CHRG_PWR_IN
9000552
0R039
±1%
1W
TP253
TP216
TRACEWIDTH=150
1
1
TRACEWIDTH=150
SYS_PWR_IN
5 6 7 8
1 2 3
5 6 7 8
2
1 2 3
3
D1
97707
12V
12V_350MW
1
VREF
TP231
D
C20
97764
1U0
±20%
25V
1
D
2
GND
D
1
1
R196
97248
100
0.063W
±1%
2
5
1
1
TP225
1
2
1
2
R154
97276
1K50
0.063W
±1%
Vtl = 0V79
Vth = 1V09
Hyst = 300mV
LMC7215IM5
9000940
D
2
2 CELL = 3V3
3 CELL = 0V
D
D
2
VDD
3
2
1
1
1
1
R390
9001577
280K
0.063W
±1%
TP223
VTERM_DAC
GND
-
3V3_STANDBY
U7
0V87
4
LMC7215IM5
9000940
TP222
2
D
TP224
1
1
D
R198
9004496
511K
0.063W
±1%
1
LOW_ENERGY
2
1
1
2
+
3
-
4
1
GND
1
1
2
1
2
VDD
1
1
4
D
Q9
97634
FDV303N
25V_350MW
3
2
GND
R6
9004495
28K
0.063W
±1%
D
D
TP255
1
TP228
1
D
3V0
R73
97320
100K
0.063W
±1%
C299
97871
100N
±15%
16V
1
R74
97320
100K
0.063W
±1%
2
2
D
D
TP256
4
2
OCTOBER 20 2004
D
R43
9001579
137K
0.063W
±1%
C301
97871
100N
±15%
16V
1
2
1
1
3
SIGNATURES
DRAWN
NGT TEAM
D11
93285
BAT54
30V_200MA
D
LOW ENERGY DETECTOR
NOV 1
PSION TEKLOGIX INC
2004
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
D
CHARGER V_ ADJUST
C
SCHEMATIC 8525/30 MAIN LOGIC BOARD
POWER MANAGEMENT / CHARGER
38481
ECO No.:
SIZE
DRAWING NO.
C
INTERIM REV
REV
1008014
SHEET
13
REL. DATE
B
DATE
CHKD
2
D
A
1
05-Oct-2005
D
1
ACPRES
3
+
TP257
1
D
2
TP230
R272
97296
10K0
0.063W
±1%
5
5
Q15
97634
FDV303N
25V_350MW
3
-
1
BAT_PRES
3
1
U8
LMC7215IM5
9000940
R71
97320
100K
0.063W
±1%
2
3 CELL = 9V75
TP264
TP263
Q55
BSS84
9000501
50V_350MW
R5
97872
1M00
0.063W
±1%
C298
97871
100N
±15%
16V
1
R274
97296
10K0
0.063W
±1%
R140
97331
301K
0.063W
±1%
1
R271
97296
10K0
0.063W
±1%
2
4
1
2
R48
97320
100K
0.063W
±1%
2
VDD
2
1
D
TP262
1
2
Vtl = 2V73
Vth = 3V03
Hyst = 300mV
D
VBAT_MAIN_IN
C300
97871
100N
±15%
16V
C296
97871
100N
±15%
16V
1
BAT_PRESENCE
5
C83
97375
1N0
±10%
50V
2
3
3V3_STANDBY
1
1
1
+
2
2 CELL > 1V6
3 CELL < 0V3
D
U6
TP247
D
2
BAT_ID
C297
97871
100N
±15%
16V
1
C294
97871
100N
±15%
16V
1
1
2
R25
97872
1M00
0.063W
±1%
1
2
1
R144
97327
200K
0.063W
±1%
1
5
2
3V3_STANDBY
1
GND
2
2
W
1
TP254
1
2
1
SCL
2
1
3V3_STANDBY
6
3V3_STANDBY
R76
97320
100K
0.063W
±1%
D
C27
97375
1N0
±10%
50V
TP153
R273
97296
10K0
0.063W
±1%
TP258
BAT_SET
1
A
SDA
1
2
R75
97320
100K
0.063W
±1%
1
TP154
VCC
3
Q8
97634
FDV303N
25V_350MW
3
1
I2C_BUS
I2C_SCL
LPV321M7
D
U21
9004097
AD5247BKS100-RL7
1
4
2
BAT_ID
D
I2C_SDA
1
2
1
1
D
+
2
1
TP229
1
D
PCON_A/D_BUS
2
2
2
U39
97866
R3
97273
1K10
0.063W
±1%
R143
97327
200K
0.063W
±1%
2
1
C101
94054
1U0
10%
16V
1
R277
97296
10K0
0.063W
±1%
C63
9003432
4U7
±10%
16V
2
3
3V3_STANDBY
D
V1
2
4
C118
97848
120P
±5%
50V
D
TP227
3
-
V+
1
1
D
1
R269
97296
10K0
0.063W
±1%
1
2
TP214
C292
97871
100N
±15%
16V
1
2
2
R167
9000928
3K32
0.063W
±1%
1
2
3V3_STANDBY
2
2
2
TP226
1
1
C295
97871
100N
±15%
16V
1
D
TP215
R83
97320
100K
0.063W
±1%
5VREF
R270
97296
10K0
0.063W
±1%
C28
97375
1N0
±10%
50V
3V3_STANDBY
17
D
3
1
2
1
2
G 3
1
20
VHSP
2
D
TP249
TP259
1
2
R85
97320
100K
0.063W
±1%
R39
9000549
576K
0.063W
±1%
D
1
2
C30
97375
1N0
±10%
50V
C8
9003433
2U2
±10%
50V
2
18
VS
COMP
1
4
BATDEP
10
C7
9003433
2U2
±10%
50V
2
9
BATSET
D
1
1
2
1
1
D
1
D
2
R158
97303
20K0
0.063W
±1%
3
R42
9001579
137K
0.063W
±1%
TP246
2
TP267
C84
9003429
10U
+80%/-20%
16V
2
1
1
GND
2
1
R275
97296
10K0
0.063W
±1%
1
2
D17
92642
MMBD914
70V_225MA
1
R84
97320
100K
0.063W
±1%
R374
97272
1K00
0.063W
±1%
23
~BATTDRV
1
R264
97296
10K0
0.063W
±1%
8
~WDO
WDI
TP205
1
6
CHARGE_EN
TP238
R80
97320
100K
0.063W
±1%
2
2
1
1
1
TP266
1
R2
9001574
16K2
0.063W
±1%
2
R130 0.063W
TP221
1
C93
97371
100P
±5%
50V
1
TP265
5
2
1
7
1
1
2
1
SRSET
7
2
~PFO
2
~RESET
PFI
1
±5%
1
~MR
1
4
3
Q2
92525
MMBT3904
40V_225MW
1
2
1
1
TP242
1
1
R375
97272
1K00
0.063W
±1%
TP220
ACSET
5
1
R141
9000926
90K9
0.063W
±1%
D
97453 0R0
TP237
1
5VREF
VCC
D
TP241
ILIMIT < 2A
TP81
TP236
D7
9000559
MMBZ5248BLT1
18V_225MW
1
DPM > 2A56
TP240
4
R157
97303
20K0
0.063W
±1%
TP219
1
1
IBAT
6
U55
9001558
ADM705AR
2
3
R373
97272
1K00
0.063W
±1%
2
R263
97296
10K0
±1%
0.063W
Q29
9002936
FDS6675
30V_11A
18V_225MW
MMBZ5248BLT1
9000559
D10
2
ENABLE
14
1
3 2 1
TP239
13
BATP
8 7 6 5
1
2
ACSEL
C87
9003429
10U
+80%/-20%
16V
2
3
ACPRES
8
1
2
2
1
Q1
9003999
SST5486
TP233
3
TP218
1
1
CHARGE_~WDO
C35
9003429
10U
+80%/-20%
16V
C86
9003429
10U
+80%/-20%
16V
2
D
2
MMBT4403LT1
93037
Q40
D
1
2
1
15
SRN
2
TP252
CHARGE_CURRENT
C293
97871
100N
±15%
16V
2
R261
97248
100
0.063W
±1%
1
2
ALARM
R348
97248
100
0.063W
±1%
1
19
D26
9000558
MBRS2040LT3
40V_2A
TP766
16
SRP
V_CHRG = 6 - 12V6
I_CHRG = 0 - 2A
2
Q39
93037
MMBT4403LT1
1
1
R349
97224
10R0
0.063W
±1%
2
1
1
DEPLETED_BAT
3
5VREF
3
2
1
ACDET
D3
93285
BAT54
30V_200MA
1
D
1
1
TP209
D8
9000559
MMBZ5248BLT1
18V_225MW
TP232
1
3
Q31
9002936
FDS6675
30V_11A
1
892NCS-330M=P3
1
Q67
97633
FDC658P
30V_4A
D
1
D
1
ACP
1
1
2
TP210
D
1
1
2
2
2
3
21
~PWM
12
R81
97320
100K
TP875
0.063W
±1%
2
C44
95621
100N
±20%
50V
2
22
VCC
1
TP866
1
2
C2
9003428
10U
±10%
50V
S
1
2
5VREF
1
1
~ACSEL
R262
97296
10K0
0.063W
±1%
TP203
6 5 2 1
1
C1
9003428
10U
+80%/-20%
50V
1
2
1
1
TP212
1
2
2
2
~ACDRV
C140
94054
1U0
±10%
16V
D
TP202
1
4
24
D9
9000559
MMBZ5248BLT1
18V_225MW
4
C45
95621
100N
±20%
50V
1
1
ACN
TP235
1
2
R69
97320
100K
0.063W
±1%
2
R72
97320
100K
0.063W
±1%
TP234
D
11
D
5VREF
Q11
97634
FDV303N
25V_350MW
3
D18
92642
MMBD914
70V_225MA
U36
BQ24702PW
9001860
1
D
R162
9000586
4R02
0.063W
±1%
1
TP213
1
2
1
1
R388
95559
0R05
0.25W
±1%
1
1
1
1
D
1
2
C46
95621
100N
±20%
50V
3
TP217
L22
9001852
33U
20%
1A9
1
2
2
Q56
BSS84
9000501
50V_350MW
TP251
TP250
R82
97320
100K
0.063W
±1%
1
R276
97296
10K0
0.063W
±1%
D6
9000559
1 MMBZ5248BLT1
1
R78
97320
100K
0.063W
±1%
1
3
Q27
9002936
FDS6675
30V_11A
4
1
1
1
1
ACPRES
3
1
1
TP261
Q14
97634
FDV303N
25V_350MW
3
TP260
2
5VREF
1
2
R79
97320
100K
0.063W
±1%
3V3_STANDBY
R23
97872
1M00
0.063W
±1%
R194
97248
100
0.063W
±1%
2
2
R195
97248
100
0.063W
±1%
2
3V3_STANDBY
R267
97296
10K0
0.063W
±1%
D
J
OF
22
C
A
D
B
TRACEWIDTH=150
SYS_PWR_IN
PEAK RIPPLE = 1.75A
2
C4
9003428
10U
±10%
50V
2
C5
9003428
10U
±10%
50V
2
1
C6
9003428
10U
±10%
50V
2
2
R399
97453
0R0
0.063W
±5%
TP270
C12
9003428
10U
±10%
50V
1
1
TP271
SAME AS 5V RAIL IN NORMAL OPERATION
1
2
TRACEWIDTH=25
AUX_5V_LDO
2
INSTALL TO DISABLE BURST MODE
POWER GND NET
U16
LTC3728EUH
9000983
D
1
C68
9003432
4U7
±10%
16V
C141
94054
1U0
±10%
16V
1
2
TP282
1
1
7
EXTVCC
TRACEWIDTH=25
5V_INTVCC
D29
94543
MBR0530T
30V_500MA
VIN
2
1
1
1
1
RUN_SS1
1
D20
92642
MMBD914
70V_225MA
C304
97871
100N
±15%
16V
1
2
1
2
C305
97871
100N
±15%
16V
1
8
2
D52
93615
MBRS140T3
1A@40V
1
SENSE1-
20
14
1
Q50
9000537
30V_3A5
TP286
4
3
2
PLLFLTR
TP283
1
SGND
33
SGND_TAB
1
80
2
1
TP285
3V3
1
10
C157
97372
10N
±5%
16V
2
1
C133
9001588
560P
±5%
50V
1
TP289
2
1
2
1
TP277
TP327
1
1
Q50
9000537
30V_3A5
TP294
R592
97453
0R0
0.063W
±5%
8
1
1
2
2
TPLNK2
7
1
2
C33
97375
1N0
±10%
50V
D51
93615
MBRS140T3
1A@40V
1
1
R160
97303
20K0
0.063W
±1%
2
TP290
16
29
2
R37
9000587
29K4
0.063W
±1%
2
C95
97371
100P
±5%
50V
NC16
SENSE2-
NC29
VOSENSE2
NC32
PGND
12
SENSE2+
2
C123
9000520
22U
10%
6V3
1
2
C124
9000520
22U
10%
6V3
1
2
11
SENSE2-
TP287
ROUTE AS CRITICAL SIGNAL PAIR
1
9
TRACEWIDTH=80
19
POWER GROUND NET
R161
97303
20K0
0.063W
±1%
2
1
C60
9001581
33P
±5%
50V
1
FDS6961A
NC10
SENSE2+
1
R18
9000533
63K4
0.063W
±1%
D
C73
97370
18P
±5%
50V
1
2
1
1
2
R159
97303
20K0
0.063W
±1%
2
C94
97371
100P
±5%
50V
1
1
2
R284
97296
10K0
0.063W
±1%
1
2
TP288
2
C132
9001588
560P
±5%
50V
1
32
C32
97375
1N0
±10%
50V
1
1
2
2.5A MAX 3A ABS PEAK
RIPPLE = 10mV
TRACEWIDTH=80
2
2
D36
94543
MBR0530T
30V_500MA
20
18
BG2
1
1
1
1
20
15
SW2
1
R152
9000540
0R015
0.25W
±1%
TP284
SLF12555T-100M3R4
C70
97376
4N7
±10%
25V
ITH2
L2
9000522
10U
3A4
20%
TP278
C47
95621
100N
±20%
50V
ITH1
1
1
D33
94543
MBR0530T
30V_500MA
1
5
6
1
FDS6961A
1
PLLIN
6
2
2
TP279
R40
97236
33R2
0.063W
±1%
2
1
20
17
2
TP280
2
FDS6912A
80
TP296
2
2
C122
9000520
22U
10%
6V3
1
1
1
PGOOD
BOOST2
TP281
2
C61
9001581
33P
±5%
50V
1
C121
9000520
22U
10%
6V3
1
1
1
8
R147
9000532
105K
0.063W
±1%
2
C120
9000520
22U
10%
6V3
1
ROUTE AS CRITICAL SIGNAL PAIR
TP324
5
C311
9000520
22U
10%
6V3
1
TPLNK3
C31
97375
1N0
±10%
50V
1
2
22R1
±1% 0.063W
1
2
5A MAX 6A ABS PEAK
RIPPLE = 12mV
BACKUP = 3.0V
2
31
VOSENSE1
3
1
100
2
FDS6912A
97232
2
7
3
TP293
409 kHz
Q49
9002932
30V_6A
4
1
1
5
6
TP295
5V
TRACEWIDTH=100
1
100
Mount Parallel Sens Resistors Together.
DR127-100
1
SENSE1+
TG2
PWR_SYNC_CLK
TP325
1
30
SENSE1-
27
R151
9000540
0R015
0.25W
±1%
1
RUN_SS2
SENSE1+
3V_5V_PWROK
2
TP273
Q49
9002932
30V_6A
1
2
R193
97296
10K0
0.063W
±1%
R87
97320
100K
0.063W
±1%
2
R86
97320
100K
0.063W
±1%
2
3V3_STANDBY
TP322
3
R591
13
~3V3_PWR_OFF
L1
9002935
10U
6A04
20%
6
4
D35
94543
MBR0530T
30V_500MA
2
2
5
TP272
20
22
BG1
1
1
1
3
25
SW1
28
~5V_PWR_OFF
3
C69
97376
4N7
±10%
25V
20
2
TP268
1
1
FDS6912A
Q48
9002932
30V_6A
2
1
TP269
TP276
1
1
1
D19
92642
MMBD914
70V_225MA
TP292
C49
95621
100N
±20%
50V
1
D
97232
2
22R1
±1% 0.063W
FDS6912A
C48
95621
100N
±20%
50V
2
TP291
1
1
1
1
1
R593
20
24
BOOST1
1
R100
9000540
0R015
0.25W
±1%
TP275
2
1
1
C67
9003432
4U7
±10%
16V
2
7
8
TP274
TP326
2
20
26
TG1
23
D31
94543
MBR0530T
30V_500MA
1
3.3V / 5V PWR SUPPLY
2
1
AUX_3V3_LDO
Q48
9002932
30V_6A
20
2
3V3_OUT
1
FCB
21
2
4
5V
2
C3
9003428
10U
±10%
50V
1
1
1
1
VIN = 12 & 15V NOM
20V PEAK OP
25V ABS PEAK
5.3V ABS MIN
SIGNAL GROUND NET (WIDTH = 20)
SINGLE PLANE NODE
ROUTE AS CRITICAL TRACE, NOT TO PLANE
1
2
SGND
TP315
5V
TP314
1
3V3
3V3_SWITCHED
1
1
1
D
6
2
TP313
1
D
1
TP319
1
PWR_SYNC_CLK
POWER LED
2
1
2
C126
9000520
22U
10%
6V3
2
4
VOUT
2
TP304
RIPPLE = 5mV
INOM = 10 - 300 MA
IMAX = 500 mA
2
R347
9000958
26K7
0.063W
±1%
1
2
2
TP303
1
R7
97300
15K0
0.063W
±1%
1
Q16
97634
FDV303N
25V_350MW
3
R183
97232
22R1
0.063W
±1%
1
3V3
2
Q17
97634
FDV303N
25V_350MW
3
1
TRACEWIDTH=30
1
D
3V3_STANDBY
D
HICOREVDD_EN
Q18
97634
FDV303N
25V_350MW
3
R282
97296
10K0
0.063W
±1%
TP307
1
2
1
COREVDD_EN
4
1
D
R279
97296
10K0
0.063W
±1%
2
2
1
C62
9001581
33P
±5%
50V
R21
9003414
40K2
0.063W
±1%
TP299
1
D
R_SET2
CD
~RESET
D
POWER GND NET
3V3_STANDBY
1
C303
97871
100N
±15%
16V
1
1
GND
3
2
2
TP306
D
4
2
D
VIN
OUT
TP308
2
[0.84, 0.74]
4
1
150mA MAX
+/- 1% TYP
3
GND
0.8V TYP
IN
C125
9000520
22U
10%
6V3
1
C13
97645
1U0
20%
50V
2
2
1
2
5
1
2
C119
97848
120P
±5%
50V
1
U52
9001599
S-873325BUP-ALA-T2
1
1
C144
9000528
220P
±5%
25V
1
D
D34
94543
MBR0530T
30V_500MA
1
ITH
3
R_SET1
1
1
3.3V STANDBY REG
TP318
VFB
TP298
1
R280
97296
10K0
0.063W
±1%
2
2
53261-0271
MOLEX
3V3
TP317
2
PLL_LPF
FREQ=400 kHz
D
TP310
1
1
3.3V / 5V SWITCHED
C156
97372
10N
±5%
16V
1
2
D
D
D32
94543
MBR0530T
30V_500MA
SYNC_MODE
R278
97296
10K0
0.063W
±1%
3
CORE_VDD
FL1
6A
9000989
NFE31PT222Z1E9
1
2
RUN
7
8
J10
9006461
1
D
1
2
2
2
SW
TRACEWIDTH=80
1
SLF6028T-100M1R3
1
2
1
R89
97320
100K
0.063W
±1%
VIN
80
5
1
R118
97256
221
0.063W
±1%
TP297
1
1
1
2
Q22
97634
FDV303N
25V_350MW
3
D
1
EN_SW_PWR
TP309
1
TP302
1
R283
97296
10K0
0.063W
±1%
U56
LTC1878EMS8
97662
3V3
TP311
1 D30
94543
MBR0530T
2 30V_500MA
L24
97661
10U
1A3
20%
D
1
2
TP320
R376
97272
1K00
0.063W
±1%
1
Q21
97634
FDV303N
25V_350MW
3
1
R379
97272
1K00
0.063W
±1%
2
R378
97272
1K00
0.063W
±1%
2
1
TP312
1
LOW_ENERGY_LATCH
Q20
97634
FDV303N
25V_350MW
3
TP323
1
1
1
1
3
TP321
R377
97272
1K00
0.063W
±1%
2
3
3V3
C66
9003432
4U7
±10%
16V
2
1
Q69
97633
FDC658P
30V_4A
2
C65
9003432
4U7
±10%
16V
2
2
3
TRACEWIDTH=80
6 5 2 1
4
1
Q19
97634
FDV303N
25V_350MW
3
D
5V_SWITCHED
2
3
2
Q70
97633
FDC658P
30V_4A
2
2
1
Q57
BSS84
9000501
50V_350MW
R90
97320
100K
0.063W
±1%
1
1
2
C302
97871
100N
±15%
16V
3V3_SWITCHED
1
TRACEWIDTH=80
6 5 2 1
4
R88
97320
100K
0.063W
±1%
5V_SWITCHED
TPLNK4
2
GND
1
C1127
97871
100N
±15%
16V
TP305
1
U102
9004487
MIC811TU
2
4
D
D
PXA255 = 1.1V - 1.3V
1
CORE VDD
VCC
D
D
1.1V
1.3V
R_SET1 || R_SET2
26k7
16k0
D
OCTOBER 20 2004
SIGNATURES
DRAWN
SA2 CLOCK
200MHz
400MHz
05-Oct-2005
1
C64
9004343
47U
±20%
16V
2
R281
97296
10K0
0.063W
±1%
D
DATE
NOV 1
NGT TEAM
PSION TEKLOGIX INC
2004
CHKD
2
1
3
2
MR
1
GND
R625
97320
100K
0.063W
±1%
CPU CORE SUPPLY
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
B
SCHEMATIC 8525/30 MAIN LOGIC BOARD
DC-DC CONVERTERS
38481
ECO No.:
D
C
SIZE
DRAWING NO.
C
INTERIM REV
REV
1008014
J
SHEET
OF
14
REL. DATE
D
A
APPVD
1
C1128
97871
100N
±15%
16V
MISSISSAUGA ONTARIO
~RST_PCON
2
~PCON_PGRM
~RESET
D
22
C
A
D
B
5V
TP155
1
2
1
TP158
U24
MIC5236-5BMM
9002955
SYS_PWR_IN
2
2
R91
97320
100K
0.063W
±1%
2
VIN
1
5V_STANDBY
1
TRACEWIDTH=30
3
VOUT
5V_STANDBY
1
C29
97764
1U0
±20%
25V
1
D16
94543
MBR0530T
30V_500MA
1
4
5
6
7
8
1
D
ENABLE
TP159
GND5
GND6
GND7
GND8
C104
94054
1U0
10%
16V
1
1
~ERR
2
D
D
5V STANDBY REG
±1%
0.063W
1M00
97872
R24
2
1
5V
2
5V
2
1
C413
97871
100N
±15%
16V
TP353
1
TP354
1
1
1
-
1
VDD
1
2
U3
TP355
1
3
2
9000940
LMC7215IM5
R20
97872
1M00 TP351
0.063W
±1%
1
1
Q25
93037
MMBT4403LT1
1
2
D
3V3_STANDBY
2
1
GND
+
5
2
TP352
±1%
0.063W
1K00
97272
R319
1
3
R34
13K0
97299
1%
D
2
4
TP876
1
2
TP356
D
2.2V
C414
97871
100N
±15%
16V
2
2
1
±1%
0.063W
16K2
9001574
R1
R41
100R
92984
250MW
5%
1
2
5V
D2
94543
MBR0530T
30V_500MA
D
1
2
D4
94543
MBR0530T
30V_500MA
1
RTC_SUPPLY
2
1
2
1
30V_500MA
MBR0530T
94543
D5
C1126
9000906
4F
-10+30%
2.5V
D
SUPERCAP CHARGER
3
3
D40
94543
MBR0530T
30V_500MA
TP344
1
1
1
5V_TETHER
TP342
1
+15V
D38
2
2
SLF6028T-100M1R3
2
D
C309
97871
100N
±15%
16V
1
2
94543 30V_500MA
2
D41
94543
MBR0530T
30V_500MA
1
R97
97320
100K
0.063W
±1%
1
U51
LT1615ES5
97619
D
5
D
4
2
VIN
SW
1
TP343
2
C146
9000585
4P7
±2.5P
50V
1
2
C22
97764
1U0
±20%
25V
2
1
D39
94543
MBR0530T
30V_500MA
1
2
C21
97764
1U0
±20%
25V
R98
97320
100K
0.063W
±1%
FB
3
GND
1
R38
97863
82K5
0.063W
±1%
1
D
Q24
97634
FDV303N
25V_350MW
3
4
1
1
~SHDN
2
TP348
TP350
R4
97862
931K
0.063W
±1%
1
C10
9003430
2U2
±10%
16V
2
1
1
3
2
1
MBR0530T
1
Q60
9000501
BSS84
1
2
1
L25
97661
10U
1A3
20%
TP347
5V
TP345
-15V
2
C23
97764
1U0
±20%
25V
TP341
4
1
D
05-Oct-2005
1
CONVERTER_ENABLE
2
R96
97320
100K
0.063W
±1%
OCTOBER 20 2004
SIGNATURES
DRAWN
D
DATE
NOV 1
NGT TEAM
PSION TEKLOGIX INC
2004
CHKD
ANALOG MUX SUPPLY
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
D
SCHEMATIC 8525/30 MAIN LOGIC BOARD
MUX SUPPLY, SUPERCAP CHARGER
38481
ECO No.:
B
C
DRAWING NO.
C
REV
1008014
H
SHEET
15
REL. DATE
A
SIZE
INTERIM REV
D
OF
22
C
A
D
B
U53
98153
TPS2022D
1A_5V
5V_SWITCHED
3V3
2
TP385
1
1
1
6
C318
97871
100N
±15%
16V
1
2
C2+
1
1
C2-
V-
12
T2IN
COM1_RXD
10
R2OUT
2
7
T2OUT
8
COM1_TX_DATA
R2IN
9
COM1_RX_DATA
TP419
R120
97320
100K
0.063W
±1%
D
2
Q28
97634
FDV303N
25V_350MW
3
R119
97320
100K
0.063W
±1%
~COM1_RTS
13
T1IN
~COM1_CTS
15
R1OUT
T1OUT
17
COM1_RTS
R1IN
16
COM1_CTS
GND/RXD/SCN_TRIG
2A
BLM10A121SPT
2
2
+5V POWER
BLM21PG221SN1?
CONTROL
2
TP422
~EN
L7
5
~OC
L8
GND
96350 200MA
+5V POWER
4
+5V POWER
5
USB+/CTS/SOS
96350 200MA
6
TP423
D
USB-/TXD/SCN_DATA
BLM10A121SPT
1
1
7
1
2
1
GND
TP428
R381
97272
1K00
0.063W
±1%
1
2
TP397
1
96321
3
1
GND_TETHER_POWER
TP395
1
6
L3
1
BLM10A121SPT
D
1
D
OUT6
1
3V3
TP394
1
C317
97871
100N
±15%
16V
7
D
R296
97296
10K0
0.063W
±1%
8
C11
9003430
2U2
±10%
16V
1
L6
GND
1
96350 200MA
EXT_SCNR_ENA_5V
D
9
GND
2
BLM10A121SPT
10
1
D
TETHER POWER
R115
97320
100K
0.063W
±1%
D
L10
SCAN_ENABLE
96350 200MA
11
BLM10A121SPT
GND/ RTS/ SCN_ACK
TP431
1
COM1_TXD
TP396
8
OUT7
9002945
FH12-12S-0.5SH
96350 200MA
1
1
2
3
TP151
5
TP384
1
V+
C1-
OUT8
IN3
2
TP386
1
C315
97871
100N
±15%
16V
VCC
C1+
IN2
3
1
1
1
TETHER_POWER_ON
2
2
4
COM1_BUS
TP391
2
1
TP393
D
19
2
4
1
2
C316
TP88
97871
100N
±15% 1
16V
1
1
1
TP420
U42
9000933
SP3223EEY
TP421
C320
97871
100N
±15%
16V
L9
1
2
2
Q30
97634
FDV303N
25V_350MW
3
R294
97296
10K0
0.063W
±1%
1
TP387
1
C460
97372
10N
±5%
16V
C319
1
97871
100N
±15%
2
16V
1
P2
TP429
5V_TETHER_PWR
12
L5
D
TETHER ID
1
96350 200MA
TETHER_ID
PCON_A/D_BUS
BLM10A121SPT
TP358
1
1
ENABLE
V+
14
4
EXT_SCNR_ENA
PLDN8
10
B3
5V_TETHER_PWR
COM1_CTS
11
B2
EXT_SCNR_SOS_5V
12
B1
PLDN6
13
B0
B
5V_TETHER
TP432
R169
9000928
3K32
0.063W
±1%
5 U32
NC7ST08P5X
9000963
D
TP413
PLDN7
7
A3
COM1_TX_DATA
6
A2
1
EXT_SCNR_DATA_5V
5
A1
PLDN5
4
A0
R105
97320
100K
0.063W
±1%
EXT_SCNR_DATA_5V
4
EXT_SCNR_ACK
16
EXT_SCNR_ACK_5V
1
2
TVS4
9001547
V0402MHS12
TP424
1
1
2
1
1
1
D
2
TVS3
9001547
V0402MHS12
TP425
8
2
A
1
2
1
C100
97371
100P
±5%
50V
2
2
R168
9000928
3K32
0.063W
±1%
2
1
2
1
C322
97871
100N
±15%
16V
2
1
2
R170
9000928
3K32
0.063W
±1%
1
TP438
1
1
9
5V_TETHER_PWR
D
5V_TETHER_PWR
1
1
TVS2
9001547
V0402MHS12
TP426
1
2
3
TVS1
9001547
V0402MHS12
1
C99
97371
100P
±5%
50V
TP433
2
D
TETHER PORT RS-232
TP427
DG409DY-T1
2
D
1
VA+
9000554
5V_TETHER
D
2
SELECT1
2
1
SELECT0
~EXT_SCNR_TRIG_5V
V-
D
3
D
GND
3
TP415
15
EXT_SCNR_SOS_5V
VA1
D
C96
97371
100P
±5%
50V
5
TP412
U18
1
TP418
5 U31
NC7ST08P5X
9000963
D
4
1
2
3
18
D
C98
97371
100P
±5%
50V
TP430
2
2
1
EXT_SCAN
GND
D
D
R108
97320
100K
0.063W
±1%
1
2
R297
97296
10K0
0.063W
±1%
1
TP444
1
C323
97871
100N
±15%
16V
1
R293
97296
10K0
0.063W
±1%
1
11
2
~STATUS
~RX_ENABLE
R107
97320
100K
0.063W
±1%
1
~ONLINE
R106
97320
100K
0.063W
±1%
1
1
5V_TETHER_PWR
1
2
14
3V3
~SHUTDOWN
2
20
TETHER_POWER_ON
1
D
TP414
1
U17
2
ENABLE
V+
C97
97371
100P
±5%
50V
14
5
TP434
COM1_RTS
11
B2
EXT_SCNR_ACK_5V
12
B1
PLDN3
13
B0
PLDN2
7
A3
6
A2
5
A1
4
A0
1
B
9000988
MSQA6V1W5T2
9
2
D
1
2
A
DN2
PLDN1
D
R103
97320
100K
0.063W
±1%
1
9000988
MSQA6V1W5T2
D
D
8
2
~EXT_SCNR_TRIG_5V
R104
97320
100K
0.063W
±1%
1
TP435
COM1_RX_DATA
DN3
2
B3
1
10
PLDN4
2
4
3
1
VA+
DG409DY-T1
TP416
1
2
1
9000554
TP417
1
16
SELECT1
1
SELECT0
V-
TETHER PORT
3
D
GND
15
U54
97467
74LCX125M
EXT_SCNR_DATA
3
VAD
R423
97232
EXT_SCNR_DATA_5V
2
22R1
±1% 0.063W
2
PLDN8
R28
97872
1M00
0.063W
±1%
1
U2
C321
97871
100N
±15%
16V
2
PLDN7
R27
97872
1M00
0.063W
±1%
1
R109
97320
100K
0.063W
±1%
2
PLDN6
2
PLDN5
2
PLDN3
PLDN2
PLDN4
2
R114
97320
100K
0.063W
±1%
1
97232
~EXT_SCNR_TRIG_5V
1
2
22R1
±1% 0.063W
R113
97320
100K
0.063W
±1%
1
R581
5
4
R112
97320
100K
0.063W
±1%
1
6
1
~EXT_SCNR_TRIG
1
R111
97320
100K
0.063W
±1%
2
74LCX125M
R110
97320
100K
0.063W
±1%
1
2
U54
97467
2
3
1
PLDN1
1
1
1
3
9000932
VA+
ADG451BR
2
12
VL
V+
3
S1
D1
1
IN1
13
SCANNER_USB_PLUS
2
1
TP398
U54
97467
D
D
D
D
D
D
D
L16
96331
PLP3216S551SL2
TP437
D
D
4
3
1
2
74LCX125M
8
EXT_SCNR_SOS
R586
9
97232
SCANNER_USB_MINUS
EXT_SCNR_SOS_5V
1
2
22R1
±1% 0.063W
10
1
14
S2
16
IN2
11
S3
D2
15
1
+15V
TP436
TP400
D3
2
D48
94543
MBR0530T
30V_500MA
10
VA+
SCANNER_USB
U54
97467
1
9
IN3
6
S4
8
IN4
TP440
1
74LCX125M
EXT_SCAN
11
12
TETHER_SEL_1
D4
1
VTP411
2
5
D
2
R116
97320
100K
0.063W
±1%
D
1
R117
97320
100K
0.063W
±1%
C53
95621
100N
±20%
50V
1
C52
95621
100N
±20%
50V
1
2
C54
95621
100N
±20%
50V
1
C51
95621
100N
±20%
50V
1
2
C55
95621
100N
±20%
50V
VA1
2
C313
97871
100N
±15%
16V
2
GND
TETHER_SEL_0
1
1
D
4
D
2
TP410
2
2
C56
95621
100N
±20%
50V
1
TP439
1
3V3
7
1
13
2
1
D
R295
97296
10K0
0.063W
±1%
2
1
D49
94543
MBR0530T
30V_500MA
VATP442
1
1
D
TP441
-15V
D
TETHER_SEL1
TETHER_SEL_0
TETHER INTERFACE
4
4
0
0
0
1
1
0
----------------
05-Oct-2005
OCTOBER 20 2004
TTL
SIGNATURES
DRAWN
RS-232
DATE
NOV 1
NGT TEAM
1
1
USB
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
SCHEMATIC 8525/30 MAIN LOGIC BOARD
EXTERNAL INTERFACES
38481
ECO No.:
B
C
DRAWING NO.
C
REV
1008014
H
SHEET
OF
16
REL. DATE
A
SIZE
INTERIM REV
D
22
C
A
R285
97453
0R0
0.063W
±5%
1
TP206
5V_SWITCHED
2
3
FL14
9000989
NEF13PT222Z1E9
2
2
1
1
C333
97871
100N
±15%
16V
2
1
5V_SWITCHED
TP460
1
1
TP739
1
~USB_RESET
U44
ISP1122ABD
98171
1
2
2
~OC1
TP746
2
17
~OC5_~GOC
XTAL1
15
DM1
XTAL2
TP160
DP2
1
24
25
D
1
TP207
DP3
DM4
VREG3_3
DP4
DM5
1
10
DP5
D
18
OPTION_SCL
~PSW2_~GL2
1
2
19
R355
97232
P0RT3_USB_HOST_PLUS
1
2
22R1
±1% 0.063W
8
9
31
20
1
21
R356
2
3
GND
~PSW5_~GL5_~GPSW
97232
P0RT4_USB_HOST_MINUS
1
2
22R1
±1% 0.063W
28
5V_SWITCHED
R357
30
TP458
13
1
1
14
R31
97872
1M00
0.063W
±1%
TP459
97232
P0RT4_USB_HOST_PLUS
1
2
22R1
±1% 0.063W
1
12
~PSW3_~GL3
IND_SDA
~PSW4_~GL4
1
TP456
R32
97872
1M00
0.063W
±1%
R9
97300
15K0
0.063W
±1%
R10
97300
15K0
0.063W
±1%
R11
97300
15K0
0.063W
±1%
R12
97300
15K0
0.063W
±1%
R13
97300
15K0
0.063W
±1%
R14
97300
15K0
0.063W
±1%
2
D
TP208
1
2
R67
97296
10K0
0.063W
±1%
1
1
SP_~BP
~PSW1_~GL1
Q34
9000501
BSS84
TP454
1
32
TP455
TP463
2
3V3
P0RT3_USB_HOST_MINUS
2
2
R383
97272
1K00
0.063W
±1%
DP0
97232
2
22R1
±1% 0.063W
TP453
27
1
2
1
2
1
C332
97871
100N
±15%
16V
1
DM3
DM0
SCANNER_USB_PLUS
1
26
2
2
29
HOST_USB
1
1
R361
97234
27R4
0.063W
±1%
2
DM2
~HUBGL
1
1
11
1
97232
2
22R1
±1% 0.063W
2
1
TP489
2
TP488
SCANNER_USB_MINUS
TP878
1
1
1
R155
97276
1K50
0.063W
±1%
R359
23
R362
R360
97234
27R4
0.063W
±1%
2
H_USB_PLUS
R15
97300
15K0
0.063W
±1%
1
22
2
TP462
H_USB_MINUS
DP1
XTAL2
97232
2
22R1
±1% 0.063W
D
D
TP461
16
TP744
7
TP745
XTAL1
1
1
1
2
R358
1
TP452
2
C75
97370
±5%
50V
18P
1
6
1
2
1
C74
97370
±5%
50V
18P
1
D
~RESET
~OC4
R410
97453
0R0
0.063W
±5%
TP877
TP457
R26
97872
1M00
0.063W
±1%
1
2
R30
97872
1M00
0.063W
±1%
2
3
1
5
1
1
4
SCANNER _USB
4
2
2
R16
97300
15K0
0.063W
±1%
~OC2
1
D
1
VCC
~OC3
TP162
1
1
5V_SWITCHED
3
2
1
TP747
X1
ABMC2-6.0000MHZ-18-R100-D
9003634
2
Q38
97634
FDV303N
25V_350MW
3
1
1
±1%
0.063W
10K0
97296
R300
R306
97296
10K0
0.063W
±1%
2
D
D
TP464
1
TP138
2
2
1
1
D
LOW_ENERGY_LATCH
1
D
R382
97272
1K00
0.063W
±1%
1
R66
97296
10K0
0.063W
±1%
2
1
2
C461
97372
10N
±5%
16V
C148
1
94054
1U0
±10%
2
16V
1
2
2
1
OUT
3
1
EN_USB_HUB_PWR
IN
GND
1
1
Q13
9000501
BSS84
1
R8
97320
Q12
100K
97634
0.063W
FDV303N
±1%
25V_350MW
3
±1%
0.063W
10K0
97296
R316
TP136
D
B
1
USB HUB
~EN_USB_PULLUP
D
AUX PORT POWER
1
EXT_5V_SW
EXT_5V_SW
4
MIC_IN
5
MIC_GND
2
1
1
2
C129
9003431
22U
±10%
10V
2
OUT1
7
OUT2
6
OUT3
D
D
IN1
IN2
5V
2
2
3
C330
97871
100N
±15%
16V
1
1
1
Q32
97634
FDV303N
25V_350MW
3
R299
97296
10K0
0.063W
±1%
2
TP477
1
1
2
5
~OC
4
R315
97296
10K0
0.063W
±1%
D
D
SPEAKER-
BEEPER_OUT
R615
97272
1K00
0.063W
±1%
P4_USB_HOST-
11
P0RT4_USB_HOST_PLUS
12
P0RT4_USB_HOST_MINUS
1
Q75
97634
FDV303N
25V_350MW
3
2
TP161
1
13
GND
MEDIAQ_USB_DEV+
MEDIAQ_USB_DEV-
2
14
MEDIAQ_USB_DEVICE_PLUS
15
MEDIAQ_USB_DEVICE_MINUS
P3_USB_HOST-
P0RT3_USB_HOST_PLUS
18
P0RT3_USB_HOST_MINUS
3
D
D
P0RT4_USB_HOST_PLUS,P0RT4_USB_HOST_MINUS
17
LOW_ENERGY_LATCH
1
2
16
GND
P3_USB_HOST+
D
Q37
97634
FDV303N
25V_350MW
3
1
P4_USB_HOST+
R122
97320
100K
0.063W
±1%
D
10
GND
1
1
GND
SPEAKER-
9
BEEPER_OUT
EN_AUX_PORT_PWR
D
~EN
SPEAKER+
8
1
2
CONTROL
NC
D
7
SPEAKER+
19
GND
CONSOLE_RXD
CONSOLE_TXD
20
CONSOLE_RXDATA
21
CONSOLE_TXDATA
22
23
GND
CONSOLE
COM2_DTR
25
COM2_DTR
COM2_DCD
26
COM2_DCD
COM2_RXDATA
27
COM2_RXDATA
COM2_TXDATA
28
COM2_TXDATA
MOTION_DET
31
MOTION DETECT
COM2_EXT_SW_5V
32
COM2_EXT_SW_5V
3V3
COM2_CTS
30
COM2_CTS
P0RT3_USB_HOST_PLUS,P0RT3_USB_HOST_MINUS
COM2_RTS
29
COM2_RTS
3V3
C127
97871
100N
±15%
16V
1
33
EXT_COM2
1
COM2_EXT_SW_5V
MEDIAQ_USB_DEVICE
COM2_DSR
24
COM2_DSR
34
AUX_ID
35
TP1
PCON_A/D_BUS
36
GND
2
COM2_EXT_SW_5V
AUXILARY PORT ID
1
±1%
0.063W
1K00
97272
R62
2
5
VCC
CONSOLE_TXD_SEL
2
38
CONSOLE_TXD_SEL
40
NC1
GND
3
1
~MOTION_DETECT
4
3V3_STANDBY
NC7SP17P5X
9004533
U85
3V3_STANDBY
41
MTG TAB
42
MTG TAB
R604
97272
1K00
0.063W
±1%
D
TP737
1
2
PCON_PGRM
1
TP493
39
GND
~PCON_PGRM
1
37
GND
TP94
D
R605
97320
100K
0.063W
±1%
C34
97871
100N
±15%
16V
1
2
U100
NC7S04M5
97125
D
4
05-Oct-2005
TP62
OCTOBER 20 2004
1
GND
4
C331
97871
100N
±15%
16V
8
MIC_GND
6
GND
R124
97320
100K
0.063W
±1%
1
MIC_IN
C462
97372
10N
±5%
16V
1
3
2
2
EXT_5V_SW
3
1.5A MAX
1
EXT_5V_SW
TP478
U45
98152
TPS2023D
1A5_5V
1A CONT.
TP479
2
J3
FH12-40S-0.5SH
9002946
5
D
1
2
2
4
SIGNATURES
DRAWN
PROGRAM_PCON
DATE
NOV 1
NGT TEAM
3
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
D
TO PORT EXTENDER BOARD
PCON PROG I/F
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
38481
ECO No.:
B
C
SIZE
DRAWING NO.
C
INTERIM REV
REV
1008014
H
SHEET
OF
17
REL. DATE
A
SCHEMATIC 8525/30 MAIN LOGIC BOARD
USB HUB & EXT PORT
D
22
C
A
D
B
3V3
C423
97871
100N
±15%
16V
TP362
1
TP405
1
1
TP407
1
TP406
1
C463
97372
10N
±5%
16V
1
U57
97857
SP3243EEA
1
C426
97871
100N
±15%
16V
D
TP376
C422
97871
100N
±15%
16V
1
2
TP365
VDD
28
C1+
24
C1-
TP375
1
2
D
26
TP374
1
1
2
TP364
1
TP373
1
EXT_COM2
C424
97871
100N
±15%
16V
1
1
27
TP377
1
1
TP378
1
3
V-
TP366
2
C2-
TP371
C142
97871
100N
±15%
16V
1
1
C2+
1
TP367
V+
TP363
2
2
1
TP379
2
1
1
TP372
1
TP370
1
COM2
TP369
1
1
COM2_TXDATA
9
T1OUT
COM2_RXDATA
4
R1IN
COM2_TXD
14
19
COM2_RXD
T2IN
13
~COM2_RTS
R5OUT
15
~COM2_CTS
T3IN
12
~COM2_DTR
R4OUT
16
~COM2_DCD
COM2_RTS
10
COM2_CTS
8
COM2_DTR
11
COM2_DCD
7
R4IN
COM2_DSR
6
R3IN
R3OUT
17
5
R2IN
R2OUT
18
R2OUTB
20
T2OUT
R5IN
1
T1IN
R1OUT
T3OUT
COM2 PORT RS-232
~COM2_DSR
TP748
1
COM2_EN
R202
97296
10K0
0.063W
±1%
2
D
22
~FRC_OFF
23
FRC_ON
3V3
25
GND
1
~INVALID
R200
97296
10K0
0.063W
±1%
2
21
D
TP380
1
D
1
2
~COM2_AUTO_ONLINE
2
COM2 PORT POWER
1.5A MAX
1
2
1
R52
97320
100K
0.063W
±1%
C464
1
97372
10N
±5%
2
16V
C427
97871
100N
±15%
16V
C314
1
9003431
22U
±10% 2
10V
1
2
OUT1
8
7
OUT2
6
OUT3
D
IN1
2
C428
97871
100N
±15%
16V
3
IN2
1
1
Q5
97634
FDV303N
25V_350MW
3
R260
97296
10K0
0.063W
±1%
1
2
CONTROL
5
D
2
TP443
1
2
1
~OC
EN_COM2_PWR
D
R614
97296
10K0
0.063W
±1%
4
~EN
D
D
1
1
GND
R60
97320
100K
0.063W
±1%
D
R616
97272
1K00
0.063W
±1%
D
Q77
97634
FDV303N
25V_350MW
3
2
Q76
97634
FDV303N
25V_350MW
3
1
1
1
2
NC
D
5V
2
COM2_EXT_SW_5V
TP409
U64
98152
TPS2023D
1A5_5V
1A CONT.
TP408
TP1153
1
1
2
2
LOW_ENERGY_LATCH
D
D
3
3
1
2
TP471
2
1
D
C328
97871
100N
±15%
16V
3
C1+
1
2
TP468
1
TP469
C1-
7
V-
C2-
Z
T2OUT
9
R2IN
17
T1OUT
16
R1IN
A
GND
1
TP487
1
TP476
CONSOLE_TXD_SEL
6
SA2_TXD
1
SA2_TXD
PCON_CONSOLE_TXD
3
2
D
CONSOLE PORT RS-232
6
T2IN
12
R2OUT
10
T1IN
13
R1OUT
15
PCON_CONSOLE
1
2
3V3_STANDBY
TP470
1
TP475
TP484
1
2
CONSOLE_RXDATA
C325
97871
100N
±15%
16V
TP472
5
D
CONSOLE_TXDATA
B
1
8
SEL
VCC
4
1
2
1
2
5
TP473
1
4
1
C2+
U23
NC7SZ157P6X
9000494
2
D
C326
97871
100N
±15%
16V
2
D12
92642
MMBD914
70V_225MA
1
1
1
V+
VCC
1
TP467
CONSOLE
U43
9000933
SP3223EEY
19
D
C329
97871
100N
±15%
16V
C324
97871
100N
±15%
16V
1
C327
97871
100N
±15%
16V
1
C465
97372
10N
±5%
16V
R123
97320
100K
0.063W
±1%
2
COREVDD_EN
~SA2_RESET
3V3_STANDBY
R121
97320
100K
0.063W
±1%
TP474
1
CONSOLE_RXD
TP492
1
2
11
~STATUS
~ONLINE
~RX_ENABLE
1
14
2
TP466
1
TP491
GND
D
1
18
COM3_1_EN
3V3_STANDBY
D
R303
97296
10K0
0.063W
±1%
R302
97296
10K0
0.063W
±1%
Auto-Online Populate R304. Otherwise populate R303
4
TP490
05-Oct-2005
OCTOBER 20 2004
1
SIGNATURES
DRAWN
R304
97296
10K0
0.063W
±1%
DATE
NOV 1
NGT TEAM
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
1
1
D
2
2
1
D
R301
97296
10K0
0.063W
±1%
2
2
4
20
~SHUTDOWN
C107
97371
100P
±5%
50V
1
1
C108
97371
100P
±5%
50V
1
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
D
D
38481
ECO No.:
B
C
SIZE
DRAWING NO.
C
INTERIM REV
REV
1008014
H
SHEET
OF
18
REL. DATE
A
SCHEMATIC 8525/30 MAIN LOGIC BOARD
CONSOLE & COM2 PORT
D
22
C
A
D
B
9000989
6A
NFE31PT222Z1E9
1
IN
2
OUT
GND
3
HEATER_POWER
FL15
TP128
D
1
DC_PWR_IN
DC_POWER_IN
1
1
TRACE WIDTH 150
IN
2
OUT
2
TRACEWIDTH=150
FL3
C9
9003428
10U
+80%/-20%
50V
GND
GND
4
D
TP752
2
5
TP480
9000989
6
6A
7
1
TRACEWIDTH=100
SMBUS_CLK
8
IN
9
C153
97371
100P
±5%
50V
1
SMBUS_DATA
10
BAT_NEG
2
43045-1021
9002940
GND
3
1
1
2
3
C36
9003433
2U2
±10%
50V
EXTERNAL_PWR
EXT_PWR
5 6 7 8
1
D50
9000559
MMBZ5248BLT1
18V_225MW
1
Q26
9002936
FDS6675
30V_11A
4
CMP
TRACEWIDTH=100
2
OUT
BAT_ID
R22
97872
1M00
0.063W
±1%
D
NFE31PT222Z1E9
BAT_POS
1
1
3
GND
TRACEWIDTH=150
1 2 3
GND
3
D13
97648
MBRS340T3
TRACEWIDTH=150
40V_3A
2
1
1
9V MIN
15V NOM
IMAX = 6A
TRACEWIDTH=150
2
DC_PWR_IN
6A
NFE31PT222Z1E9
1
9000989
TP753
J4
TP127
TP167
1
FL2
VBAT_MAIN_IN
C37
9003433
2U2
±10%
50V
1
2
D
D
C151
97371
100P
±5%
50V
1
2
TP131
1
D
D
D
C154
97371
100P
±5%
50V
1
2
C152
97371
100P
±5%
50V
1
2
C149
97371
100P
±5%
50V
1
2
TP447
TP749
L43
96350 200MA
±1%
1
D
1
TRACEWIDTH=10
2
BLM10A121SPT
D
D
R99
97331
301K
0.063W
±1%
1
2
I2C_BUS
TP445
TP750
L41
96350 200MA
1
1
TRACEWIDTH=10
I2C_SCL
R132
97248
100R
0.063W
R311
97224
10R0
0.063W
±1%
D
2
BAT_ID
BLM10A121SPT
TP481
TP751
L42
96350 200MA
1
1
TRACEWIDTH=10
BLM10A121SPT
2
I2C_SDA
EXTERNAL POWER INRUSH LIMITER
R133
97248
100R
0.063W
±1%
2
2
BATTERY INTERFACE
HEATER_POWER
2
C42
9003428
10U
+80%/-20%
50V
2
C470
95621
100N
±20%
50V
1
D
5V_SWITCHED
J1
9003444
FLE-110-01-G-DV-A
D
2
HEATER_POWER
R126
97320
100K
0.063W
±1%
2
1
1
HEATER_POWER
TP509
GND
3V3_SWITCHED
4
TP513
1
TP512
BEEPER
3
5
1
GND
6
U10
5 NC7SP08P5X
9001584
1
BEEPER_SIGNAL
1
BEEPER_VOLUME
2
1
1
4
7
1
3
1
1
10
RADIO_HEATER
GND
2
R312
97296
10K0
0.063W
±1%
2
R313
97296
10K0
0.063W
±1%
2
Q41
93037
MMBT4403LT1
1
TP508
3
3
1
3
2
Q3
92525
MMBT3904
40V_225MW
1
C159
97372
10N
±5%
16V
2
R33
97264
475
0.063W
±1%
TP510
1
1
2
8
TP756
9
R387
97272
1K00
0.063W
±1%
TP507
1
3
EN_RADIO_HEATER
2
C160
97372
10N
±5%
16V
1
1
TP511
1
2
BEEPER_OUT
2
11
D
GND
D22
92642
MMBD914
70V_225MA
3
1
1
2
C109
97371
100P
±5%
50V
1
12
R146
97256
221
0.063W
±1%
13
14
I2C_BUS
15
COMMON
I2C_SCL
D
16
I2C_SCL
I2C_SDA
17
18
3V3_STANDBY
19
C145
97871
100N
±15%
16V
1
20
I2C_SDA
BEEPER DRIVE
GND
3.3V_STANDBY
GND
2
D
4
4
D
05-Oct-2005
OCTOBER 20 2004
SIGNATURES
DRAWN
RADIO HEATER BOARD
INTERFACE
DATE
NOV 1
NGT TEAM
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
SCHEMATIC 8525/30 MAIN LOGIC BOARD
INPUT POWER & KEYBOARD INTERFACE
38481
ECO No.:
B
C
DRAWING NO.
C
REV
1008014
H
SHEET
OF
19
REL. DATE
A
SIZE
INTERIM REV
D
22
C
A
D
B
5V_STANDBY
5V_STANDBY
TP494
C429
97871
100N
±15%
16V
2
IRQ_BUS
TP544
94724
DS8921AM
5
D
2
~KBD_IRQ
6
TP482
7
2
TP483
2
R211
97296
10K0
0.063W
±1%
R68
95202
100R
0.063W
1%
MTG TAB
26
MTG TAB
25
8
2
4
1
TP541
3
R323
4K70
97288
63MW
1%
TP758
VCC
1
GND
1
5
2
R201
97296
10K0
0.063W
±1%
D
4
1VCC
1
2
U47
D
1
5V_STANDBY
1
3V3_STANDBY
C452
97871
100N
±15%
16V
32KHZ_TX_B
2
1
24
32KHZ_RX_B
23
32KHZ_RX_A
32KHZ_TX_A
1
1
GND
GND
22
U62
9000515
NC7SZ125P5X
KBD_INT_B
3
KBD_INT_B
21
KBD_INT_A
KBD_INT_A
20
D
GND
19
TXRX_SCL
18
17
U77
9002950
ISL6121LIB-T
3V3_STANDBY
TXRX_SDA
GND
16
TP540
~KEYBOARD DETECT IN
15
2
3
4
~EXT_KYBD_DETECT
1
VIN1
OUT1
VIN2
OUT2
~EN
OUT3
GND
~FAULT
6
3.3V_SWITCHED
13
8
12
5V_SWITCHED
5
C290
97371
100P
±5%
50V
1
D
U76
3V3_SWITCHED
3.3V_STANDBY
14
7
9002950
ISL6121LIB-T
2
TP539
2
C287
97371
100P
±5%
50V
C288
97371 1
100P
±5%
2
50V
C289
97371 1
100P
±5%
2
50V
1
C284
97371 1
100P
±5%
50V
2
1
2
C283
97371
100P
±5%
50V
C281
97371 1
100P
±5%
50V
2
C282
97371 1
100P
±5%
2
50V
1
2
11
C280
97371
100P
±5%
50V
5V_SWITCHED
5V STANDBY
10
EL_COMMAND
9
GND
8
2
3
4
1
EXTERNAL KEYBOARD INTERFACE
VIN1
OUT1
VIN2
OUT2
~EN
OUT3
GND
~FAULT
6
D
D
D
D
D
D
D
D
D
6
4
9002950
ISL6121LIB-T
2
3
4
1
TP538
VIN1
OUT1
VIN2
OUT2
~EN
OUT3
GND
~FAULT
GND
5
5
U74
32KHZ
GND
8
D
5V_SWITCHED
GND
7
7
C279
97371
100P
±5%
50V
1
6
2
3V3_STANDBY
5
D
2
VCC
TP134
8
3
SYSPWR
2
SYSPWR
1
C143
97871
100N
±15%
16V
1
7
~KEYBOARD DETECT OUT
SYSPWR
J8
9002930
FH12-24S-0.5SH
TP133
D
5
D
~EXT_KYBD_PWR_EN
2
2
4
2
D
U75
9002950
ISL6121LIB-T
5V_STANDBY
2
3
4
1
1
TP495
VIN1
OUT1
VIN2
OUT2
~EN
OUT3
GND
~FAULT
GND
3
6
TP536
U58
9000515
NC7SZ125P5X
3V3_STANDBY
7
1
8
5
TP130
2
D
R612
4K70
97288
0.063W
1%
D
TP506
TP534
TP524
L48
3V3_STANDBY
3V3_STANDBY
96350
200MA
BLM10A121SPT
26
1
C453
97871
100N
±15%
16V
1
5
VCC
2
2
25
R322
4K70
97288
0.063W
1%
INT_32KHZ
TP505
TP525
L47
D
96350 200MA
INT_KBD_INT
2
4
GND
INT_TXRX_SCL
1
3
TP519
1
C105
97871
100N
±15%
16V
U82
NC7S04M5
97125
5
D
INT_TXRX_SDA
2
D
4
INT_EL_COMMAND
2
3
3
2
D
4
1
8
RY_SCL
SY_SCL
TY_SCL
SX_SDA
RX_SDA
TXD_SDA
VCC
1
R320
4K70
97288
1%
2
R321
4K70
97288
1%
TP526
L46
96350
200MA
6
BLM10A121SPT
5
TP527
TP501
L45
2
96350
TP499
7
I2C_SDA
5V_STANDBY
GND
TP504
1
TP500
I2C_SCL
GND
23
32KHz
22
GND
21
BUFF_KBD_INT
20
GND
19
TxRx_SCL
18
GND
17
TxRx_SDA
16
GND
15
EL_COMMAND
14
GND
GND
13
5V_STANDBY
D
I2C_BUS
MTG TAB
24
BLM10A121SPT
3V3_STANDBY
U61
9000515
NC7SZ125P5X
MTG TAB
200MA
3
BLM10A121SPT
TP503
9002929
P82B96TD
U14
C433
97871
100N
±15%
16V
3
12
3.3V_SWITCHED
11
3.3V_STANDBY
10
NC
9
SYSPWR
8
SYSPWR
7
SYSPWR
6
SYSPWR
5
NC
4
5V_SWITCHED
3
5V_SWITCHED
2
NC
1
5V STANDBY
TP528
L44
96350 200MA
C278
97371
100P
±5%
50V
1
3V3
BLM10A121SPT
D
TP759
C454
97871
100N
±15%
16V
2
TP529
1
3V3_SWITCHED
L32
5
2
96321 2A
D
1
VCC
J6
9002930
FH12-24S-0.5SH
C277
97371
100P
±5%
50V
1
2
C215
97371
100P
±5%
50V
1
2
2
C206
97371
100P
±5%
50V
1
2
C161
97371
100P
±5%
50V
1
2
D
C158
97371 1
100P
±5%
50V
2
1
2
D
D
2
C210
97371
100P
±5%
50V
1
D
D
C155
97371
100P
±5%
50V
D
D
D
1
BLM21PG221SN1?
D
2
EL_COMMAND
4
TP530
3V3_STANDBY
96321 2A
1
GND
3
2
U63
9000515
NC7SZ125P5X
BLM21PG221SN1?
HEATER_POWER
TP523
TP531
1
2
4
INTERNAL KEYBOARD INTERFACE
L28
C116
9003428
10U
+80%/-20%
50V
D
D
Q7
97634
FDV303N
25V_350MW
3
TP548
R288
97296
10K0
0.063W
±1%
1 2 3
96321 2A
1
KYBD_HEATER_POWER
2
D
1
1
2
L31
1
R391
97296
10K0
0.063W
±1%
2
5 6 7 8
INT_KYBD_HEATER_POWER
BLM21PG221SN1?
4
TP757
4
Q33
9002936
FDS6675
30V_11A
5V_SWITCHED
TP532
L30
05-Oct-2005
96321 2A
1
OCTOBER 20 2004
2
SIGNATURES
DRAWN
BLM21PG221SN1?
1
2
5V_STANDBY
L29
1
D
PSION TEKLOGIX INC
2004
MISSISSAUGA ONTARIO
96321 2A
2
BLM21PG221SN1?
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
SCHEMATIC 8525/30 MAIN LOGIC BOARD
KEYBOARD INTERFACE
SIZE
DRAWING NO.
1
38481
ECO No.:
D
B
C
C
INTERIM REV
REV
1008014
H
SHEET
OF
20
REL. DATE
A
NOV 1
CHKD
TP533
2
R61
97320
100K
0.063W
±1%
DATE
NGT TEAM
1
KEYBOARD_HEATER_EN
D
22
C
D
B
3V3
R344
97296
10K0
0.063W
±1%
2
3V3
R343
97296
10K0
0.063W
±1%
2
2
3V3
R342
97296
10K0
0.063W
±1%
R629
97296
10K0
0.063W
±1%
1
1
3V3
2
1
R624
97296
10K0
0.063W
±1%
1
1
JTAG_BUS
R623
97296
10K0
0.063W
±1%
TP564
3V3
1
2
5V
1
1
TP567
3V3
2
A
1
C39
9003429
10U
+80%/-20%
16V
2
2
1
1
C38
95621
100N
±20%
50V
1
D
1
~TRST_CPU
J11
9003444
FLE-110-01-G-DV-A
R191
TDO_FPGA
5V
2
22R1
±1% 0.063W
4
~ACLINK_RESETB
ACLINK_BITCLK
TP629
5
ACLINK_BITCLK
1
ACLINK_SYNC
TP632
R598
97232
1
2
1
6
R189
TDO_CPU
~ACLINK_RESETB
8
ACLINK_SDATAOUT
9
97232
1
1
2
22R1
±1% 0.063W
ACLINK_BITCLK
R619
97232
1
2
22R1
±1% 0.063W
1
1
ACLINK_SYNC
1
ACLINK_SDATAIN
1
TP566
TP163
5V
TMS_CPU
ACLINK_SDATAIN
TP631
1
2
22R1
±1% 0.063W
TDI_CPU
7
97232
1
TP627
22R1
±1% 0.063W
ACLINK_SYNC
R102
TDI_FPGA
5V
~ACLINK_RESETB
TP633
TP557
5V
AC_LINK
3
1
1
D
2
97232
TP558
TP559
TP560
ACLINK_SDATAIN
1
1
TCK_CPU
TP561
ACLINK_SDATAOUT
ACLINK_SDATAOUT
TP630
1
MIC_IN
MIC_GND
TP663
10
1
11
TP664
12
1
13
14
15
SPEAKER-
16
17
SPEAKER+
18
PWR_AMP_ON
GND
TMS_FPGA
1
1
GND
19
MIC_GND
1
TCK_FPGA
GND
TP114
SPEAKERGND
1
SPEAKER+
C117
97371
100P
±5%
50V
TP244
1
GND
2
1
C57
97371
100P
±5%
50V
TP115
1
2
2
AUDIO_EN
1
GND
2
R93
97244
68R1
0.063W
±1%
1
20
TP556
D
2
AUDIO_EN
TP1162
MIC_IN
2
D
R248
97244
68R1
0.063W
±1%
D
D
~TRST_CPU
TDO_CPU
TDI_CPU
AUDIO BOARD
INTERFACE
PXA255
TCK_CPU
JTAG I/F
TDI_FPGA
TDO_ASIC
FPGA
TCK_FPGA
3
3
P4
CON_2X1
P9
CON_2X1
1
1
2
2
P5
CON_2X1
P8
CON_2X1
1
1
2
2
D
D
4
4
JUMPERS FOR SCOPE PROBE GROUNDING
05-Oct-2005
OCTOBER 20 2004
SIGNATURES
DRAWN
DATE
NOV 1
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
SCHEMATIC 8525/30 MAIN LOGIC BOARD
AUDIO / J-TAG INTERFACE
38481
ECO No.:
OTHER
Scale N/A
B
C
DRAWING NO.
C
REV
1008014
H
SHEET
OF
21
REL. DATE
A
SIZE
INTERIM REV
D
22
C
A
D
B
TP142
1
HEATER_POWER
2
C19
9003428
10U
±10%
50V
1
2
C103
95621
100N
±20%
50V
2
1
1
1
R197
97296
10K0
0.063W
±1%
1
D
1 2 3
Q23
97634
FDV303N
25V_350MW
3
TP126
5 6 7 8
TP144
1
4
Q36
9002936
FDS6675
30V_11A
TP145
1
1
MLB_HEATER_EN
2
1
MLB_HEATER_POWER
2
D
1
1
R64
97320
100K
0.063W
±1%
1
R335
4K70
97288
63MW
1%
2
D
2
1
R336
4K70
97288
63MW
1%
2
1
R337
4K70
97288
63MW
1%
2
1
R338
4K70
97288
63MW
2
1%
1
R339
4K70
97288
63MW
2
1%
1
R340
4K70
97288
63MW
2
1%
1
R351
4K70
97288
63MW
1%
2
1
R350
4K70
97288
63MW
2
1%
1
R346
4K70
97288
63MW
2
1%
1
R345
4K70
97288
63MW
2
1%
1
R341
4K70
97288
63MW
2
1%
1
R372
4K70
97288
63MW
2
1%
1
R371
4K70
97288
63MW
2
1%
1
R354
4K70
97288
63MW
1%
2
1
R353
4K70
97288
63MW
1%
2
1
R352
4K70
97288
63MW
2
1%
1
R389
4K70
97288
63MW
2
1%
1
R386
4K70
97288
63MW
2
1%
1
R385
4K70
97288
63MW
2
1%
1
R384
4K70
97288
63MW
2
1%
1
R380
4K70
97288
63MW
2
1%
1
R402
4K70
97288
63MW
2
1%
1
R401
4K70
97288
63MW
2
1%
1
R400
4K70
97288
63MW
2
1%
1
R394
4K70
97288
63MW
2
1%
1
R393
4K70
97288
63MW
1%
2
1
R407
4K70
97288
63MW
2
1%
1
R406
4K70
97288
63MW
2
1%
1
R405
4K70
97288
63MW
2
1%
1
R404
4K70
97288
63MW
2
1%
1
R403
4K70
97288
63MW
1%
2
1
R418
4K70
97288
63MW
1%
2
1
R412
4K70
97288
63MW
2
1%
1
R411
4K70
97288
63MW
1%
2
1
R409
4K70
97288
63MW
1%
2
1
R408
4K70
97288
63MW
1%
2
1
R425
4K70
97288
63MW
1%
2
1
R422
4K70
97288
63MW
2
1%
1
R421
4K70
97288
63MW
1%
2
1
R420
4K70
97288
63MW
1%
2
1
R419
4K70
97288
63MW
1%
2
1
R430
4K70
97288
63MW
1%
2
1
R429
4K70
97288
63MW
1%
2
1
R428
4K70
97288
63MW
1%
2
1
R427
4K70
97288
63MW
1%
2
1
R426
4K70
97288
63MW
1%
2
1
R434
4K70
97288
63MW
1%
2
1
R433
4K70
97288
63MW
1%
2
1
R432
4K70
97288
63MW
1%
2
R431
4K70
97288
63MW
1%
D
1
R484
4K70
97288
63MW
2
1%
1
2
1
R478
4K70
97288
63MW
2
1%
1
R479
4K70
97288
63MW
2
1%
1
R480
4K70
97288
63MW
2
1%
1
R481
4K70
97288
63MW
2
1%
1
R482
4K70
97288
63MW
2
1%
1
R483
4K70
97288
63MW
2
1%
1
R477
4K70
97288
63MW
1%
2
1
R476
4K70
97288
63MW
1%
2
1
R475
4K70
97288
63MW
2
1%
1
R474
4K70
97288
63MW
2
1%
1
R473
4K70
97288
63MW
2
1%
1
R472
4K70
97288
63MW
2
1%
1
R471
4K70
97288
63MW
2
1%
1
R470
4K70
97288
63MW
2
1%
1
R469
4K70
97288
63MW
2
1%
1
R468
4K70
97288
63MW
2
1%
1
R467
4K70
97288
63MW
2
1%
1
R466
4K70
97288
63MW
2
1%
1
R465
4K70
97288
63MW
2
1%
1
R464
4K70
97288
63MW
2
1%
1
R463
4K70
97288
63MW
1%
2
1
R462
4K70
97288
63MW
1%
2
1
R461
4K70
97288
63MW
2
1%
1
R460
4K70
97288
63MW
2
1%
1
R459
4K70
97288
63MW
2
1%
1
R458
4K70
97288
63MW
2
1%
1
R457
4K70
97288
63MW
2
1%
1
R456
4K70
97288
63MW
2
1%
1
R455
4K70
97288
63MW
2
1%
1
R454
4K70
97288
63MW
2
1%
1
R453
4K70
97288
63MW
2
1%
1
R452
4K70
97288
63MW
2
1%
1
R451
4K70
97288
63MW
2
1%
1
R450
4K70
97288
63MW
2
1%
1
R449
4K70
97288
63MW
2
1%
1
R448
4K70
97288
63MW
1%
2
1
R447
4K70
97288
63MW
1%
2
1
R446
4K70
97288
63MW
2
1%
1
R445
4K70
97288
63MW
2
1%
1
R444
4K70
97288
63MW
2
1%
1
R443
4K70
97288
63MW
2
1%
1
R442
4K70
97288
63MW
2
1%
1
R440
4K70
97288
63MW
2
1%
1
R441
4K70
97288
63MW
2
1%
1
R439
4K70
97288
63MW
2
1%
1
R436
4K70
97288
63MW
2
1%
1
R437
4K70
97288
63MW
2
1%
1
R438
4K70
97288
63MW
2
1%
R435
4K70
97288
63MW
1%
D
2
2
1
2
1
R534
4K70
97288
63MW
2
1%
1
R533
4K70
97288
63MW
2
1%
1
R532
4K70
97288
63MW
2
1%
1
R531
4K70
97288
63MW
2
1%
1
R530
4K70
97288
63MW
1%
2
1
R528
4K70
97288
63MW
2
1%
1
R529
4K70
97288
63MW
1%
2
1
R527
4K70
97288
63MW
2
1%
1
R526
4K70
97288
63MW
2
1%
1
R525
4K70
97288
63MW
2
1%
1
R524
4K70
97288
63MW
2
1%
1
R523
4K70
97288
63MW
2
1%
1
R522
4K70
97288
63MW
2
1%
1
R521
4K70
97288
63MW
2
1%
1
R520
4K70
97288
63MW
2
1%
1
R519
4K70
97288
63MW
2
1%
1
R518
4K70
97288
63MW
2
1%
1
R517
4K70
97288
63MW
2
1%
1
R516
4K70
97288
63MW
1%
2
1
R515
4K70
97288
63MW
1%
2
1
R514
4K70
97288
63MW
2
1%
1
R513
4K70
97288
63MW
2
1%
1
R512
4K70
97288
63MW
2
1%
1
R511
4K70
97288
63MW
2
1%
1
R510
4K70
97288
63MW
2
1%
1
R509
4K70
97288
63MW
2
1%
1
R508
4K70
97288
63MW
2
1%
1
R507
4K70
97288
63MW
2
1%
1
R506
4K70
97288
63MW
2
1%
1
R505
4K70
97288
63MW
2
1%
1
R504
4K70
97288
63MW
2
1%
1
R503
4K70
97288
63MW
2
1%
1
R502
4K70
97288
63MW
2
1%
1
R501
4K70
97288
63MW
2
1%
1
R500
4K70
97288
63MW
1%
2
1
R499
4K70
97288
63MW
1%
2
1
R498
4K70
97288
63MW
1%
2
1
R497
4K70
97288
63MW
1%
2
1
R496
4K70
97288
63MW
2
1%
1
R495
4K70
97288
63MW
2
1%
1
R494
4K70
97288
63MW
2
1%
1
R493
4K70
97288
63MW
2
1%
1
R492
4K70
97288
63MW
2
1%
1
R491
4K70
97288
63MW
2
1%
1
R490
4K70
97288
63MW
1%
2
1
R489
4K70
97288
63MW
1%
2
1
R488
4K70
97288
63MW
1%
2
1
R487
4K70
97288
63MW
1%
2
1
R486
4K70
97288
63MW
1%
2
R485
4K70
97288
63MW
1%
D
1
2
1
R327
4K70
97288
63MW
2
1%
1
R326
4K70
97288
63MW
1%
2
1
R325
4K70
97288
63MW
2
1%
1
R324
4K70
97288
63MW
2
1%
1
R580
4K70
97288
63MW
2
1%
1
R578
4K70
97288
63MW
2
1%
1
R579
4K70
97288
63MW
2
1%
1
R577
4K70
97288
63MW
1%
2
1
R576
4K70
97288
63MW
1%
2
1
R575
4K70
97288
63MW
2
1%
1
R574
4K70
97288
63MW
1%
2
1
R573
4K70
97288
63MW
2
1%
1
R572
4K70
97288
63MW
2
1%
1
R571
4K70
97288
63MW
2
1%
1
R570
4K70
97288
63MW
1%
2
1
R569
4K70
97288
63MW
1%
2
1
R568
4K70
97288
63MW
2
1%
1
R567
4K70
97288
63MW
2
1%
1
R566
4K70
97288
63MW
1%
2
1
R565
4K70
97288
63MW
2
1%
1
R564
4K70
97288
63MW
1%
2
1
R563
4K70
97288
63MW
1%
2
1
R562
4K70
97288
63MW
1%
2
1
R561
4K70
97288
63MW
1%
2
1
R560
4K70
97288
63MW
2
1%
1
R559
4K70
97288
63MW
1%
2
1
R558
4K70
97288
63MW
1%
2
1
R557
4K70
97288
63MW
1%
2
1
R556
4K70
97288
63MW
2
1%
1
R555
4K70
97288
63MW
1%
2
1
R554
4K70
97288
63MW
2
1%
R553
4K70
97288
63MW
1%
1
2
1
R552
4K70
97288
63MW
1%
2
1
R551
4K70
97288
63MW
2
1%
1
R550
4K70
97288
63MW
1%
2
1
R549
4K70
97288
63MW
1%
2
1
R548
4K70
97288
63MW
1%
2
1
R547
4K70
97288
63MW
1%
2
1
R546
4K70
97288
63MW
1%
2
1
R545
4K70
97288
63MW
1%
2
1
R544
4K70
97288
63MW
2
1%
1
R543
4K70
97288
63MW
1%
2
1
R542
4K70
97288
63MW
1%
2
1
R541
4K70
97288
63MW
1%
2
1
R540
4K70
97288
63MW
1%
2
1
R539
4K70
97288
63MW
1%
2
1
R538
4K70
97288
63MW
1%
2
1
R537
4K70
97288
63MW
1%
2
1
R536
4K70
97288
63MW
2
1%
R535
4K70
97288
63MW
1%
D
1
2
1
R334
4K70
97288
63MW
1%
2
1
R333
4K70
97288
63MW
1%
2
1
R332
4K70
97288
63MW
2
1%
1
R331
4K70
97288
63MW
2
1%
1
R330
4K70
97288
63MW
2
1%
1
R329
4K70
97288
63MW
2
1%
R328
4K70
97288
63MW
1%
3
3
D
MLB HEATER
4
05-Oct-2005
4
OCTOBER 20 2004
SIGNATURES
DRAWN
DATE
NOV 1
NGT TEAM
PSION TEKLOGIX INC
2004
CHKD
MISSISSAUGA ONTARIO
APPVD
TITLE
PROJ ENG
CODE IDENT. No.
OTHER
Scale N/A
38481
ECO No.:
B
C
SIZE
DRAWING NO.
C
INTERIM REV
REV
1008014
H
SHEET
OF
22
REL. DATE
A
SCHEMATIC 8525/30 MAIN LOGIC BOARD
HEATER CONTROL
D
22
A
B
C
D
1
1
8530 PORT EXTENDER BOARD
CONFIGURATION DETAIL
BaaN P/N
1008735-100
SCHEMATIC INDEX
Page 3: 8525/8530 AUXILLARY AND COM2 PORTS INTERFACE
8525/30 PORT EXTENDER BOARD PCB ASSEMBLY
REFERENCE
DESIGNATOR
BaaN P/N
DOC1
1008730-100
DOCUMENT ARTWORK PORT_EXTENDER BOARD 8525/30
0
DOC2
1008733-100
DOC PCB ASSY DWG PORT EXTENDER BOARD 8525/30
0
DOC3
1008734-100
DOC SCHEMATIC PORT_EXTENDER BOARD 8525/30
0
PCB1
1008731-100
PCB PORT_EXTENDER_BOARD 8525/30
1
NUT1
9004440
PEM NUT M3 X 0.5 STEEL
1
NUT2
9004440
PEM NUT M3 X 0.5 STEEL
1
NUT3
Page 2: 8530 EXTERNAL KEYBOARD INTERFACE
2
DESCRIPTION
9004440
QTY
DESCRIPTION
PEM NUT M3 X 0.5 STEEL
1
NUT4
9004440
PEM NUT M3 X 0.5 STEEL
1
NUT5
9004440
PEM NUT M3 X 0.5 STEEL
1
SCR1
9004485
M3 X 13MM STANDOFF STEEL 4.5 HEX
1
SCR2
9004485
M3 X 13MM STANDOFF STEEL 4.5 HEX
1
SCR3
9007492
SCREW M3X5 CHEESE/PHIL ZINC 5.5MM HEAD
1
SCR4
9007492
SCREW M3X5 CHEESE/PHIL ZINC 5.5MM HEAD
1
MTK1
1008743
PORT EXTENDER BOARD MOUNTING BRACKET
1
2
UNPOPULATED COMPONENTS
J7, R2,R3,F10,TVS22
3
3
APPROVALS
DATE
MISSISSAUGA
4
ITEM GROUP
DRAWN BY:
PRODUCT TYPE
DOC. OFFICE:
PART No. STATUS
DENIS LEBLANC
ONTARIO, CANADA
10-08-05
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
CONFIDENTIAL AND IS THE EXCLUSIVE INTELLECTUAL
PROPERTY OF PSION TEKLOGIX. IT MAY ONLY BE USED FOR
THE PURPOSE FOR WHICH IT IS SUPPLIED AND MUST NOT BE
REPRODUCED, STORED OR DISSEMINATED TO THIRD PARTIES
BY ANY MEANS, IN WHOLE OR IN PART, WITHOUT THE EXPRESS
WRITTEN PERMISSION OF PSION TEKLOGIX.
05-Oct-2005
APPROVED BY:
OBSOLETE
PROJ ENG:
ENGINEERING ONLY
PROD ENG:
PRE-PILOT
ELEC ENG:
BETA
EDR/EDO No.
8525/30_PORT_EXTENDER
BOARD
SIZE
DRAWING NO.
D
RELEASED
RELEASE DATE
LAST PRINT DATE
A
B
C
D
REV
1008734-100
24 MAY 05
SHEET
B
1
OF
3
4
A
B
C
D
1
1
HI DENSITY DB-26 FOR
EXTERNAL KEYBOARD
J3
32KHZ_TX_B
1
L9
DLP31SN551SL2?
96331
2
9002944
32KHZ_TXD_B
1
32KHZ_TXD_A
2
KBD_INTB
32KHZ_TX_A
TP1
3
KBD_INTA
TP2
J5
FH12-24S-0.5SH
9002930
1
L10
DLP31SN551SL2?
96331
2
4
3
KBD_INT_B
4
5
TXDRXD_SCL
6
1
32KHZ_TX_B
7
TP3
TP4
TXDRXD_SDA
2
32KHZ_TX_A
KBD_INT_A
GND
5
TP5
TP6
8
TXRX_SDA
TP7
F5
0R35
93610
1
5V_PWR
1
17
18
2
PWR_SYS
TP8
16
5V_SWITCHED
TP16
2
1
5V_SW
1
L1
BLM21PG221SN1?
96321
TP9
19
3V3_STANDBY
20
KEYBOARD_DETECT_OUT
3V3_SWITCHED
MTG TAB
MTG TAB
1
3V3_SB
1
24
KED_DETECT_IN
25
KED_DETECT_OUT
2
26
T
24
SYSPWR
2
25
2
27
TP18
L2
BLM21PG221SN1?
96321
TP10
23
SYSPWR
23
F3
0R35
93610
TP17
21
22
SYSPWR
22
T
18
GND
21
2
GND
GND
20
F4
0R35
93610
17
GND
19
T
L3
BLM21PG221SN1?
96321
15
5V
15
TP15
2
5V
14
EL_COMMAND
2
L5
BLM21PG221SN1?
96321
13
5V_SWITCHED
5V_SWITCHED
14
16
12
3.3V_SWITCHED
13
10
11
3.3V_STANDBY
12
EL_CMD
1
TXRX_SDA
9
GND
KEYBOARD_DETECT_IN
11
VCC_3V3_SWITCHED
2
L8
BLM10A121SPT
96350
7
10
VCC_3V3_STANDBY
1
TXRX_SCL
6
GND
TXRX_SCL
9
VCC_5V_SWITCHED
L14
BLM10A121SPT
96350
4
KBD_INT_A
8
VCC_5V
3
KBD_INT_B
2
4
3
F2
0R35
93610
3V3_SW
1
1
EL_COMMAND
1
32KHZ_RX_A
KBD_INT_B
KBD_INT_A
GND
TXRX_SCL
GND
TXRX_SDA
5V
5V_SWITCHED
3.3V_STANDBY
3.3V_SWITCHED
EL_COMMAND
GND
GND
2
GND
GND
NC
SYSPWR
SYSPWR
NC
GND
GND
NC
KEYBOARD DETECT IN
KEYBOARD DETECT OUT
MTG CLIP
MTG CLIP
D
2
DGND
T
L7
BLM10A121SPT
96350
TP11
26
28
32KHZ_RX_B
2
D
DGND
TP19
TP50
TP12
L6
BLM21PG221SN1?
96321
KEYBOARD FLEX FROM MLB
SYSPWR
1
F1
95170
2
2
T
1
L33
BLM10A121SPT
96350
TP13
KEYBOARD_DETECT_IN
1
2
3
2
L34
BLM10A121SPT
96350
TP14
KEYBOARD_DETECT_OUT
1
3
C2
100N
97871
1
D
DGND
2
1
1
3
4
2
4
5
5
DN7
DF6A6.8FUT1
9001548
DN1
MSQA6V1W5T2
9000988
1
3
4
5
DN2
MSQA6V1W5T2
9000988
1
TVS21
V0402MHS12
9001547
2
2
2
6
3
D
DGND
MISSISSAUGA
4
ONTARIO, CANADA
05-Oct-2005
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
CONFIDENTIAL AND IS THE EXCLUSIVE INTELLECTUAL
PROPERTY OF PSION TEKLOGIX. IT MAY ONLY BE USED FOR
THE PURPOSE FOR WHICH IT IS SUPPLIED AND MUST NOT BE
REPRODUCED, STORED OR DISSEMINATED TO THIRD PARTIES
BY ANY MEANS, IN WHOLE OR IN PART, WITHOUT THE EXPRESS
WRITTEN PERMISSION OF PSION TEKLOGIX.
8525/30_PORT_EXTENDER
BOARD
SIZE
DRAWING NO.
D
LAST PRINT DATE
A
B
C
D
REV
1008734-100
24 MAY 05
SHEET
B
2
OF
3
4
A
B
C
D
F7
0R35
93610
L4
BLM21PG221SN1?
96321
TP20
EXT_5V_SW
1
TP46
1
T
D
DGND
BEEPER
2
L30
BLM10A121SPT
96350
1
MIC_GND
J4
1
1
EXT_5V_SW
2
EXT_5V_SW
3
MIC_IN
4
SPEAKER+
1
MIC_GND
2
5
TP24
SPEAKER+
6
L28
BLM10A121SPT
96350
SPEAKER-
SPEAKER-
7
1
GND
8
2
P4_USB_HOST+
9
TP25
BEEPER_OUT
P4_USB_HOST-
10
L27
BLM10A121SPT
96350
FLEX FROM MLB
1
9002934
2
L29
BLM10A121SPT
96350
TP23
TP47
GND
11
1
MEDIAQ_USB_DEV+
12
2
MEDIAQ_USB_DEV-
13
TP26
GND
14
P3_USB_HOST+
15
P3_USB_HOST-
P4_USB_HOST_PLUS
4
16
3
TP27
MTG TAB
MTG TAB
EXT_5V_SW
EXT_5V_SW
EXT_5V_SW
MIC_IN
MIC_GND
GND
SPEAKER+
2
SPEAKERBEEPER_OUT
GND
P4_USB_HOST+
P4_USB_HOSTGND
MEDIAQ_USB_DEV+
MEDIAQ_USB_DEV-
2
96331
DLP31SN551SL2?
L56
P3_USB_HOSTGND
CONSOLE_RXD
CONSOLE_TXD
GND
GND
COM2_DSR
COM2_DTR
COM2_DCD
COM2_RXDATA
COM2_TXDATA
COM2_RTS
COM2_CTS
MOTION DETECT
COM2_EXT_SW_5V
COM2_EXT_SW_5V
COM2_EXT_SW_5V
AUXILARY_PORT_ID
GND
GND
CONSOLE_TXD_SEL
GND
PCON PROGRAM
9002946
FH12-40S-0.5SH
J1
CONSOLE_TXD
19
GND
20
CONSOLE_TXD_SEL
21
40
MEDIAQ_USB_DEV_PLUS
39
4
38
AUXILARY_PORT_ID
23
37
1
MEDIAQ_USB_DEV_MINUS
36
35
MOTION DETECT
22
3
TP29
24
2
96331
DLP31SN551SL2?
L18
34
P3_USB_HOST_PLUS
33
4
3
1
2
26
1
P3_USB_HOST_MINUS
TP32
27
DGND
1
MOTION_DETECT
2
1
2
26
2
4
D
5
DGND
24
23
1
1
TVS13
V0402MHS12
9001547
22
L13
BLM10A121SPT
96350
TP33
20
CONSOLE_TXD_SEL
1
2
2
1
1
1
1
TVS10
V0402MHS12
9001547
2
TVS11
V0402MHS12
9001547
2
TVS12
V0402MHS12
9001547
2
TVS14
V0402MHS12
9001547
2
1
3
4
5
DN3
MSQA6V1W5T2
9000988
TVS15
V0402MHS12
9001547
1
D
DGND
D
DGND
D
D
DGND
DGND
4
9002962
5
1
DN4
MSQA6V1W5T2
9000988
2
C1
100N
97871
2
2
D
DGND
3
1
2
18
J6
TP49
DN9
DF6A6.8FUT1
9001548
19
D
DGND
2
D
MOTION DETECT
( FROM INPUT POWER CABLE)
D
DGND
6
DGND
3
17
L15
BLM10A121SPT
96350
TP34
16
D
DGND
15
1
14
CONSOLE_RXD
2
L16
BLM10A121SPT
96350
TP35
12
11
1
J7
R2
0R0
95620
CONSOLE_RXDATA
13
HI DENSITY DB-26
AUXILLARY PORT
TVS22
V0402MHS12
9001547
L12
BLM10A121SPT
96350
28
2
9004531
1
1
2
CONSOLE_TXD
2
3
CONSOLE_TXDATA
10
L17
BLM10A121SPT
96350
TP36
9
8
COM2_DSR
1
4
5
D
DSR
2
7
6
DGND
L20
BLM10A121SPT
96350
TP37
6
COM2_DTR
5
2
MTG CLIP
D
96331
DLP31SN551SL2?
L19
30
21
MTG CLIP
28
T
31
29
5V POWER
27
2
TP31
32
PCON PROGRAM
25
F10
0R35
93610
TP54
TP30
25
P3_USB_HOST+
CONSOLE_RXD
18
CONSOLE_TXD
1
GND
3
1
P4_USB_HOST_MINUS
TP28
41
GND
17
CONSOLE_RXD
42
-
1
T
1
TP22
+
2
2
L31
BLM10A121SPT
96350
MIC_IN
1
F9
0R35
93610
2
TP21
BPR1
92875
2
1
POWER
GND
GND
TAB1
TAB2
AUXILIARY POWER
DTR
2
POWER
3
J2
4
L21
BLM10A121SPT
96350
TP38
3
COM2_DCD
2
9003281
DCD
1
RXDATA
2
TXDATA
3
DTR
4
DCD_1
1
DCD
2
RXD_1
1
L22
BLM10A121SPT
96350
TP39
D
COM2_RXDATA
DGND
TXD_1
DTR_1
1
5
RXDATA
2
GND
TP40
6
RTS
7
CTS
8
RTS_1
COM2_TXDATA
1
DSR
DSR_1
L23
BLM10A121SPT
96350
TXDATA
2
CTS_1
9
L24
BLM10A121SPT
96350
TP41
COM2_RTS
1
1
TP53
COM2_EXT_SW_5V
1
1
2
1
2
2
1
TP52
L50
BLM21PG221SN1?
96321
1
2
*** CAUTION - IF ENABLED, 5V POWER
WILL BE APPLIED ON THE RING INDICATOR
LINE ( OUTPUT FROM MODEMS)
1
TVS20
V0402MHS12
9001547
L26
BLM10A121SPT
96350
PCON_PGRM
F8
0R35
93610
T
L32
BLM10A121SPT
96350
AUX_ID
COM2 - DB-9
DGND
R1
0R0
95620
TP45
D
1
TP43
4
R3
0R0
95620
CTS
2
TP44
MTG
2
RTS
2
COM2_CTS
MTG
11
L25
BLM10A121SPT
96350
TP42
RI ***
10
MISSISSAUGA
2
ONTARIO, CANADA
2
2
2
2
2
1
1
TVS6
V0402MHS12
9001547
TVS7
V0402MHS12
9001547
TVS8
V0402MHS12
9001547
TVS9
V0402MHS12
9001547
1
1
1
1
TVS5
V0402MHS12
9001547
2
1
TVS1
V0402MHS12
9001547
2
05-Oct-2005
THE INFORMATION CONTAINED IN THIS DOCUMENT IS
CONFIDENTIAL AND IS THE EXCLUSIVE INTELLECTUAL
PROPERTY OF PSION TEKLOGIX. IT MAY ONLY BE USED FOR
THE PURPOSE FOR WHICH IT IS SUPPLIED AND MUST NOT BE
REPRODUCED, STORED OR DISSEMINATED TO THIRD PARTIES
BY ANY MEANS, IN WHOLE OR IN PART, WITHOUT THE EXPRESS
WRITTEN PERMISSION OF PSION TEKLOGIX.
D
1
TVS2
V0402MHS12
9001547
2
1
TVS3
V0402MHS12
9001547
2
DGND
TVS4
V0402MHS12
9001547
2
8525/30_PORT_EXTENDER
BOARD
SIZE
DRAWING NO.
D
LAST PRINT DATE
A
B
C
D
REV
1008734-100
D
DGND
25 MAY 05
SHEET
B
3
OF
3
4
L10
L6
R105
L8
L7
L3
R103
L9
U20
FL4
C320 R294
R214
C134
U1
C183
C102
R203
J2
C184
C217
C374
U67
R224
C390
U22
R166
R237
R180
R125
R218
R221
C50
R65
R35
R49
R174
R53
R54
R175
R101
R150
R153
R212
R213
R207
R628
C430
R56
R208
U12
FL9
Q28
Q30
R176
C182
C286 C147
R120
U53
U46
R119
C14
C15
X4
R381
R287
P2
R104
R108
R296
C92
C322
R116
R117
R266
R137
R139
C323
U17
R110
C11
R286
U32
R168
L5
R586
C10
D39
D38
C23
Q60
R97
U54
L25
U18
R423
R98
D40
C21
R4
C22
C309
Q24
U51
D41
R96
R619
U31
R111
R293
R581
R38
C146
R251
R250
C106
U37
C411
R36
R600
J7
C1119
C1120
C310
R184
R185
R181
R182
R165
R305
R369
R370
R317
R163
C205
R29
R172
U26
U30
R367 R368
U25
U40
R240
R55
R587
R46
U65
R227
C203
U13
U19
R215
R228
R179
R156
R190
R231
R364
R235
R365
R366
R318
R229
R225
P7
R129
U100
C34
C127
P6
U85
R62
C422
R200
C424
R202
R519
R524
R577
Q76
C423
C448
C434
C426
C405
C142
R589
R424
R188
Q5
R260 C428
U68 U73 U72
U70
R187
Q21
U71
R616
U64
U69
Q77
R89
C447
C449
R164
R563
C432
Q19
R283
R376
Q22
R506
R379
Q20
R516
R378
R377
Q57
R614
R60
U57
Q70
Q69
R90
R504
C302
R491
R521
R88
R604
R605
R63
C464
C314
C107
C229
R303
C435
C230
C139
R59
R301
R94
R57
R58
R534
R533
R531
R532
R412
R453
R325
R353
U61
C453
R322
Q75
R543
L48
C278
L47
C277
L46
L45
L44
L32
L30
C155
L29
C158
Q33
C161
P9
C206
L31
L28
C215
J6
R334
R547
R435
C210
R330
R560
R615
Q32
R483
R538
C331
C425
R553
R9
R124
C227
R555
R11
R10
R357
C462
R568
R12
R355
R356
U45
R335
R559
C330 R299
R341
R558
C145
R219
R541
C333
C421 C226
U48
R580
R530
R362
C416
C129
C324
R123
R304
J3
C108
U23
C427
U49
C327
J1
R503
C228
C465
J5
R556
R121
U43
R498
C326 C325 C328
R501
R403
R508
R302 C329
R517
R52
C455
R433
R220
R502
C470
R562
R500
R288
C1
C2
R158
D1
R130
Q7
D8
R61
R162
C44
R194
D26
R261
C300
C454
U63
R193
R488
R25
R3
R144
R518
R352
Q9
R71
Q55
Q8
R19
R390
C298
R48
U6
R75
R76
R273
C297
U38
C90
C24
R443
U58
R226
R463
C213
R438
C143
R64
R143
R167
R391
Q36
R154
Q23
R140
C103
C27
R462
R44
C299
R73
R272
R74
U7
P1
R271
R199
R523
R380
R513
R148
R573
R20
D4
U3
R34
J4
C37
FL15
R41
C414
D5
R1
C151
R24
D2
R319
C281
C279
C19
R348
R197
C295
C282
C280
R269
U39
R6
D11
R277
R321
J8
R141
R270
Q25
C283
U74
R2
R388
C28
C413
U82
R211
C284
U76
C87
R5
U14
R201
U77
R274
U8
C287
R320
J11
C86
R263 C293
R43
R323
C433
R39
R83
C301
R393
R478
C39
U55
Q15
R198
C38
Q29
Q11
C288
C105
D10
R262
R276
Q56
R79
R578
U62
D7
R264
C292
R441
L22
R85
C30
R84
Q14
C289
C429
C452
R195
R72
C101
U21
R23
R78
R82
C83
C290
U47
C46
R68
L1
L2
Q27
R17
C140
D18
U36
D6
Q67
R69
R349
R81
C7
C20
FL2
C1126
C153
FL3
R408
C9
R420
R436
Q26
D50
R118
R127
R22
R447
P4
R446
R451
R470
J9
ASSEMBLY TOP
J10
P8
R442
R99
C36
P5
05-Oct-2005
R474
R371
R386
R401
R469
R454
R449
R439
R444
R471
R461
R431
R429
R459
R339
R406
R256
R255
R427
R268
C410
FL13
C1097
Q82
R389
R402
C296
C459
R460
Q79
R472
R407
R418
R354
R434
R324
R428
R329
C294
R432
R161
R458
R253
R372
R448
R468
R331
C104
R259
C73
R257
R550
R258
R86
C305
R18
C60
D20
R336
R326
R40
R592
R452
R37
R159 R284 R160
U16
C141
R437
Q39
D36
C70
C47
C95
C133
C33
C94
C48
D31
R399
C32
C157
C61
R147
C31
R591
R457
D16
C68
D29
C49
D35
C132
R87
C304
D19
C67
R612
C69
R493
R350
C29
Q78
R621
R473
R466
R464
R254
R340
R419
R465
R445
R252
R450
R455
R440
D13
R351
R467
R426
R456
R425
R430
R618
R91
U24
U75
R598
R528
L41
L43
C154
C152
R311
R132
C149
L42
R133
ASSEMBLY BOTTOM
05-Oct-2005
R593
D3
C84
Q31
R267
D9
R80
Q50
Q49
Q48
D32
R373
Q2
Q40
C93
R275
R157
R375
R374
C3
C4
C5
R42
C118
R196
C63
C45
D17
D51
D52
C6
C12
C13
C35
U52
C303
C64
R152
R151
D33
R557
R345
R346
R481
R338
R337
R328
R327
R400
R394
R510
R511
R545
R492
R535
R482
R565
R512
R575
R548
R496
R495
R552
R551
D34
R100
C124
R554
C123
C121
C120
R497
C122
R487
U102
R625
C311
R499
R570
R566
R569
R514
R567
R66
R626
R316
C8
Q1
C1127
C1128
C116
Q12
R480
R536
R539
R484
R537
Q38
R315
Q37
R122
R8
Q13
R70
R314
R285
R490
R546
R549
FL14
R494
FL10
R561
R411
R409
R405
R404
R385
R384
R505
R507
R509
R522
R571
R574
R576
C138
C417
R291
R564
R515
FL12
Q44
C461
R360
R306
R26
C81
R30
R32
R31
C80
R422
R135
R16
C225
U44
R421
Q34
C148
C332
R67
R13
R359 R383
R155
R15
R14
R358 R361
R382
R410
R300
R310
R579
X1
C42
R292
R298
C74
R307
R520
C75
R308
C66
R309
R627
C65
R525
R476
R526
R332
R333
R527
R486
R475
R529
R542
U101
R544
R485
C415
C254
C214
C244
U41
R233
C603
R395
R77
FL5
C91
C234
C235
C236
C231
C232
U15
C602
R192
R128
C379
Q10
C135
C212
C1125
C26
R236
R232 C216
R134
R392
C469
R223 C208
C25
R222 C207
D12
C418
R243
FL7
R242
R611
R606
R609
C239
C222
C223
C224
C250
C252
R610
Q52
R50
C397
R588
C401
C402
C336
C451
C396
C355
C395
R607
C400
C1095
C394
R239
R145
Q6
R51
C458
C403
U59
R92
R45
R131
R178
C253
C255 C246 C259
R206
R413
R601
U81
L4
U80
C1096
C387
C386
C335
C334 C407
R246
R249
C384
C391
C1103 C128
R245
C308
R265
C457
C360
C1129
R290
C174
U35
U103
C171
R613
Q18
C409 C1102
C385
C1104 C406
C88
C408 C1105
R171
R149
C167
R210
R216
R234
C196
R617
C168
R186
C172
Q17
C62
U79
C166
C170
R95
U56
R204
C176
R282
Q16
C144
C76
C276
R136
C285
R177
R289
C119
R279
R7
R280
C186
C187
U5
U9
C55
C56
C54
C18
C467 C468
C51
C53
C52
D48
C40
C195
D49
C97
R281
R93
C117
R343
R342
R102
R189
R624
R623
L16
R191
C57
R629
R248
U10
TVS4
C98
R115
C313
Q41
Q3
R146
R344
R312
C159
R387
R33
R313
C160
C109
C99
R107
R297
R126
R106
C319
D22
C315
U42
C316
C317
R21
R347 R278
C156
C126
C165
C164
C275
C162
C163
C78
C340
L24
FL1
C125
R183
C181
C179
C177
C175
C178
C180
D30
C77
U33
U29
C173
R209
C169
R173
R138
R217
U28
U34
C41
C43
U50
C373
C361
C362
C200
C201
C202
C190
C370
C371
R630
C372
C366
C191
C192
C193
C194
C388
C389
U104
C1130
R631
C318
C96
R114
R169
R170
DN2
TVS3
TVS2
TVS1
DN3
C100
C321
R109
C460
U2
C341
C204
X3
C72
R238 C218
C16
X5
R572
C1123
C274
R396
C245
R363
R599
C71
R230
R47
C209
C17
C243
C364
C365
C600
C238
C189
R205
C363
C463
R477
R479
R540
R489
C1122
C251 C269
C265 C233
C264 C263
C248 C262
C256 R398
C247 R397
C242
C241
C240
C257
C258
C260
C378
C188
C185
C367
C601
C377
C368
C375
C376
C369
C197
C198
C1118
C199
C404
C1121 R608
R603
C380
C393
C381
C383
C392
C456
C268
C267
C266
C221
C220
C219
C270
C271
C272
C249 C261
C237
C382
U60
R142
R247
R244
R241
C450
C137
U66
X6
C273 C1124
C399
C398
Q35
C356
R590
FL11
C211
C354
D21
U11
FL6
C357
C85
C89
C431
R112
R28
R27
R295
R113
TP432
TP438
TP412
TP398
TP345
TP350
TP76
TP394
TP509
TP343
TP348
TP386
TP344
TP423
TP416
TP417
TP396
TP88
TP393
TP400
TP513
TP151
TP384
TP411
TP410
TP41
TP424
TP422
TP39
TP419
TP308
TP420
TP38
TP421
TP26
TP773
TP860
TP338
TP35
TP807
TP18
TP93
TP22 TP40
TP11
TP714
TP808
TP683
TP716
TP809
TP810
TP710
TP817
TP403
TP715
TP79
TP332
TP85
TP55
TP91
TP34
TP828
TP331
TP12
TP856
TP78
TP728
TP551
TP727
TP104
TP868
TP862
TP688
TP64
TP684
TP193
TP793
TP147
TP187 TP791
TP789
TP784
TP697
TP106
TP105
TP178
TP177
TP107
TP176
TP180
TP719
TP175
TP165
TP30
TP68
TP404
TP604
TP56
TP782
TP188
TP790
TP792
TP186
TP181
TP98
TP861
TP148
TP787
TP785
TP182
TP169
TP335
TP796
TP795
TP788
TP183
TP173
TP550
TP129
TP799
TP185
TP184
TP172
TP865
TP797
TP166
TP164
TP170
TP171
TP783 TP798
TP786
TP109
TP70
TP83
TP62
TP737
TP123
TP493
TP139
TP94
TP380
TP370
TP365
TP1
TP362
TP371
TP379
TP364
TP443
TP312
TP1153
TP377
TP321
TP383
TP673
TP369
TP372
TP142
TP468
TP373
TP492
TP491
TP460
TP471
TP464
TP472
TP473
TP470
TP409
TP376
TP675
TP313
TP408
TP367
TP337
TP672
TP319
TP363
TP674
TP374
TP366
TP311
TP382 TP381
TP466
TP453
TP113
TP490
TP469
TP454
TP484
TP476
TP24
TP455
TP487 TP80
TP878
TP479
TP160
TP478
TP524
TP514
TP534
TP519
TP505
TP523
TP531
TP231
TP233
TP757
TP267
TP201
TP252
TP250
TP275
TP284
TP234
TP213
TP318
TP548
TP67
TP544
TP251
TP212
TP203
TP866
TP210
TP153
TP205
TP758
TP241
TP326
TP283
TP240
TP260
TP494
TP483
TP295
TP265
TP261
TP294
TP202
TP270
TP262
TP274
TP632
TP325
TP630
TP631
TP278
TP264
TP249
TP242
TP263
TP238
TP259
TP235
TP271
TP293
TP133
TP268
TP226
TP134
TP302
TP255
TP291
TP225
TP224
TP247
TP126
TP144
TP229
TP230
TP60
TP228
TP258
TP223
TP58
TP257
TP59
TP867
TP353
TP876
TP61
TP222
TP480
TP351
TP354
TP355
TP352
TP356
TP753
05-Oct-2005
TP128
TP131
TP430
TP1161
TP127
TP752
TP749
TP774
TP779
TP167
05-Oct-2005
TP751
TP1160
TP778
TP780
TP750
TP1159
TP775
TP1150
TP445
TP256
TP1154
TP777
TP481
TP447
TP254
TP155
TP289 TP288
TP287
TP290
TP227
TP781
TP159
TP296
TP286
TP282
TP280
TP281
TP269
TP158
TP439
TP145
TP292
TP157
TP277
TP324
TP81
TP759
TP664
TP273
TP272
TP663
TP322
TP279
TP536
TP629
TP327
TP214
TP216
TP501
TP541
TP500
TP482
TP310
TP253
TP219
TP539
TP540
TP130
TP627
TP239
TP246
TP495
TP538
TP633
TP266
TP209
TP215
TP217
TP154
TP218
TP766
TP237
TP221
TP220
TP875
TP317
TP232
TP236
TP285
TP276
TP506
TP533
TP503
TP532
TP499
TP504
TP530
TP529
TP528
TP527
TP526
TP525
TP776
TP477
TP802
TP805
TP54
TP118
TP475
TP162
TP161
TP804
TP769
TP634
TP546
TP156
TP535
TP467
TP136
TP801
TP803
TP812
TP811
TP119
TP8
TP305
TP813
TP814
TP138
TP845
TP818
TP116
TP815
TP800
TP206
TP821
TP819
TP200
TP823
TP820
TP822
TP521
TP824
TP844
TP765
TP522
TP515
TP755
TP754
TP502
TP562
TP738
TP880
TP198
TP603
TP565
TP520
TP117
TP474
TP122
TP843
TP847
TP848
TP826
TP829
TP146
TP143
TP141
TP835
TP368
TP582
TP191
TP199
TP849
TP794
TP837
TP841
TP768
TP462
TP207
TP208
TP877
TP456
TP457
TP488
TP1075
TP65
TP461
TP745
TP744
TP459
TP739
TP756
TP458
TP518
TP583
TP670
TP463
TP831
TP830
TP576
TP834
TP842
TP547
TP836
TP401
TP402
TP405
TP320
TP315
TP6
TP323
TP314
TP452
TP407
TP846
TP838
TP839
TP840
TP489
TP747
TP746
TP406
TP375
TP132
TP378
TP140
TP770
TP748
TP90
TP10
TP20
TP27
TP15
TP112
TP605
TP73
TP537
TP52
TP701
TP72
TP29
TP707
TP87
TP86
TP28
TP706
TP718
TP881
TP850
TP699
TP705
TP195
TP334
TP882
TP168
TP717
TP711
TP3
TP708
TP4 TP333
TP712
TP21
TP125
TP678
TP873
TP108
TP9
TP723 TP726
TP89
TP725
TP612
TP676
TP696
TP194
TP190
TP32
TP863
TP827
TP864 TP346
TP340
TP1077
TP615
TP616
TP721
TP702
TP31
TP703
TP713
TP816
TP101
TP110
TP602
TP17
TP103
TP135
TP19
TP82
TP152
TP57
TP111
TP102
TP771
TP33
TP832
TP339
TP552
TP13
TP36
TP2
TP545
TP23
TP48
TP47
TP5
TP25
TP601
TP44
TP1151
TP440
TP441
TP43
TP49
TP45 TP46
TP42
TP511
TP436
TP358
TP580
TP341
TP347
TP507
TP115
TP425
TP385
TP395
TP397
TP444
TP510
TP508
TP426
TP414
TP434
TP427
TP442
TP342
TP387
TP561
TP556
TP560
TP559
TP558
TP163
TP557
TP566
TP429
TP428
TP431
TP418
TP437
TP415
TP114
TP1162
TP192
TP74
TP833
TP767
TP825
TP855
TP7
TP607
TP613
TP517
TP614
TP577
TP772
TP16
TP50
TP150
TP578
TP611
TP298
TP512
TP564
TP567
TP244
TP63
TP685
TP542
TP77
TP137
TP75
TP330
TP99
TP336
TP608
TP581
TP587
TP588
TP570
TP571
TP572
TP575
TP304
TP585
TP309
TP306
TP299
TP694
TP51
TP872
TP724
TP71
TP97
TP95
TP92
TP606
TP149
TP579
TP53
TP599
TP597
TP573
TP596
TP671
TP584
TP595
TP594
TP593
TP592
TP591
TP590
TP586
TP243
TP204
TP625
TP574
TP297
TP307
TP303
TP609
TP610
TP84
TP211
TP598
TP189
TP677
TP720
TP704
TP698
TP14
TP709
TP66
TP700
TP691
TP690
TP37
TP96
TP549
TP695
TP693
TP686
TP100
TP692
TP69
TP687
TP689
TP543
TP391
TP413
TP433
TP435
8
7
6
5
24.576 Mhz
Xtal
DAC
MIC PRE-AMP
AUDIO
CODEC
AC'97
WM9708
ADC
BEEPER VOLUME
1
NAND FLASH CONTROL BUS
TO NAND FLASH
COM2 PWR EN
COM2 EN
TO COM 2
TRANSCEIVERS
MMC
Multi Media Card
(20Mbps)
PC/CF CARD ERROR
PCMCIA
INTERFACE
Memory
INTERFACE
RTC
Ricoh
RV5C386A
CF CARD DETECT
32D, 26A
OE
C
LOGI
C
CARD
DETECT
PC CARD
SLOT 0
(3/5V)
PC CARD DETECT
GPIO
IRQ_KBD
FROM PCON
32 KHz
XTAL
TB2 Timer/PW measure 16-bit
TA1 Timer/PWM 16-bit
Undecoded External
Scanner I/F 3.3V
TO MQ1188 USB / SDIO
CONTROLLER ( PAGE 2)
PWR SYNC CLK
TA3 Timer/PWM 16-bit
ANALOG_CCFL_DIM
OPTIONS
RESISTOR
~SDCS_1,2,3
0
TETHER ID
1
E
USB Host Port 2
TO PCON RESET
EN_USB_HUB_PWR
FROM
DTB
AUX ID
2
LCD TYPE
3
OPTIONS_A_D
4
5
BATT SET
6
MLB TEMP
7
IRQ-TOUCH
IRQ-PCON
KEYBOARD HEATER EN
COM_EN
TO EXT KEYBOARD PWR SWITCHES
THERMISTER
TO PWR SW
TO PCON ADC
TO MQ1188
FROM AUDIO /HEADPHONE AMP
TO MIC PRE-AMP
15VDC
Input Power Selector
BATTERY VOLTAGE
Battery Monitor
BATT PRES
3V3 Standby Reg
Inrush Limiter
Power Monitor
Battery Charger (2A)
3V3 Audio
5V Standby Reg
LOW ENERGY
CHARGER CONTROL
CHARGER_V_ADJ
MLB HEATER
PCON LDO
3.3V 50 mA
AUX ID
SPEAKER OUT
MIC_IN
POWER SW
8530 ONLY
55 WATT
DC TO DC
CONVERTER
DC Power Input 10-55V
C
VPA 1280 IMAGER
Battery ID
ID
5V Switcher
5A
CPU Core Switcher
500mA
3 Cell-11 V
PWR_SYNC_CLK
B
PSION TEKLOGIX
Supercap
Charger
Tether Power
(+/-15V)
RTCSuper
caps 4.9F
Next Generation Vehicle
Mount Terminal
8525/30 Rev. A
ARCHITECTURE
CHANGES FROM 7530
REV.B (CALVIN)
DECEMBER 1 2003
Page 1 of 2
POWER MANAGER
HALL EFFECT
7
6
5
4
3
SMBus
Main Battery
Li-Ion
FPGA Core LDO
150 mA
see detailed diagram
Charge Circuit
E090090-613
3V3 Switched Power
CONVERTER ENABLE
TO PCON
ADC
3.3V Switcher
2.5A
TO PXA255
INTERNAL SCAN BAY
8
D
USB Device I/F
MQ1188 Core LDO
50 mA
4.5V Audio
RADIO HEATER EN
MLB HEATER EN
AUXILLARY
PORT
CONN.
26 PIN HIGH
DENSITY
TO I2C /SMBus
5V Switched Power
POWER
SWITCH
Console
Port
MOTION DETECT
LOW ENERGY LATCH
RESISTIVE
HEATER
ELEMENT
RS232
Transceiver
CONSOLE TXD SEL
AUX Port
Power
Switch
Switched 5V
TO PXA255
OPTIONS
SELECT
RESISTORS
FROM PCON
DAC
A
PCON_PROG
TO PXA255
POWER ON
TEMPERATURE
SENSOR
POWER
SWITCH
FROM DTB
POWER SWITCH CONTROL
THERMISTER
RESISTIVE
HEATER
ELEMENT
CONSOLE
PORT RX/TX
MOTION DETECT
RADIO HEATER PCB
RADIO THERMISTER 2
TO
PXA255
PXA-250
CONSOLE
UART
EN_AUX_PORT_PWR
GPIO
PC CARD DETECT
RADIO THERMISTER 1
TO DTB
TO RTC
CONSOLE TXD SEL
ASIC/FPGA JTAG Bus
DELETED
FUNCTIONS
USB Host Port 3
PCON
PROG.
I/F
~EN_USB_PULLUP
BATT PRES
TO MQ1188 AND EPSON LCD
CONTROLLER ( PAGE 2)
PWR SW
3.3/5V
4
PCON CONSOLE PORT / SERIAL
PROGRAMMING
EN_32_KHZ
MLB
THERMISTER
B
TETHER ID
5
LCD HEATER EN
LCD TEMP
NAND FLASH CONTROL BUS
I2C / SMBUS
High Cycle
Count
Circular
Connector
(>10K
Cycles)
TO PCON ADC
USB
Hub 3
F
CONVERTER ENABLE
THERMISTER
~SDCS0
TO MQ1188
UART1 / SPI1 / SIO1
DTB (OPTION)
TO EPSON LCD
CONTROLLER ( PAGE 2 )
USB Host Port 1
2
USB
UPSTREAM
HOST
PROGRAM_PCON
PROG.I/F
DAC Chan 1 (8-bit)
5V Level
Translation
1
USB RESET
FROM
MQ1188
TA2 Timer/PWM 16-bit
DAC Chan 0 (8-bit)
CHARGER V_ADJ
TO BQ24700
TETHER
PORT
RS232
Transceiver
TO
KEYBOARD
TB5 Timer/PW measure 16-bit
TA4 Timer/PWM 16-bit
TO DTB
ADDRESS, DATA &
CONTROL BUS
EL COMMAND
TB4 Timer/PW measure 16-bit
TA0 Timer/PWM 16-bit
LOW ENERGY LATCH
LOW ENERGY
FPGA CONFIG Bus
PC CARD
SLOT 1
(3/5V)
BAR DATA
TB3 Timer/PW measure 16-bit
JTAG
LCD
Controller
NAND FLASH
SITE
( 64 MB)
[x16]
Decoded Scanner I/F
(RX,TX,CTS,RTS)
TO
PXA255
TB1 Timer/PW measure 16-bit
TO PWR MANAGER
Switched 5V
TETHER PORT CONTROL
XC
OSC
FROM PWR MANAGER
Tether Port
Power
Switch
GND_TETHER_PWR
SPI3 / SIO3
GPIO
M-SYSTEMS FLASH
SITE
( 64 MB)
[x16]
BUFFER
FPGA/ASIC
TB0 Timer/PW measure 16-bit
RTC IRQB
3.6864 MHz
3M6864 Hz
48 MHz
G
COM_EN
BATTERY VOLTAGE
SLOT 2 OE
COM2_ONLINE
TO
PXA255
SPI4 / SIO4
32KHZ
TO PWR MANAGER
SDRAM SITES
(64MB - 128 MB)
[x32]
FROM PXA255 GPIO
DE-9
RS232
Transceivers
EN_TETHER_PWR
UART3 / TB2IN / SIO3
UART0 / SPI0 / SIO0
FROM AUXILARY PORT
COMPACT
FLASH (CF+)
TYPE II
SLOT 0
(3/5V)
SA2 RESET
GPIO
DMA Controller
(2 chan)
SA2 JTAG Bus
OS TIMER
Watchdog
PowerMgmt
INT Controller
DMA Controller
COM2_EN
Watchdog timer
(15 bit)
10KB RAM
UART2 / I2C / SIO2
Buffer
7.37284MHz
Xtal
X OSC
TO BATTERY
PCB
FROM TETHER PORT
D
128KB
FLASH
KEYBOARD
HEATER EN
32KHz
~EXT KYBD DETECT
FROM PCON
TO PCON
EL COMMAND
FROM PCON
POWER
SWITCH
TO
PXA 255
FIFO
16
DMA
SS PWR DOWN
SS CLK PWR DOWN
PWR SW
3.3/5V
E2
PROM
32K
D-cache
OSC
82B715
I2C BUS
EXTENDER
I2C / SMBUS
SA-2 ARM V5
RISC CORE
(400 MHz 500 MIPS)
2KB
MiniCache
RS-422
DRIVER
RECEIVER/
SSP/SPI BUS
JTAG / ICE
COM2 AUTO ONLINE
TO LCD SPREAD
SPECTRUM
CLOCK DRIVER
POWER
SWITCHES
Interrupt
Module
16-BIT CPU Core
(3.6864 / 7.3728 MHz )
RADIO HEATER EN
E
32K
I-cache
GPIO
(18 bits typ)
EXT KYBD PWR EN
64B
FIFO
DMA
64B
FIFO
DMA
IRQ-KEYBOARD
IRQ-RTC
IRQ-PCON
IRQ-MQ1188
IRQ-TOUCH
EXTERNAL SCANNER CONTROL I/O
ENABLE
I2C
MAC
CoProcessor
FROM AUX PORT MOTION DETECT
FROM PCON LOW ENERGY LATCH
TO TETHER PORT
SSP/
SPI
PWM
(2-chan)
MQ188 PWRDN
32 KHz
XTAL
For Separate
keyboard
version 8530
FROM PXA255 GPIO
Tether Port MUX
Beeper
Drive
0
COM PORT 2
FROM PXA255 TxD,RxD,RTS,CTS,DTR,DSR,DCD
UART 1
PERIPHERAL CONTROLLER (PCON)
ADC (8-CHAN)
10bit with SAH
BEEPER OUT
BEEPER
BEEPER SIGNAL
DMA
TxD,RxD,RTS,CTS,DTR,DSR,DCD
UART 1
(Full Function)
430 kbps
OSC /
RTC
64B
FIFO
DMA
UART 2
(Bluetooth)
921 kbps
SCANNER I/F 3.3V
USB Device
Interface
(12 MBPS)
DMA
STUART3
(rx,tx)
230Kbps
EXTERNAL DECODED
F
HEATER
M30620FCNGP
I2S CODEC
CONTROLLER
TO TETHER PORT
TO COM2 PORT
RS-422
DRIVER
RECEIVER/
CHIP SELECTS
PXA250 CONSOLE UART
TO AUX PORT I/F
MULTIPLEXER
PROGRAM_PCON
Reset
Supervisor
82B715
I2C BUS
EXTENDER
IRQ-KBD
DMA
~SDCS_0
~SDCS_1,2,3
~ASIC_CS5
~LCD_CS3
~MQ1188_CS2
~FLASH_CS1
TO SDRAM
EL
Backlight
Driver
AUDIO CODEC
AC'97
AC-LINK
LOW ENERGY LATCH
SA2 RESET
G
COM2 SWITCHED 5V
POWER
SWITCH
I2C / SMBus
Fast IrDA
POWER
MANAGEMENT
FROM PCON
FROM PCON
FROM PCON
EN_COM2_PWR
FROM PXA255 GPIO
EXT KYBD PWR EN
BATTERY FAULT
Micro-Controller
PIC 16LF74-I/PT
FROM KEYBOARD PCB
COREVDD EN
H
User LED
(Red/Yel/Grn)
User LED
(Red/Yel/Grn)
User LED
(Red/Yel/Grn)
User LED
(Red/Yel/Grn)
EL
PANEL
MAIN CPU - PXA255
TO CPU CORE POWER SUPPLY
1
68 Key Matrix
PWR_AMP_ON
MLB HEATER EN
MIC_IN
FROM AUX PORT
CONNECTOR
2
KEYBOARD PCB
EN_32_KHZ
H
AUDIO /
HEADPHONE
AMP
3
~EXT KYBD DETECT
SPEAKER OUT
TO AUX PORT
CONNECTOR
4
2
1
A
05-Oct-2005
8
7
6
5
H
3
2
1
H
10Mhz
XTAL
FROM PXA-255
G
4
FROM PXA-255
LCD CONTROLLER
S1D13806
MEMORY
CONTROL
LCD_CS
ADDRESS BUS [A18:1]
SS_PWRDN
SS_CLK_PWRDN
PROGRAMMABLE
SPREAD
SPECTRUM
MULTIPLIER
CPU
Interface
48 MHZ
FROM PXA255
FROM PXA255
FROM PXA255
LCD Display 8525
8.8" (Colour TFT)
640H x 240W
3.3V
OSC
DATA BUS [D15:0]
G
I2C / SMBUS
EEPROM
1024KB
SDRAM
F
Power Switch
LCD Panel Control signals
Positive LCD
Bias Generator
Display
Logic
Negative LCD
Bias Generator
F
LCD I/F
2D Graphics
Engine
Memory Interface
BYPASS
THERMISTER
LCD Type
TO MLB TEMP SENSOR
LCD Type
GPIO
E
FROM PCON GPIO
FROM PCON DAC
FROM PCON GPIO
D
FROM PXA-255
OSC
CPU
Interface
Display
Logic
DATA BUS [D15:0]
3M6864 Hz
FROM PXA-255
Buffer
HEATER
POWER SWITCH
LCD HEATER
Touch Controller
(5 wire)
ADS7845
5 Wire Touch
Panel
DISPLAY TRANSITION BOARD
( DTB ) 8525 SHOWN
Touch
Installed
E
LCD BACKLIGHT INVERTER PCB
D
Heater
Installed
IRQ-MQ
TO PXA-255
PWM 1
2D Graphics
Engine
I2S CODEC
256KB
SRAM
SDIO
SDIO
CONTROL
TO USB HUB
TO AUDIO PWR REGULATORS
PWM 0
Memory Interface
C
SPI
AUDIO EN
PWR_AMP_ON
C
TOUCH BUS
GPIO A,B,C - FUTURE USE
DTB PULLUP DRIVE
USB RESET
TO AUDIO AMP
HEATER INSTALLED
GPIO
TOUCH INSTALLED
HEATER INSTALLED
GPIO
EN_USB_DEV
TOUCH PANEL INSTALLED
USB Device
PULLUP
USB Device
FROM PXA255 GPIO
LCD HEATER EN
USB / SDIO CONTROLLER
MQ1188
INVERTER DIMMER
ANALOG_CCFL_DIM
MQ_CS
ADDRESS BUS [A18:1]
B
INVERTER ENABLE
~CCFL_EN
LCD I/F
FROM PXA-255
MEMORY
CONTROL
TO PCON ADC
LCD_CTRLR_PWRDN
POWER
CONTROL
B
TO AUXILLARY PORT
USB Host
PSION TEKLOGIX
TO USB HUB
Next Generation Vehicle
Mount Terminal
8525/30 Rev. A
ARCHITECTURE
CHANGES FROM 7530
REV.B (CALVIN)
05-Oct-2005
A
DECEMBER 01 2003
PAGE 2 OF 2
8
7
6
5
4
3
2
1
A
LQ104S1DG21
TFT-LCD Module
(Model Number: LQ104S1DG21)
Specifications
Spec No.:LD-14304
Dated: June 10, 2002
05-Oct-2005
PREPARED BY :
DATE
SPEC No. LD-14304
FILE No.
APPROVED BY :
DATE
ISSUE : Apr.10.2002
AVC LIQUID CRYSTAL DISPLAY GROUP
SHARP CORPORATION
PAGE : 15 pages
APPLICABLE GROUP
AVC LIQUID CRYSTAL DISPLAY
SPECIFICATION
GROUP
DEVICE SPECIFICATION FOR
TFT-LCD Module
MODEL No.
LQ104S1DG21
□ CUSTOMER'S APPROVAL
DATE
PRESENTED
BY
BY
M.TAKEDA
Department General Manager
Development Engineering Department Ⅱ
AVC LIQUID CRYSTAL DISPLAY Division
AVC LIQUID CRYSTAL DISPLAY
GROUP
05-Oct-2005
SHARP CORPORATION
LD-14304-1
1. Application
This specifications applies to color TFT-LCD module, LQ104S1DG21.
These specifications sheets are the proprietary product of SHARP CORPORATION(”SHARP) and include
materials protected under copyright of SHARP. Do not reproduce or cause any third party to reproduce them
in any form or by any means, electronic or mechanical, for any purpose, in whole or in part, without the
express written permission of SHARP .
The device listed in these specifications sheets was designed and manufactured for use in general electronic
equipment.
In case of using the device for applications such as control and safety equipment for transportation(aircraft,
trains, automobiles, etc. ), rescue and security equipment and various safety related equipment which require
higher reliability and safety, take into consideration that appropriate measures such as fail-safe functions and
redundant system design should be taken .
Do not use the device for equipment that requires an extreme level of reliability, such as aerospace
applications, telecommunication equipment(trunk lines), nuclear power control equipment and medical or
other equipment for life support .
SHARP assumes no responsibility for any damage resulting from the use of the device which does not
comply with the instructions and the precautions specified in these specifications sheets .
Contact and consult with a SHARP sales representative for any questions about this device .
2. Overview
This module is a color active matrix LCD module incorporating amorphous silicon TFT
(Thin Film Transistor).
It is composed of a color TFT-LCD panel, driver ICs, control
circuit and power supply circuit and a backlight unit. Graphics and texts can be
displayed on a 800×3×600 dots panel with 262,144 colors by supplying 18 bit data signal
(6bit/color), four timing signals, +3.3V or +5V DC supply voltage for TFT-LCD panel driving and
supply voltage for backlight.
The TFT-LCD panel used for this module is a low-reflection and higher-color-saturation
type. Therefore, this module is also suitable for the multimedia use.
Optimum viewing direction is 6 o'clock.
Backlight-driving DC/AC inverter is not built in this module.
05-Oct-2005
LD-14304-2
3. Mechanical Specifications
Parameter
Specifications
Unit
Diagonal
cm
Display size
26 (10.4")
Active area
211.2(H)×158.4(V)
mm
Pixel format
800(H)×600(V)
pixel
(1 pixel=R+G+B dots)
Pixel pitch
0.264(H)×0.264(V)
Pixel configuration
R,G,B vertical stripe
Display mode
Normally white
Unit outline dimensions *1
246.5(W)×179.4(H)×15.5max(D)
(excluding backlight cables)
Outline dimensions is shown in Fig.1
Mass
620 max
Surface treatment
Anti-glare and hard-coating
mm
mm
g
4. Input Terminals
4-1. TFT-LCD panel driving
Connector name :CN1 Used connector:DF9MA-41P-1V (Hirose Electric Co., Ltd.)
Corresponding connector: DF9-41S-1V,DF9A-41S-1V,DF9B-41S-1V,DF9M-41S-1V
1Pin
Rear side
Rear
1
2
CN1(I/F connector)
41
40
05-Oct-2005
LD-14304-3
Pin No.
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
Symbol
GND
CK
GND
Hsync
Vsync
GND
GND
GND
R0
R1
R2
GND
R3
R4
R5
GND
GND
GND
G0
G1
G2
GND
G3
G4
G5
GND
GND
GND
B0
B1
B2
GND
B3
B4
B5
GND
ENAB
R/L
Vcc
Vcc
U/D
Function
-
Clock signal for sampling each data signal
-
Horizontal synchronous signal
Vertical synchronous signal
-
-
-
RED data signal(LSB)
RED data signal
RED data signal
-
RED data signal
RED data signal
RED data signal(MSB)
-
-
-
GREEN data signal(LSB)
GREEN data signal
GREEN data signal
-
GREEN data signal
GREEN data signal
GREEN data signal(MSB)
-
-
-
BLUE data signal(LSB)
BLUE data signal
BLUE data signal
-
BLUE data signal
BLUE data signal
BLUE data signal(MSB)
-
Signal to settle the horizontal display position
Horizontal display mode select signal
power supply (+3.3Vor+5.0V)
power supply (+3.3Vor+5.0V)
Vertical display mode select signal
Remark
-
-
-
【Note1】
【Note1】
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
【Note2】
-
-
-
-
※The shielding case is connected with GND.
【Note1】The polarity of both synchronous signals are negative.
【Note2】The horizontal display start timing is settled in accordance with a rising timing of ENAB
signal. In case ENAB is fixed "Low", the horizontal start timing is determined as described
in 7-2. Don't keep ENAB “High" during operation.
05-Oct-2005
LD-14304-4
【Note3】R/L=High、U/D=Low
R/L=Low、U/D=Low
Please do not use this terminal by “open”.
【Note4】R/L=High、U/D=High
R/L=Low、U/D=High
Please do not use this terminal by “open”.
4-2. Backlight driving
Connector name :CN2、CN3
Used connector : BHR-03VS-1(JST)
Corresponding connector :SM02(8.0)B-BHS(JST)
Pin no.
Symbol
1
VHIGH
2
NC
3
VLOW
Function
Power supply for lamp
Cable color
(High voltage side)
Pink
This is electrically opened.
Power supply for lamp
(Low voltage side)
White
5. Absolute Maximum Ratings
Parameter
Symbol
Condition
Ratings
Unit
Remark
VI
Ta=25℃
-0.3 ~ +5.5
V
【Note1】
+5V supply voltage
Vcc
Ta=25℃
0 ~ + 6
V
Storage temperature
Tstg
-
-35~70
℃
Operating temperature (Ambient)
Topa
-
-10~65
℃
Input voltage
【Note2】
【Note1】CK,R0~R5,G0~G5,B0~B5,Hsync,Vsync,ENAB, R/L, U/L
【Note2】Humidity:95%RH Max. at Ta≦50℃.
Maximum wet-bulb temperature at 39℃ or less at Ta>50℃.( No condensation.)
【Note3】Humidity:95%RH Max. at Ta≦40℃.
Maximum wet-bulb temperature at 39℃ or less at Ta>40℃.( No condensation.)
05-Oct-2005
LD-14304-5
6. Electrical Characteristics
6-1.TFT-LCDpaneldriving
Ta=25℃
Parameter
Supply voltage
Power
Supply Current dissipation
Symbol
Vcc
Permissive input ripple voltage
Input voltage (Low)
Input voltage (High)
Input current (low)
Input current (High)
Min.
Typ.
Max.
+3.0 +3.3 +5.0 +5.5
Unit
V
Remark
【Note1】
Icc
-
310
450
mA
Vcc=3.3V【Note2】
Icc
VRF
VIL
VIH
-
-
-
330
-
-
-
470
mA
Vcc=5.0V【Note2】
100
0.9
-
mVp-p
V
V
-
1.0
μA
VI=0V 【Note4】
Vcc=5.0V
【Note3】
IOL1
2.4
-
IOL2
-
-
60.0
μA
VI=0V 【Note5】
IOH1
-
-
1.0
μA
VI=Vcc 【Note6】
IOH2
-
-
60.0
μA
VI=Vcc 【Note7】
【 NOTE 1】
Vcc-turn-on conditions
VCC
VCC
2.8V
T1≦15ms
0<T2≦10ms
2.8V
0.3V
0.3V
0<T3≦1s
1s<T4
Vcc-dip conditions
1) 2.7V≦Vcc<3.0V
td≦10ms
T3
T4
T2
T1
VCC
3.0V
2.7V
2) Vcc<2.7V
Vcc-dip condition should also follow
Td
The Vcc-turn-on conditions
【Note2】 Typical current situation : 16-gray-bar pattern. Vcc=+3.3V/+5.0V
【Note3】 CK,R0~R5,G0~G5,B0~B5,Hsync,Vsync,ENAB,R/L,U/D
RGB
RGB
RGB
GS0
GS3
GS7
RGB
RGB
GS59
GS63
....
【Note4】 CK,R0~R5,G0~G5,B0~B5,Hsync,Vsync,ENAB
【Note5】 R/L
【Note6】 CK,R0~R5,G0~G5,B0~B5,Hsnc,Vsync
【Note7】 ENAB,U/D
05-Oct-2005
LD-14304-6
6-2. Backlight driving
The backlight system is an edge-lighting type with twin CCFT (Cold Cathode Fluorescent Tube).
The characteristics of single lamp are shown in the following table.
Parameter
Lamp current
Lamp power consumption
Lamp frequency
Kick-off voltage
Symbol
IL
PL
FL
Vs
Lamp life time
LL
LL
Min.
3.5
-
40
-
-
-
50000
30000
Typ.
6.0
2.8
60
-
-
-
-
-
Max.
7.0
-
70
1000
1300
1450
-
-
Unit
mArms
W
KHz
Vrms
Vrms
Vrms
hour
hour
Ta=25℃ Remark
【Note1】
【Note2】
【Note3】
Ta=25℃
Ta =0℃ 【Note4】
Ta =-10℃
【Note5】IL=6.0mA
【Note5】IL=7.0mA
【Note1】 Lamp current is measured with current meter for high frequency as shown below.
Module
1
3
1
3
A
~
Inverter
A
~
* 3pin is V
LOW
【Note2】 At the condition of YL =350cd/m2
【Note3】Lamp frequency may produce interference with horizontal synchronous frequency, and this may cause
beat on the display. Therefore lamp frequency shall be detached as much as possible from the horizontal
synchronous frequency and from the harmonics of horizontal synchronous to avoid interference.
【Note4】The open output voltage of the inverter shall be maintained for more than 1sec; otherwise the lamp
may not be turned on.
【Note5】Since lamp is consumables, the life time written above is referential value and it is not guaranteed in this
specification sheet by SHARP.
Lamp life time is defined that it applied either ① or ② under this condition.
(Continuous turning on at Ta=25℃, IL=6 or 7mArms)
① Brightness becomes 50% of the original value under standard condition.
② Kick-off voltage at Ta= -10℃ exceeds maximum value, 1450 Vrms.
In case of operating under lower temp environment, the lamp exhaustion is accelerated and the brightness
becomes lower.
(Continuous operating under for around 1 month under lower temp condition may reduce the brightness to
half of the original brightness.)
In case of such usage under lower temp environment, periodical lamp exchange is recommended.
【Note6】The performance of the backlight, for example life time or brightness, is much influenced by the
characteristics of the DC-AC inverter for the lamp. When you design or order the inverter, please make
sure that a poor lighting caused by the mismatch of the backlight and the inverter (miss-lighting, flicker,
etc.) never occur. when you confirm it, the module should be operated in the same condition as it is
installed in your instrument.
05-Oct-2005
【Note7】It is required to have the inverter designed so that to allow the impedance deviation of the two CCFT
lamps and the capacity deviation of barast capacitor.
LD-14304-7
7. Timing Characteristics of input signals
Timing diagrams of input signal are shown in Fig.2.
7-1. Timing characteristics
Parameter
Clock
Data
Horizontal
Symbol
Min.
Typ.
Max.
Unit
Remark
Frequency
1/Tc
-
40.0
42.0
MHz
-
High time
Tch
6
-
-
ns
-
Low time
Tcl
6
-
-
ns
-
Duty ratio
Th/T
40
50
60
%
-
Setup time
Tds
3
-
-
ns
-
Hold time
Tdh
5
-
-
ns
-
Cycle
TH
20.8
26.4
-
μs
-
832
1056
-
clock
-
sync. signal
Pulse width
THp
2
128
200
clock
-
Cycle
sync. signal Pulse width
TV
628
666
798
line
-
TVp
2
4
6
line
-
Horizontal display period
THd
800
800
800
clock
-
Hsync-Clock phase difference
THc
0
-
Tc-10
ns
-
Hsync-Vsync phase difference
TVh
0
-
TH-THp
ns
-
Vertical data start position
TVs
23
23
23
line
-
Vertical
Note) In case of lower frequency, the deterioration of display quality, flicker etc.,may be occurred.
7-2. Horizontal display position
The horizontal display position is determined by ENAB signal and the input data corresponding to the
rising edge of ENAB signal is displayed at the left end of the active area.
Parameter
Enable signal
symbol
Min.
Typ.
Max.
Unit
Remark
Setup time
Tes
5
-
Tc-10
ns
-
Pulse width
Tep
2
800
TH-10
clock
-
THe
58
88
170
clock
-
Hsync-Enable signal phase difference
Note) When ENAB is fixed "Low", the display starts from the data of C88(clock) as shown in Fig.2.
7-3. Vertical display position
The vertical display position, TVs is fixed “23” (line).
7-4. Input Data Signals and Display Position on the screen
Display position of input data
D1,DH1
D2,DH1
D1,DH2
D2,DH2
D3,DH1
D800,DH1
UP
D1,DH3
R
G B
05-Oct-2005
D1,DH600
D800,DH600
TH
H
I
V
(Hsync)
L
I
V
L
I
V
L
I
V
Horizontal
Sync.signal
THp
THc
*Only
when enable terminal is fixed “LOW”
T
H
I
V
Tc
Tch Tcl
Th
V
7
.
1
C2*
C88*
Tds Tdh
Number of clock
Data signal
(R0~R5,G0~G5,
B0~B5)
Horizontal invalid data period
V
7
.
1
C1*
L
I
V
L
I
V
L
I
V
L
I
V
L
I
V
Clock signal
(CK)
D1
D2
Number of H-data line
D3
THe
D799
D800
Horizontal invalid data period
THd
H
I
V
Data
Enable signal
(ENAB)
L
I
V
Tes
Tep
TV
H
I
V
TVp
L
I
V
L
I
V
Vertical
Sync. signal
(Vsync)
TVh
H
I
V
Horizontal
Sync. signal
(Hsync)
23 line
1 line
TVs
Data signal
(R0~R5,G0~G5,
B0~B5)
Vertical invalid data period
TVd
DH1
DH2
DH3
DH599
DH600
Vertical invalid data period
Number of V-data line
05-Oct-2005
LD-14304 -8
Fig.2 Input signal waveforms
LD14304-9
8. Input Signals, Basic Display Colors and Gray Scale of Each Color
Colors &
Gray scale
Data signal
Gray
R0
R1
R2
R3
R4
R5
G0
G1
G2
G3
G4
G5
B0
B1
B2
B3
B4
B5
Scale
Black
-
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Blue
-
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
Green
-
0
0
0
0
0
0
1
1
1
1
1
1
0
0
0
0
0
0
Cyan
-
0
0
0
0
0
0
1
1
1
1
1
1
1
1
1
1
1
1
Red
-
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
Magenta
-
1
1
1
1
1
1
0
0
0
0
0
0
1
1
1
1
1
1
Yellow
-
1
1
1
1
1
1
1
1
1
1
1
1
0
0
0
0
0
0
White
-
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Black
GS0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
×
GS1
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
Darker
GS2
0
1
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
×
È
È
È
È
Ø
È
È
È
È
Brighter
GS61
1
0
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
Ø
GS62
0
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
Red
GS63
1
1
1
1
1
1
0
0
0
0
0
0
0
0
0
0
0
0
Black
GS0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
×
GS1
0
0
0
0
0
0
1
0
0
0
0
0
0
0
0
0
0
0
Darker
GS2
0
0
0
0
0
0
0
1
0
0
0
0
0
0
0
0
0
0
×
È
È
È
È
Ø
È
È
È
È
Brighter
GS61
0
0
0
0
0
0
1
0
1
1
1
1
0
0
0
0
0
0
Ø
GS62
0
0
0
0
0
0
0
1
1
1
1
1
0
0
0
0
0
0
Green
GS63
0
0
0
0
0
0
1
1
1
1
1
1
0
0
0
0
0
0
Black
GS0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
×
GS1
0
0
0
0
0
0
0
0
0
0
0
0
1
0
0
0
0
0
Darker
GS2
0
0
0
0
0
0
0
0
0
0
0
0
0
1
0
0
0
0
×
È
È
È
È
Ø
È
È
È
È
Brighter
GS61
0
0
0
0
0
0
0
0
0
0
0
0
1
0
1
1
1
1
Ø
GS62
0
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
Blue
GS63
0
0
0
0
0
0
0
0
0
0
0
0
1
1
1
1
1
1
r
o
l
o
C
c
i
s
a
B
d
e
R
f
o
e
l
a
c
S
y
a
r
G
n
e
e
r
G
f
o
e
l
a
c
S
y
a
r
G
e
u
l
B
f
o
e
l
a
c
S
y
a
r
G
0 :Low level voltage, 1 : High level voltage
05-Oct-2005
Each basic color can be displayed in 64 gray scales from 6 bit data signals. According to the combination of total 18 bit
data signals, the 262,144-color display can be achieved on the screen.
LD14304-10
9. Optical Characteristics
Parameter
Ta=25℃, Vcc=+3.3V or +5V
Symbol
Condition
Min
Typ
Max
Unit
Remark
CR≧10
60
70
-
Deg.
【Note1,4】
Viewing
Horizontal
θ21,θ22
Angle
Vertical
θ11
35
40
-
Deg.
θ12
55
70
-
Deg.
θ=0°
150
-
-
-
Best Viewing
-
300
-
-
-
20
-
ms
ms
Range
Contrast ratio
CR
【Note2,4】
Angle
Response
Rise
τr
Time
Decay
τd
-
40
-
x
-
0.313
-
y
-
0.329
-
YL
280
350
-
cd/m2
-
-
1.45
-
【Note5】
-
35
-
Deg.
【Note1】
-
25
-
Deg.
(Reference value)
-
30
-
Deg.
Chromaticity of White
Luminance of white
θ=0°
δW
White Unifomity
Viewing Angle Horizontal θ21,θ22 50% of the
maximum
range as a
θ11
Vertical
brightness
Brightness
θ12
Definition
※The
【Note3,4】
【Note4】
measurement shall be executed 30 minutes after lighting at rating. (typical condition:IL=6.0mArms)
The optical characteristics shall be measured in a dark room or equivalent state
with the method shown in Fig.3 below.
Photodetector (BM-5A:TOPCON)
Field=2°
400mm
TFT-LCD module
LCD panel
Center of the screen
Fig.3 Optical characteristics measurement method
05-Oct-2005
LD14304-11
【Note1】Definitions of viewing angle range:
【Note2】Definition of contrast ratio:
The contrast ratio is defined as the following.
Luminance (brightness) with all pixels white
Contrast Ratio (CR) =
Luminance (brightness) with all pixels black
【Note3】Definition of response time:
The response time is defined as the following figure and shall be measured by
switching the input signal for "black" and "white" .
【Note4】This shall be measured at center of the screen.
【Note5】Definition of white uniformity:
White uniformity is defined as the
following with five measurements
2 00
4 00
6 00 p ixel
(A~E).
A
D
3 00
C
B
δw=
1 50
E
4 50
p ixe
Maximum Luminance of five points (brightness)
Minimum Luminance of five points (brightness)
05-Oct-2005
LD14304-12
10. Display Quantity
The display quality of the color TFT-LCD module shall be in compliance with the Incoming Inspection Standard.
11.Handling Precautions
a) Be sure to turn off the power supply when inserting or disconnecting the cable.
b) Be sure to design the cabinet so that the module can be installed without any extra stress such as warp or twist.
c) Since the front polarizer is easily damaged, pay attention not to scratch it.
d) Wipe off water drop immediately. Long contact with water may cause discoloration or spots.
e) When the panel surface is soiled, wipe it with absorbent cotton or other soft cloth.
f) Since the panel is made of glass, it may break or crack if dropped or bumped on hard surface. Handle with care.
g) Since CMOS LSI is used in this module, take care of static electricity and injure the human earth when handling.
h) Observe all other precautionary requirements in handling components.
i) This module has its circuitry PCBs on the rear side and should be carefully handled in order not to be stressed.
j) The polarizer surface on the panel is treated with Anti-Glare for low reflection. In case of attaching
protective board over the LCD. Be careful about the optical interface fringe etc.
Which degrades display quality.
k) Connect GND to 4 place of mounting holes to stabilize against EMI and external noise.
l) There are high voltage portions on the backlight and very dangerous. Careless touch may lead to
electrical shock. When exchange lamps or service. Turn off the power without tail.
m) Be sure not to apply tensile stress to the lamp lead cable.
n)Cold cathode fluorescent lamp in LCD panel contains a small amount of mercury, please follow local
ordinances or regulations for disposal.
12.Packing form
Piling number of cartons
5(Max)
Packing quantity in one carton
20
Carton size [mm]
494(W)×326(D)×433(H)
Total mass of one carton filled 15.6kg
with full modules
05-Oct-2005
LD14304-13
13.Reliability test items
No.
Test item
Conditions
1
High temperature
Ta= 50℃ ; 95%RH 240h
& high humidity storage test
(No condensation)
2
High temperature storage test
Ta= 70℃
3
Low temperature storage test
Ta= -35℃
4
High temperature
Ta= 40℃ ; 95%RH 240h
& high humidity operation test
(No condensation)
5
High temperature operation test
Ta= 65℃
240h
6
Low temperature operation test
Ta= -10℃
240h
7
Vibration test
Frequency: 10~57Hz/Vibration width (one side):0.075mm
240h
240h
: 58~500Hz/Gravity:9.8m/s2
(non- operating)
Sweep time : 11 minutes
Test period : 3 hours
(1 hour for each direction of X,Y,Z)
8
Shock test
Max. gravity : 490m/s2
(non- operating)
Pulse width : 11ms, half sine wave
Direction : ±X,±Y,±Z
once for each direction.
【Result Evaluation Criteria】
Under the display quality test conditions with normal operation state, these shall be no change
which may affect practical display function.
14.Others
P
R
A
H
S
1) Lot No Label:
Model No.
LQ104S1DG21
24 XXXXXX_
MADE IN JAPAN
Lot No.
2) Adjusting volume have been set optimally before shipment, so do not change any adjusted value.
If adjusted value is changed, the specification may not be satisfied.
3) Disassembling the module can cause permanent damage and should be strictly avoided.
4) Please be careful since image retention may occur when a fixed pattern is displayed for a long time.
5) Do not use LCD module in the atmosphere of corrosive gases, such as sulfide gas or chlorine gases.
Polarizer may deteriorated or cause chemical reaction that can lead to short circuits at the terminal Points.
Do not use the material, which compounds contain sulfide or chlorine articles in the vicinity of LCD module.
At high temperature, these compounds produce corrosive gases.
6) If any problem occurs in relation to the description of this specification , it shall be resolved through
discussion
05-Oct-2005
with spirit of cooperation.
05-Oct-2005
05-Oct-2005
SPECIFICATIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE.
Suggested applications (if any) are for standard use; See Important Restrictions for limitations on special applications. See Limited
Warranty for SHARP’s product warranty. The Limited Warranty is in lieu, and exclusive of, all other warranties, express or implied.
ALL EXPRESS AND IMPLIED WARRANTIES, INCLUDING THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR USE AND
FITNESS FOR A PARTICULAR PURPOSE, ARE SPECIFICALLY EXCLUDED. In no event will SHARP be liable, or in any way responsible,
for any incidental or consequential economic or property damage.
NORTH AMERICA
EUROPE
JAPAN
SHARP Microelectronics of the Americas
5700 NW Pacific Rim Blvd.
Camas, WA 98607, U.S.A.
Phone: (1) 360-834-2500
Fax: (1) 360-834-8903
Fast Info: (1) 800-833-9437
www.sharpsma.com
SHARP Microelectronics Europe
Division of Sharp Electronics (Europe) GmbH
Sonninstrasse 3
20097 Hamburg, Germany
Phone: (49) 40-2376-2286
Fax: (49) 40-2376-2232
www.sharpsme.com
SHARP Corporation
Electronic Components & Devices
22-22 Nagaike-cho, Abeno-Ku
Osaka 545-8522, Japan
Phone: (81) 6-6621-1221
Fax: (81) 6117-725300/6117-725301
www.sharp-world.com
TAIWAN
SINGAPORE
KOREA
SHARP Electronic Components
(Taiwan) Corporation
8F-A, No. 16, Sec. 4, Nanking E. Rd.
Taipei, Taiwan, Republic of China
Phone: (886) 2-2577-7341
Fax: (886) 2-2577-7326/2-2577-7328
SHARP Electronics (Singapore) PTE., Ltd.
438A, Alexandra Road, #05-01/02
Alexandra Technopark,
Singapore 119967
Phone: (65) 271-3566
Fax: (65) 271-3855
SHARP Electronic Components
(Korea) Corporation
RM 501 Geosung B/D, 541
Dohwa-dong, Mapo-ku
Seoul 121-701, Korea
Phone: (82) 2-711-5813 ~ 8
Fax: (82) 2-711-5819
CHINA
HONG KONG
SHARP Microelectronics of China
(Shanghai) Co., Ltd.
28 Xin Jin Qiao Road King Tower 16F
Pudong Shanghai, 201206 P.R. China
Phone: (86) 21-5854-7710/21-5834-6056
Fax: (86) 21-5854-4340/21-5834-6057
Head Office:
No. 360, Bashen Road,
Xin Development Bldg. 22
Waigaoqiao Free Trade Zone Shanghai
200131 P.R. China
Email: smc@china.global.sharp.co.jp
SHARP-ROXY (Hong Kong) Ltd.
3rd Business Division,
17/F, Admiralty Centre, Tower 1
18 Harcourt Road, Hong Kong
Phone: (852) 28229311
Fax: (852) 28660779
www.sharp.com.hk
Shenzhen Representative Office:
Room 13B1, Tower C,
Electronics Science & Technology Building
Shen Nan Zhong Road
Shenzhen, P.R. China
Phone: (86) 755-3273731
Fax: (86) 755-3273735
05-Oct-2005
Appendix 2
Test Report Serial Number RFI/EMCE1/RP47590JD01A
05-Oct-2005
TEST REPORT
FROM
RFI GLOBAL SERVICES LTD
Test of: Psion Teklogix.
8530 Venicle Mount Computer.
To: 95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
Test Report Serial No:
RFI/EMCE1/RP47590JD01A
VCA Job No.: EAF067676
This Test Report Is Issued Under The Authority
Of Andrew Brown, Operations Manager
Tested By: Steven White
Checked By: Claire Ashman.
Report Copy No: PDF01
Issue Date: 04 October 2005
Test Dates: 30 August 2005 to 31 August 2005
This report is issued in Adobe Acrobat portable document format (PDF). It is only a valid copy of the
report if it is being viewed in PDF format with the following security options not allowed: Changing the
document, Selecting text and graphics, Adding or changing notes and form fields.
This report may be copied in full. The results in this report apply only to the sample(s) tested.
This report may be reproduced in full. Partial reproduction may only be made with the written consent
of RFI Global Services Ltd.
The results in this report apply only to the sample(s) tested.
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 2 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
This page has been left intentionally blank.
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 3 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
Table of Contents
1. Client Information .............................................................................................................4
2. Equipment Under Test (EUT) ...........................................................................................5
3. Test Specification, Methods & Procedures ....................................................................8
4. Deviations from the Test Specification...........................................................................9
5. Operation of the EUT During Testing............................................................................10
6. Summary of Test Results ...............................................................................................11
7. Measurements, Examinations and Derived Results ....................................................12
8. Measurement Uncertainty ..............................................................................................21
9. Measurement Methods ...................................................................................................22
Appendix 1. Test Equipment Used ....................................................................................24
Appendix 2. Test Configuration Drawings........................................................................25
Appendix 3. Graphical Test Results..................................................................................28
Appendix 4. Photographs of EUT ......................................................................................31
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
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S.No. RFI/EMCE1/RP47590JD01A
Page 4 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
1. Client Information
1.1. Applicant
Company Name:
Psion Teklogix
Address:
2100 Meadowvale Blvd.
Mississauga, ON, L5N 7J9, Canada
Contact Name:
George Tao
Telephone No:
905-812-6200 ext. 3705
E-mail:
George.tao@psionteklogix,com
1.2. Manufacturer
Company Name:
Psion Teklogix
Address:
2100 Meadowvale Blvd.
Mississauga, ON, L5N 7J9, Canada
Contact Name:
George Tao
Telephone No:
905-812-6200 ext. 3705
E-mail:
George.tao@psionteklogix,com
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
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TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 5 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
2. Equipment Under Test (EUT)
The following information (with the exception of the date of receipt) has been supplied by the client:
2.1. Identification of Equipment Under Test (EUT)
Brand Name:
Psion Teklogix
Model Name or Number:
Vehicle Mount Computer
Unique Type Identification:
8530
Serial Number:
Demo Unit # 9
Country of Manufacture:
Canada
Date of Receipt:
30 August 2005
2.2. Accessories
Description:
Antenna
Brand Name:
None Sated
Model Name or Number:
None Sated
Serial Number:
None Sated
Cable Length and Type:
Coax, 5m
Connected to Port:
Antenna Port on EUT
Description:
Hand Scanner
Brand Name:
Symbol
Model Name or Number:
Not Stated
Serial Number:
Not Stated
Cable Length and Type:
Multicore
Connected to Port:
Scanner Port of EUT
2.3. Description of EUT
The equipment under test is a vehicle mounted terminal with Bluetooth, 802.11b and narrowband
radio (433 MHz to 470 MHz) modules.
"The Bluetooth® word mark and logos are owned by the Bluetooth SIG, Inc. and any use of such marks by RFI Global Services Ltd. is under
license. Other trademarks and trade names are those of their respective owners."
2.4. Modifications Incorporated in the EUT
During the course of testing the EUT was not modified.
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 6 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
To:
2.5. Additional Information Related To Testing
Type of ESA:
Vehicle Mount Computer
Weight:
9.5 lbs
Dimensions:
11 3/4” W x 4 5/8” H x 11 1/2” L
Power Supply Requirement:
DC Supply (Volts)
Not Applicable
AC Supply (Volts)
Not Applicable
Internal Battery Supply (Volts)
Not Applicable
Other
12 or 24Vehicle Battery
Electrical System Rated Voltage:
12-24 V
Grounding Polarity:
Negative
Intended Operating Environment:
Commercial, Light Industry and Automotive
Cycle Time:
Less than 1 sec.
2.6. Port Identification
Port
Description
Type
Applicable
1
Enclosure
-
Y
2
12V Supply Input
-
N
3
USB Triple Cable
-
N
4
RS232 Cable
-
N
5
Keyboard Cable
-
N
6
Coaxial Antenna Connection
-
N
7
Scanner
-
N
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 7 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
2.7. Support Equipment
The following support equipment was used to exercise the EUT during testing:
Description:
Handheld Module
Brand Name:
Psion Teklogix
Model Name or Number:
7530
Serial Number:
654627
Cable Length and Type:
Not Applicable
Connected to Port:
Air Link to EUT
Description:
Power supply for Handheld
Brand Name:
Symbol
Model Name or Number:
Symbol
Serial Number:
Symbol
Cable Length and Type:
2 Core
Connected to Port:
AC Mains, DC Input of Handheld Module
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
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TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 8 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
3. Test Specification, Methods & Procedures
3.1. Test Specification
Reference:
95/54/EC: 31st October 1995
Title:
Commission Directive 95/54/EC of 31st October 1995 adapting to technical progress
Council Directive 72/245/EEC on the approximation of the laws of the Member
States relating to the suppression of radio interference produced by spark-ignition
engines fitted to motor vehicles and amending Directive 70/156/EEC on the
approximation of the laws of the Member States relating to the type-approval of
motor vehicles and their trailers.
3.2. Methods and Procedures
The methods and procedures used for parts of 95/54/EC: 1995 were as detailed in:
Annex
Title
Annex VII
Method of Measurement of Broadband Electromagnetic Emissions From
Electrical/Electronic Sub-Assemblies
Annex VIII
Method of Measurement of Narrowband Electromagnetic Emissions From
Electrical/Electronic Sub-Assemblies
3.3. Definition of Measurement Equipment
The measurement equipment used complied with the requirements of the annexes referenced in the
methods & procedures section above. Appendix 1 contains a list of the test equipment used.
05-Oct-2005
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Test of:
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S.No. RFI/EMCE1/RP47590JD01A
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Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
4. Deviations from the Test Specification
None.
05-Oct-2005
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Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
5. Operation of the EUT During Testing
5.1. Operating Conditions
The EUT was tested in a normal laboratory environment.
During testing, the EUT was powered using a +13.5V and 27V ±10% DC supply with a ripple voltage
of less than 1.5%.
5.2. Operating Modes
During testing, the EUT was operated in the following mode(s):
Powered from a vehicle battery, running test software exercising the radio link to the handheld unit.
5.3. Configuration and Peripherals
During testing, the EUT was configured in the following way:
The EUT was connected to a scanner, keyboard and one or two 12V battery (via vehicle LISNs). An
air link was established from the handheld unit to the EUT.
05-Oct-2005
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Test of:
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TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 11 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
6. Summary of Test Results
Test Name
Section
Port Type
Compliancy Status
Radiated Narrowband Emissions
Annex VIII
Enclosure
Complied
Radiated Broadband Emissions
Annex VII
Enclosure
Complied
6.1. Location of Tests
All the measurements described in this report were performed at the premises of
RFI Global Services Ltd, Ewhurst Park, Ramsdell, Basingstoke, Hampshire, RG26 5RQ, England.
05-Oct-2005
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Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
7. Measurements, Examinations and Derived Results
7.1. General Comments
This section contains test results only. Details of the test methods and procedures can be found in
section 8 of this report.
Measurement uncertainties are evaluated in accordance with current best practice. Our reported
expanded uncertainties are based on standard uncertainties which are multiplied by an appropriate
coverage factor to provide a statistical confidence level of approximately 95%. Please refer to section
8 for details of measurement uncertainties.
05-Oct-2005
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S.No. RFI/EMCE1/RP47590JD01A
Page 13 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
7.2. Test Results
7.2.1. Radiated Narrowband Emissions - Electric Field Strength Measurements
(Frequency Range: 30 to 1000 MHz): 12V
7.2.1.1. Plots of the initial scans can be found in appendix 4.
7.2.1.2. The following table lists frequencies at which emissions were measured using a peak or an
average detector, at a test distance of 1 metre (results incorporate antenna factors and cable losses):
Results:
Frequency
(MHz)
Line
Peak Level
(dBµV)
Limit
(dBµV)
Margin
(dB)
Note(s)
Result
45.000
Vert.
16.90
49.50
32.60
-
Complied
45.000
Horiz.
13.50
49.50
36.00
-
Complied
65.000
Vert.
17.60
43.05
25.45
-
Complied
65.000
Horiz.
19.70
43.05
23.35
-
Complied
87.000
Vert.
14.70
44.97
30.27
-
Complied
87.000
Horiz.
14.70
44.97
30.27
-
Complied
120.000
Vert.
19.80
47.08
27.28
-
Complied
120.000
Horiz.
18.10
47.08
28.98
-
Complied
150.000
Vert.
18.90
48.55
29.65
-
Complied
150.000
Horiz.
21.90
48.55
26.65
-
Complied
190.000
Vert.
22.30
50.10
27.80
-
Complied
190.000
Horiz.
20.60
50.10
29.80
-
Complied
230.000
Vert.
20.00
51.36
31.36
-
Complied
230.000
Horiz.
22.10
51.36
29.26
-
Complied
280.000
Vert.
20.70
52.60
31.90
-
Complied
280.000
Horiz.
18.50
52.60
34.10
-
Complied
335.480
Vert.
32.70
53.84
21.14
-
Complied
335.480
Horiz.
33.10
53.84
20.74
-
Complied
380.000
Vert.
27.60
54.60
27.00
-
Complied
380.000
Horiz.
20.60
54.60
34.00
-
Complied
430.000
Vert.
35.60
55.00
19.40
-
Complied
430.000
Horiz.
28.10
55.00
26.90
-
Complied
461.013
Vert.
N/A
N/A
N/A
1
Complied
461.013
Horiz.
N/A
N/A
N/A
1
Complied
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 14 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
Radiated Narrowband Emissions - Electric Field Strength Measurements
(Frequency Range: 30 to 1000 MHz): 12V (Continued)
Frequency
(MHz)
Line
Peak Level
(dBµV)
Limit
(dBµV)
Margin
(dB)
Note(s)
Result
527.163
Vert.
38.00
55.00
17.00
-
Complied
527.163
Horiz.
33.30
55.00
22.00
-
Complied
600.000
Vert.
27.30
55.00
27.70
-
Complied
600.000
Horiz.
27.60
55.00
27.40
-
Complied
750.000
Vert.
28.90
55.00
26.10
-
Complied
750.000
Horiz.
30.30
55.00
24.70
-
Complied
900.000
Vert.
31.70
55.00
23.30
-
Complied
900.000
Horiz.
32.70
55.00
22.30
-
Complied
Note(s):
1. This emission was identified as being the radio transmission from the EUT and was therefore an intentional
transmission not covered by the requirements of the specification.
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 15 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
7.2.2. Radiated Broadband Emissions - Electric Field Strength Measurements
(Frequency Range: 30 to 1000 MHz): 12V
7.2.2.1. Plots of the initial scans can be found in appendix 4.
7.2.2.2. The following table lists frequencies at which emissions were measured using a quasi peak
detector, at a test distance of 1 metre (results incorporate antenna factors and cable losses):
Results:
Frequency
(MHz)
Line
Quasi Peak
Level
(dBµV)
Limit
(dBµV)
Margin
(dB)
Note(s)
Result
45.000
Vert.
14.60
59.50
44.90
-
Complied
45.000
Horiz.
12.10
59.50
47.40
-
Complied
65.000
Vert.
15.70
53.05
37.35
-
Complied
65.000
Horiz.
13.50
53.05
39.55
-
Complied
87.000
Vert.
11.80
54.97
43.17
-
Complied
87.000
Horiz.
10.90
54.97
44.07
-
Complied
120.000
Vert.
16.80
57.08
40.28
-
Complied
120.000
Horiz.
16.60
57.08
40.48
-
Complied
150.000
Vert.
17.70
58.55
40.85
-
Complied
150.000
Horiz.
20.40
58.55
58.15
-
Complied
190.000
Vert.
20.90
60.10
39.20
-
Complied
190.000
Horiz.
20.30
60.10
39.80
-
Complied
230.000
Vert.
18.00
61.36
43.36
-
Complied
230.000
Horiz.
18.80
61.36
45.56
-
Complied
280.000
Vert.
18.00
62.60
44.60
-
Complied
280.000
Horiz.
17.20
62.60
45.40
-
Complied
335.480
Vert.
31.30
63.84
32.54
-
Complied
335.480
Horiz.
31.90
63.84
31.94
-
Complied
380.000
Vert.
22.00
64.60
42.60
-
Complied
380.000
Horiz.
19.90
64.60
45.60
-
Complied
430.000
Vert.
31.40
65.00
23.60
-
Complied
430.000
Horiz.
23.10
65.00
41.90
-
Complied
461.013
Vert.
N/A
N/A
N/A
1
Complied
461.013
Horiz.
N/A
N/A
N/A
1
Complied
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 16 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
Radiated Broadband Emissions - Electric Field Strength Measurements
(Frequency Range: 30 to 1000 MHz) 12V (Complied)
Frequency
(MHz)
Line
Quasi Peak
Level
(dBµV)
Limit
(dBµV)
Margin
(dB)
Note(s)
Result
527.163
Vert.
35.60
65.00
29.40
-
Complied
527.163
Horiz.
30.20
65.00
34.80
-
Complied
600.000
Vert.
25.30
65.00
39.70
-
Complied
600.000
Horiz.
25.60
65.00
39.40
-
Complied
750.000
Vert.
28.10
65.00
36.90
-
Complied
750.000
Horiz.
28.20
65.00
36.80
-
Complied
900.000
Vert.
31.30
65.00
33.70
-
Complied
900.000
Horiz.
31.20
65.00
33.80
-
Complied
Note(s):
1. This emission was identified as being the radio transmission from the EUT and was therefore an intentional
transmission not covered by the requirements of the specification.
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 17 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
7.2.3. Radiated Narrowband Emissions - Electric Field Strength Measurements
(Frequency Range: 30 to 1000 MHz): 24V
7.2.3.1. Plots of the initial scans can be found in appendix 4.
7.2.3.2. The following table lists frequencies at which emissions were measured using a peak or an
average detector, at a test distance of 1 metre (results incorporate antenna factors and cable losses):
Results:
Frequency
(MHz)
Line
Peak Level
(dBµV)
Limit
(dBµV)
Margin
(dB)
Note(s)
Result
45.000
Vert.
15.80
49.60
33.80
-
Complied
45.000
Horiz.
15.10
49.60
34.50
-
Complied
65.000
Vert.
14.20
45.60
33.00
-
Complied
65.000
Horiz.
16.80
45.60
28.00
-
Complied
85.000
Vert.
17.10
44.80
27.70
-
Complied
85.000
Horiz.
15.40
44.80
29.40
-
Complied
120.000
Vert.
19.40
47.10
27.70
-
Complied
120.000
Horiz.
20.80
47.10
26.30
-
Complied
150.000
Vert.
18.90
48.60
29.70
-
Complied
150.000
Horiz.
21.60
48.60
27.00
-
Complied
190.000
Vert.
22.30
50.10
27.80
-
Complied
190.000
Horiz.
22.00
50.10
28.10
-
Complied
230.000
Vert.
48.90
51.40
2.50
1
Complied
230.000
Horiz.
27.20
51.40
24.20
-
Complied
280.000
Vert.
21.00
52.70
31.70
-
Complied
280.000
Horiz.
19.20
52.70
33.50
-
Complied
380.000
Vert.
26.10
54.70
28.60
-
Complied
380.000
Horiz.
21.40
54.70
33.30
-
Complied
450.000
Vert.
47.20
55.00
7.80
-
Complied
450.000
Horiz.
31.10
55.00
23.90
-
Complied
600.000
Vert.
26.30
55.00
28.70
-
Complied
600.000
Horiz.
30.20
55.00
24.80
-
Complied
750.000
Vert.
29.10
55.00
25.90
-
Complied
750.000
Horiz.
32.00
55.00
23.00
-
Complied
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 18 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
Radiated Narrowband Emissions - Electric Field Strength Measurements
(Frequency Range: 30 to 1000 MHz): 24V (Continued)
Frequency
(MHz)
Line
Peak Level
(dBµV)
Limit
(dBµV)
Margin
(dB)
Note(s)
Result
900.000
Vert.
32.20
55.00
22.80
-
Complied
900.000
Horiz.
32.80
55.00
22.20
-
Complied
359.973
Vert.
46.00
54.30
18.30
-
Complied
359.973
Horiz.
38.40
54.30
18.90
-
Complied
461.247
Vert.
N/A
55.00
N/A
2
Complied
461.247
Horiz.
N/A
55.00
N/A
2
Complied
538.034
Vert.
42.10
55.00
12.90
-
Complied
538.034
Horiz.
31.40
55.00
23.60
-
Complied
926.800
Vert.
49.90
55.00
5.10
1
Complied
926.800
Horiz.
52.00
55.00
3.00
1
Complied
Note(s):
1. The measured result is within the test standard limit by a margin less than the measurement uncertainty; it
is therefore not possible to state compliance based on the 95% level of confidence. However, the result
indicates that compliance is more probable than non-compliance.
2. This emission was identified as being the radio transmission from the EUT and was therefore an intentional
transmission not covered by the requirements of the specification.
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 19 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
7.2.4. Radiated Broadband Emissions - Electric Field Strength Measurements
(Frequency Range: 30 to 1000 MHz): 24V
7.2.4.1. Plots of the initial scans can be found in appendix 4.
7.2.4.2. The following table lists frequencies at which emissions were measured using a quasi peak
detector, at a test distance of 1 metre (results incorporate antenna factors and cable losses):
Results:
Frequency
(MHz)
Line
Quasi Peak
Level
(dBµV)
Limit
(dBµV)
Margin
(dB)
Note(s)
Result
45.000
Vert.
12.70
59.60
46.90
-
Complied
45.000
Horiz.
12.70
59.60
46.90
-
Complied
65.000
Vert.
12.60
55.60
43.00
-
Complied
65.000
Horiz.
14.20
55.60
41.40
-
Complied
85.000
Vert.
14.10
54.80
40.70
-
Complied
85.000
Horiz.
11.70
54.70
43.10
-
Complied
120.000
Vert.
16.70
57.10
40.40
-
Complied
120.000
Horiz.
18.60
57.10
38.50
-
Complied
150.000
Vert.
17.00
58.60
41.60
-
Complied
150.000
Horiz.
17.00
58.60
41.60
-
Complied
190.000
Vert.
20.70
60.10
39.40
-
Complied
190.000
Horiz.
20.90
60.10
39.20
-
Complied
230.000
Vert.
40.10
61.40
21.30
-
Complied
230.000
Horiz.
19.10
61.40
42.30
-
Complied
280.000
Vert.
18.30
62.70
44.40
-
Complied
280.000
Horiz.
17.60
62.70
45.10
-
Complied
380.000
Vert.
21.70
64.70
43.00
-
Complied
380.000
Horiz.
20.30
64.70
44.40
-
Complied
450.000
Vert.
34.70
65.00
30.30
-
Complied
450.000
Horiz.
22.80
65.00
42.20
-
Complied
600.000
Vert.
25.30
65.00
39.70
-
Complied
600.000
Horiz.
25.40
65.00
39.60
-
Complied
750.000
Vert.
28.10
65.00
36.90
-
Complied
750.000
Horiz.
28.50
65.00
36.50
-
Complied
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 20 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
Radiated Broadband Emissions - Electric Field Strength Measurements
(Frequency Range: 30 to 1000 MHz): 24V (Continued)
Frequency
(MHz)
Line
Quasi Peak
Level
(dBµV)
Limit
(dBµV)
Margin
(dB)
Note(s)
Result
900.000
Vert.
31.20
65.00
33.80
-
Complied
900.000
Horiz.
31.20
65.00
33.80
-
Complied
359.973
Vert.
41.40
64.30
22.90
-
Complied
359.973
Horiz.
31.00
64.30
33.30
-
Complied
461.247
Vert.
N/A
65.00
N/A
-
Complied
461.247
Horiz.
N/A
65.00
N/A
-
Complied
538.034
Vert.
38.20
65.00
26.80
-
Complied
538.034
Horiz.
27.40
65.00
37.60
-
Complied
926.800
Vert.
48.80
65.00
16.20
-
Complied
926.800
Horiz.
49.40
65.00
15.60
-
Complied
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 21 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
8. Measurement Uncertainty
No measurement or test can ever be perfect and the imperfections give rise to error of measurement
in the results. Consequently, the result of a measurement is only an approximation to the value of the
measurand (the specific quantity subject to measurement) and is only complete when accompanied
by a statement of the uncertainty of the approximation.
The expression of uncertainty of a measurement result allows realistic comparison of results with
reference values and limits given in specifications and standards.
The uncertainty of the result may need to be taken into account when interpreting the measurement
results.
The reported expanded uncertainties below are based on a standard uncertainty multiplied by an
appropriate coverage factor, such that a confidence level of approximately 95% is maintained. For the
purposes of this document “approximately” is interpreted as meaning “effectively” or “for most
practical purposes”.
Measurement Type
Range
Confidence Level
Calculated Uncertainty
Radiated Emissions:
Electric Field Strength
30 MHz to 1000 MHz @ 1 m
95%
±6.32 dB
The methods used to calculate the above uncertainties are in line with those recommended within the
various measurement specifications. Where measurement specifications do not include guidelines for
the evaluation of measurement uncertainty, the published guidance of the appropriate accreditation
body is followed.
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 22 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
9. Measurement Methods
9.1. Radiated Narrow Band Emissions: Annex VIII.
These measurements were performed in accordance with the standard, against appropriate limits for
narrow band emissions using an average detector.
Initial scans covering the entire band in a shielded enclosure were performed in order to identify
frequencies on which the EUT was generating interference. This determined the frequencies on
which the EUT should be re-measured in full on the open area test site. A peak detector was used in
conjunction with the appropriate detector IF measuring bandwidth (see table below), repetitive scans
were performed to allow for emissions with low repetition rates, and for the duty cycle of the EUT.
The test configuration was the same for the initial scans as for the final measurements on a 1.0 m
high non-conducting table, (this table may or may not have an earthed metallic ground plane,
depending on the earthing requirements of the EUT). These initial scans were performed with the
antenna in both horizontal and vertical polarisations.
All measurements were performed using an antenna height of 1.05 m and a measurement distance
of 1.0 m (measured from the table edge to the nearest point of the measuring antenna). Following
the initial scans, graphs were produced giving an overview of the emissions from the EUT plotted
against the appropriate specification limit. A tolerance line was set 10 dB below the reference limit
and levels above this were re-tested on the open area test site using a measuring receiver with a
peak detector.
For the main (final) measurements the EUT was arranged on a 1.0m high non-conducting table, (this
table may or may not have an earthed metallic ground plane, depending on the earthing requirements
of the EUT), on an open area test site as detailed in the specification.
All measurements on the open area test site were performed with a broadband antenna.
The test equipment settings for radiated narrowband emissions measurements were as follows:
Receiver Function
Initial Scan
Final Measurements
Detector Type:
Peak
Peak
Mode:
Max Hold
Not applicable
Bandwidth:
120 kHz
120 kHz
Amplitude Range:
60 dB
20 dB
Measurement Time:
Not applicable
>1 s
Observation Time:
Not applicable
>15 s
Step Size:
Continuous sweep
Not applicable
Sweep Time:
Coupled
Not applicable
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 23 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
9.2. Radiated Broad Band Emissions: Annex VII.
These measurements were performed in accordance with the standard, against appropriate limits for
a quasi peak detector.
All measurements were performed with an antenna height of 1.15 m and a measurement distance of
1.0 m (measured from the table edge to the nearest point of the measuring antenna) using a
measuring receiver incorporating a quasi peak detector.
The frequencies to be measured were determined by the spot frequencies given in the specification
and from the spurious emissions observed during the pre-scan stage of the narrowband emissions
test.
For the main (final) measurements the EUT was arranged on a 1.0m high non-conducting table, (this
table may or may not have an earthed metallic ground plane, depending on the earthing requirements
of the EUT) on an open area test site, as detailed in the specification.
All measurements on the open area test site were performed with a broadband antenna.
The test equipment settings for radiated broadband emissions measurements were as follows:
Receiver Function
Final Measurements
Detector Type:
Quasi Peak
Bandwidth:
120 kHz
Amplitude Range:
20 dB
Measurement Time:
>1 s
Observation Time:
>15 s
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 24 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
Appendix 1. Test Equipment Used
RFI No.
Instrument
Manufacturer
Type No.
Serial No.
A1304
N-Type Connector
Narda
370 BNM
0210
A259
Bilog Antenna
Chase
CBL6111
1513
A288
Bilog Antenna
Chase
CBL6111A
1589
A303
50 ohm Termination
Narda
370 BNM
None
A608
5 uH/50 ohm LISN
Rohde & Schwarz
ESH3-Z6
846422/0019
A609
5 uH/50 ohm LISN
Rohde & Schwarz
ESH3-Z6
846422/0020
C160
Cables
Rosenberger
UFA210A-1-1181-70x70
None
C323
Cable
Rosenberger
UFA 210A-1-0788-50x50
96A0121
C347
Cable
Rosenberger
UFA210A-1-1181-70x70
3007
C461
Cable
Rosenberger
UFA210A-1-1182-704704
98H0305
C468
N-Type Coaxial Cable
Rosenberger
UFA210A-1-3937-504504
98L0440
M003
Spectrum Monitor
Rohde & Schwarz
EZM
883 580/008
M044
ESVP Receiver
Rohde & Schwarz
ESVP
891 845/026
M090
Receiver / Spectrum Analyser
System
Rohde & Schwarz
ESBI
DU:838494/005
RU:836833/001
NB In accordance with UKAS requirements, all the measurement equipment is on a calibration
schedule.
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 25 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
Appendix 2. Test Configuration Drawings
This appendix contains the following drawings:
Drawing Reference Number
Title
DRG\47590JD01\001
Test configuration for measurement of radiated emissions
DRG\47590JD01\002
Schematic diagram of the EUT, support equipment and
wiring harness
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
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TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 26 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
DRG\47590JD01\001
1.0m high table with earthed metallic top
with 50mm spacer if necessary
DC
Supply
LISNs/
Support
EUT
100mm
200mm
Harness or 1.5m cabling
1.0m
(From nearest part of table to:
1) Phase Centre of Bicon Antenna
2) Tip of Log Periodic Antenna
or
3) Calibration Point of Bilog Antenna)
Receiving
antenna
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
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TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 27 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
DRG\47590JD01\002
Configuration of EUT and Local Support Equipment
Teklogix Inc.
8530 Vehicle Mount Terminal
Serial Number: Demo Unit # 9
USI Radio (RA2020) FCC ID: GM3RA2020M +
TOSHIBA Bluetooth (SD-BT2) FCC ID: CJ6MSDB01
PSION Teklogix UHF Radio FCC ID: GM3RA1001
12V or 24V
Battery
Symbol Scanner Model:
P300STD-11000
Serial Number: OR7RA1
RS232 Cable
USB Cable
USB Mouse
USB Cable
7530 With
PSION
Teklogix UHF
Radio
(RA1001)
Configuration of Remote Support Equipment
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 28 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
Appendix 3. Graphical Test Results
This appendix contains the following graphs:
Graph Reference Number
Title
GPH\47590JD01\001
Scan of Radiated Emissions 12V
GPH\47590JD01\002
Scan of Radiated Emissions 24V
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 29 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
GPH\47590JD01\001
Scan of Radiated Emissions 12V
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 30 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
GPH\47590JD01\002
Scan of Radiated Emissions 24V
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 31 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
Appendix 4. Photographs of EUT
This appendix contains the following photographs:
Photo Reference Number
Title
PHT/47590/001
OATS Setup
PHT/47590/002
OATS Setup 1 of 2
PHT/47590/003
OATS Setup 2 of 2
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
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TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 32 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
PHT/47590/001: OATS Setup
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 33 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
PHT/47590/002: OATS Setup 1 of 2
05-Oct-2005
RFI GLOBAL SERVICES LTD
Test of:
To:
TEST REPORT
S.No. RFI/EMCE1/RP47590JD01A
Page 34 of 34
Issue Date: 04 October 2005
Psion Teklogix.
8530 Venicle Mount Computer.
95/54/EC: 1995
ESA Approval Annex VII and Annex VIII, Emissions
PHT/47590/003: OATS Setup 2 of 2
05-Oct-2005