Memory

Memory
A
Memory
ICs
Memory
CONTENTS
DRAM
・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・
P. A3
Legacy DRAM FP/EDO(LAPIS Semiconductor products)・・・・・・ P. A3
Legacy DRAM SDRAM(LAPIS Semiconductor products)・・・・・・ P. A4
SDRAM for SiP(LAPIS Semiconductor products)・・・・・・・・・・・・・・・ P. A4
Video Memory(LAPIS Semiconductor products)・・・・・・・・・・・・・・・・ P. A5
Serial EEPROM
・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・
P. A6
Standard EEPROM・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ P. A6
Automotive EEPROM ・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・ P. A8
FeRAM
・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・
P. A9
Ferroelectric Memory(LAPIS Semiconductor products)・・・・・・ P. A9
NOR Flash
・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・
P. A9
Parallel NOR Flash(LAPIS Semiconductor products)・・・・・・・・ P. A9
P2ROMTM
・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・・
Parallel BUS Standard
P. A9
P2ROM™(LAPIS Semiconductor products)・・・・・・ P. A9
Parallel BUS Page mode P2ROM™(LAPIS Semiconductor products)・・・・・P. A10
SPI BUS P2ROM™(LAPIS Semiconductor products)・・・・・・・P. A10
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A1
ICs
Memory
A
General-purpose ICs
Memory
Memory
Memory
DRAM
(LAPIS Semiconductor products)
Legacy DRAM
FP/EDO
Legacy DRAM
SDRAM
MSM51xxxxx Series
SDRAM for SiP
Video Memory
Serial EEPROM
Standard EEPROM
I2C BUS EEPROM
(2-Wire)
Microwire BUS
EEPROM (3-Wire)
SPI BUS EEPROM
WL-CSP EEPROM
Plug & Play
EEPROM
Automotive
EEPROM
I2C BUS EEPROM
(2-Wire)
Microwire BUS
EEPROM (3-Wire)
▶P.A3
MSM56Vxxxxxxx/MD56Vxxxxxxx
Series
▶P.A4
MSM56Vxxxxxx/MD56Vxxxxxx
Series
▶P.A4
MS81xxxxxxx/MSM54xxxxxxx
Series
▶P.A5
BR24Gxxxxx-3 Series
SCL Frequency=400kHz
▶P.A6
BR24Gxxxxx-3A Series
SCL Frequency=1MHz
▶P.A6
BR93Gxxxxx-3/3A/3B Series
▶P.A6
BR25Lxxxxxx-W Series
▶P.A6
BR25Gxxxxxx-3 Series
▶P.A6
WL-CSP EEPROM Series
▶P.A7
Memory Module Series
Display Series
▶P.A7
▶P.A7
FeRAM
Parallel BUS FeRAM
BR24Axxxxxx-WM Series
−40℃ to +105℃
BR93Hxxxxxx-2C Series
−40℃ to +125℃
BR93Axxxxxx-WM Series
−40℃ to +105℃
BR25Hxxxxxx-2C Series
−40℃ to +125℃
BR35Hxxxxxx-WC Series
−40℃ to +125℃
BR25Axxxxxx-3M Series
−40℃ to +105℃
MR48Vxxxx Series
(LAPIS Semiconductor products)
I2C BUS FeRAM
MR44Vxxxx Series
▶P.A9
SPI BUS FeRAM
MR45Vxxxx Series
▶P.A9
Parallel NOR Flash
MR29Vxxxxxx/
MR39Vxxxxxx Series
▶P.A9
SPI BUS EEPROM
NOR Flash
▶P.A8
▶P.A8
▶P.A8
▶P.A8
▶P.A8
▶P.A8
▶P.A9
(LAPIS Semiconductor products)
P2ROMTM
Parallel BUS Standard
P2ROM™
(LAPIS Semiconductor products)
Parallel Page mode
P2ROM™
SPI BUS P2ROM™
A2
www.rohm.com
MR27xxx02x/MR27Txxx03L Series
▶P.A9
MR27Vxxx52x/MR37Vxxx52x Series
▶P.A10
MR27Vxx41x/MR37Vxxx41x Series
▶P.A10
ICs
Memory
▶ DRAM ▶▶Legacy DRAM FP/EDO
DRAM
A
Standard
Part No.
Supply
Voltage
(V)
Density
(bit)
MSM514400E
MSM514800E
MSM514800ESL
Number of
Data bits
Configuration
(word×bit)
×4
1M×4
×8
512K×8
Refresh cycle
(cycles/ms)
60/70
1024/16
×16
TSOP(Ⅱ)28
60/70
60/70
256K×16
EDO
High Speed EDO
×4
TSOP(Ⅱ)44/40
512/8
28/30/35
60
5.0±0.5
4096/64
Fast Page Mode
TSOP(Ⅱ)26/24Cu
4M×4
50/60
MSM5117405F
EDO
MSM5117800F
Fast Page Mode
2048/32
16M
MSM5117805F
×8
2M×8
TSOP(Ⅱ)28
60
EDO
MSM5116160F
MSM5118160F
×16
60
4096/64
50/60
1024/16
Fast Page Mode
1M×16
MSM5118165F
TSOP(Ⅱ)50/44
EDO
MSM51V4400E
×4
1M×4
MSM51V4800E
×8
512K×8
×16
256K×16
MSM54V16258B
70/100
Fast Page Mode
1024/16
0 to +70
70
TSOP(Ⅱ)26/20Cu
TSOP(Ⅱ)28
4M
MD54V16258BSL
40/45/50
512/64
60/70
512/8
TSOP(Ⅱ)44/40
EDO
MSM51V4265E
MSM51V16400F
Fast Page Mode
60
MSM51V16405F
EDO
50/60
Fast Page Mode
50/60
EDO
50/60
MSM51V17405F
Package
TSOP(Ⅱ)26/20Cu
1024/16
Fast Page Mode
MSM5416258B
MSM51V17400F
Operating Temperature
Ta (℃)
4M
MSM514265E
MSM5117400F
Access Time
(ns)
1024/128
MSM514260E
MSM5116400F
Circuit function
4096/64
×4
TSOP(Ⅱ)26/24Cu
4M×4
3.3±0.3
2048/32
MSM51V17800F
16M
MSM51V17805F
×8
Fast Page Mode
2M×8
TSOP(Ⅱ)28
60
EDO
MSM51V16160F
Fast Page Mode
50/60
MSM51V16165F
EDO
60
4096/64
MSM51V18160F
×16
TSOP(Ⅱ)50/44
1M×16
Fast Page Mode
50/60
1024/16
4M×16
50/60
4096/54
TSOP(Ⅱ)50
1M×4
60/70
1024/16
TSOP(Ⅱ)26/24Cu
60/70
512/8
60
1024/16
MSM51V18165F
EDO
MD51V65165E
64M
Automotive
MSM514400DP
×4
MSM514400EP
MSM514260EP
4M
Fast Page Mode
256K×16
5.0±0.5
MSM5118160FP
×16
16M
MSM5118165FP
MSM54V16258BP
MSM51V17400FP
MSM51V18165FP
1M×16
EDO
MSM51V4400EP
MSM51V4265EP
TSOP(Ⅱ)44/40
4M
×4
1M×4
Fast Page Mode
×16
256K×16
EDO
3.3±0.3
16M
70/100
1024/16
40/45/50
512/64
60/70
512/8
×4
4M×4
Fast Page Mode
60
2048/32
×16
1M×16
EDO
60
1024/16
www.rohm.com
TSOP(Ⅱ)50/44
−40 to +85
TSOP(Ⅱ)26/24Cu
TSOP(Ⅱ)44/40
TSOP(Ⅱ)26/24Cu
A3
Memory
(LAPIS Semiconductor products)
Legacy DRAM FP/EDO
ICs
Memory
A
▶ DRAM ▶▶Legacy DRAM SDRAM
▶▶SDRAM for SiP
(LAPIS Semiconductor products)
Legacy DRAM SDRAM
Standard
Memory
Part No.
Data Rate
Type
Supply
Voltage
(V)
Density
(bit)
MSM56V16800F
Number of
Data bits
Configuration
(bank×word×bit)
Max.Operating
Frequency
(MHz)
×8
2×1M×8
125
MSM56V16160F
MSM56V16160K
16M
Cycle Time
(ns)
8/10
125
8/10
143
7/7.5/8/10
143
7/7.5/8/10
166
6/7/7.5/10
2×512K×16
MSM56V16161K
MSM56V16161N
MD56V62160E
Refresh Cycle
(cycles/ms)
4096/64
SDR
3.3±0.3
MD56V62160M
64M
×16
4×1M×16
100
10
143
7/7.5/10
MD56V62161M
143
7/7.5/10
MD56V72160C
166
6/7/7.5/10
166
6/7/7.5/10
128M
MD56V72161C
MD56V82160A
MD58W82160A
4×2M×16
166
256M
DDR
Operating
Temperature
Ta (˚C)
TSOP(Ⅱ)44
−
TSOP(Ⅱ)50
Drivability
control
−
Package
TSOP(Ⅱ)50Cu
0 to +70
TSOP(Ⅱ)54
Drivability
control
TSOP(Ⅱ)54Cu
−
TSOP(Ⅱ)66Cu
6/7/7.5/10
4×4M×16
2.5±0.2
Features
8192/64
200
5
143
7/7.5/8/10
Industrial
MSM56V16160KP
MSM56V16161KP
16M
2×512K×16
MSM56V16161NP
MD56V62160M-xxTAP
MD56V62161M-xxTAP
SDR
3.3±0.3
MD56V72160C-xxTAP
MD56V72161C-xxTAP
64M
143
7/7.5/8/10
166
6/7/7.5/10
143
×16
4096/64
128M
4×2M×16
256M
4×4M×16
143
7/7.5/10
166
6/7/7.5/10
166
MD56V82160A-xxTAP
7/7.5/10
4×1M×16
TSOP(Ⅱ)50Cu
Drivability
control
−40 to +85
TSOP(Ⅱ)54Cu
6/7/7.5/10
166
8192/64
6/7/7.5/10
Automotive
MSM56V16160FP
100
MSM56V16160KP
16M
2×512K×16
MSM56V16161NP
MD56V62161M-xxTALQ1L
125
4096/64
166
MD56V62160E-10TAP
MD56V62160M-xxTAP
10
8/10
6/7/7.5/10
100
10
−
Drivability
control
TSOP(Ⅱ)50
−40 to +85
TSOP(Ⅱ)50Cu
−
TSOP(Ⅱ)54
4096/64
64M
SDR
3.3±0.3
MD56V72160C-xxTAP
4×1M×16
×16
128M
MD56V72161C-xxTALQ1L
MD56V82160A-xxTAP
7/7.5/10
−40 to +105
143
4096/16
7/7.5/10
166
4096/64
6/7/7.5/10
166
4096/16
6/7/7.5/10
166
8192/64
6/7/7.5/10
−40 to +85
166
8192/16
6/7/7.5/10
−40 to +105
4×2M×16
256M
MD56V82160A-xxTALQ3L
143
Drivability
control
4×4M×16
−40 to +85
−40 to +105
TSOP(Ⅱ)54Cu
DDR : Double Data Rate Synchronous DRAM, SDR : Single Data Rate Synchronous DRAM
(LAPIS Semiconductor products)
SDRAM for SiP
Standard
Part No.
Supply Voltage
(V)
MSM56V16160K
MSM56V16160N
MD56V62160M
Density
(bit)
Number of Data bits
16M
Max.Operating
Frequency
(MHz)
Refresh Cycle
(cycles/ms)
Cycle Time
(ns)
143
7/7.5/8/10
166
6/7/7.5/8/10
Operating
Temperature
Tj (˚C)
Features
KGD
2×512K×16
×16
3.3±0.3
MD56V72160C
Configuration
(bank×word×bit)
4096/32
−40 to +125
KGD
64M
4×1M×16
143
7/7.5/8/10
KGD
128M
4×2M×16
166
6/7/7.5/10
KGD
143
7/7.5/8/10
KGD
16M
2×512K×16
Automotive
MSM56V16160K
MSM56V16160N
MD56V62160M
MD56V72160C
A4
166
×16
3.3±0.3
6/7/7.5/8/10
4096/32
−40 to +125
KGD
64M
4×1M×16
143
7/7.5/8/10
KGD
128M
4×2M×16
166
6/7/7.5/10
KGD
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ICs
Memory
▶ DRAM ▶▶Video Memory
(LAPIS Semiconductor products)
Video Memory
Standard
Supply
Voltage
(V)
MSM5412222B
Number Max.Operating
of Data Frequency
bits
(MHz)
Density
(bit)
Configuration
(word×bit)×port
3M
262,214×12
×12
4M
(262,214×8)×2
×16
Access Time
(ns)
Cycle Time
(ns)
40
23/25
50
Power Consumption (mW)
Operating
Temperature
Ta (˚C)
Package
Notes
Operating
Standby
25/30
330
27.5
TSOP(Ⅱ)44
Asynchronous serial read/
write,Write mask function,
Output data control, Cascade
18/23
20/25
935
27.5
QFP100
Asynchronous serial read/write,
Write mask function, Output data
control, Cascade, Two−port,
2 common WCLK ports
50
18/23
20/25
216
10.8
TSOP(Ⅱ)44
Asynchronous serial read/write,
Write mask function,
Output data control, Cascade
100
7.5/8
10/12
360
14.4
TSOP(Ⅱ)70
Asynchronous serial read/write,
Write mask function,
Output data control, Cascade
5.0±0.5
MS8104160A
MSM54V12222B
3M
262,214×12
×12
MS81V03120
Asynchronous serial read/write,
Write mask function, Output data
control, Cascade, Two−port,
2 common WCLK ports
MS81V04160A
4M
(262,214×8)×2
×16
50
18/23
20/25
288
10.8
0 to +70
QFP100
Asynchronous serial read/write,
Write mask function, Output data
control, Cascade, Two−port,
2 independent WCLK ports.
MS81V04166A
3.3±0.3
MS81V05200
5M
583,680×10
MS81V06160
6M
401,408×16
×10
77
8
13
780
21.6
83
9/12
12/15
756/612
21.6
83
9/12
12/15
756/612
21.6
Asynchronous serial read/write,
Write mask function,
Output data control, Cascade
TSOP(Ⅱ)70
Asynchronous serial read/write,
Write mask function,
Output data control, Cascade
×16
Asynchronous serial read/write,
Write mask function,
Output data control, Cascade
MS81V10160
10M
664,320×16
MS81V26000
26M
1,114,112×24
×24
100
8/9
10/12
648/576
18
TQFP100
Asynchronous serial read/write,
Write mask function, Output
data control, Cascade, The top
address can be specified
4M
(262,214×8)×2
×16
50
18/23
20/25
288
10.8
QFP100
Asynchronous serial read/write,
Write mask function, Output data
control, Cascade, Two−port,
2 common WCLK ports.
TQFP100Cu
Asynchronous serial read/write,
Write mask function, Output
data control, Cascade, The top
address can be specified
Automotive
MS81V04160AP
−40 to +85
3.3±0.3
MS81V26000-25TPZP3
26M
1,114,112×24
×24
40
12
25
www.rohm.com
576
18
A5
Memory
Part No.
A
ICs
Memory
A
▶ Serial EEPROM ▶▶Standard EEPROM
Serial EEPROM
Memory
Standard EEPROM
I2C BUS EEPROM (2-Wire) BR24Gxxxxx-3 Series (SCL Frequency = 400kHz)
Package and suffix
Part No.
Supply
voltage
range(V)
Current consumption(Max.)
Write cycle
SCL
Operating
time
Frequency temperature
(Max.)(ms)
(Hz)
range(˚C)
Density
(bit)
(word×bit)
NUX-3
1K
128×8
1.6 to 5.5
2
2
5
400K
NUX-3
2K
256×8
1.6 to 5.5
2
2
5
400K
FVJ-3
NUX-3
4K
512×8
1.6 to 5.5
2
2
5
400K
FVJ-3
NUX-3
8K
1K×8
1.6 to 5.5
2
2
5
400K
FVM-3
FVJ-3
NUX-3
16K
2K×8
1.6 to 5.5
2
2
5
400K
FVT-3
FVM-3
FVJ-3
NUX-3
32K
4K×8
1.6 to 5.5
2
2
5
400K
FV-3
FVT-3
FVM-3
FVJ-3
NUX-3
64K
8K×8
1.6 to 5.5
2
2
5
400K
FJ-3
FV-3
FVT-3
FVM-3
FVJ-3
NUX-3
128K
16K×8
1.6 to 5.5
2.5
2
5
400K
FJ-3
FV-3
FVT-3
−
−
−
256K
32K×8
1.6 to 5.5
2.5
2
5
400K
TSSOPVSON008X2030
B8J
DIP-T8
SOP8
SOP-J8 SSOP-B8 TSSOP-B8 MSOP8
BR24G01
-3
F-3
FJ-3
FV-3
FVT-3
FVM-3
FVJ-3
BR24G02
-3
F-3
FJ-3
FV-3
FVT-3
FVM-3
FVJ-3
BR24G04
-3
F-3
FJ-3
FV-3
FVT-3
FVM-3
BR24G08
-3
F-3
FJ-3
FV-3
FVT-3
FVM-3
BR24G16
-3
F-3
FJ-3
FV-3
FVT-3
BR24G32
-3
F-3
FJ-3
FV-3
BR24G64
-3
F-3
FJ-3
BR24G128
-3
F-3
BR24G256
-3
F-3
Bit format
Operating(mA) Standby(µA)
Endurance
(times)
Data
retention
(years)
−40 to
+85
106
40
−40 to
+85
106
40
I C BUS EEPROM (2-Wire) BR24Gxxxxx-3A Series (SCL Frequency = 1MHz)
2
BR24G01
-3A
F-3A
FJ-3A
−
FVT-3A
FVM-3A
FVJ-3A
NUX-3A
1K
128×8
1.7 to 5.5
2
2
5
1M
BR24G02
-3A
F-3A
FJ-3A
−
FVT-3A
FVM-3A
FVJ-3A
NUX-3A
2K
256×8
1.7 to 5.5
2
2
5
1M
BR24G04
-3A
F-3A
FJ-3A
−
FVT-3A
FVM-3A
FVJ-3A
NUX-3A
4K
512×8
1.7 to 5.5
2
2
5
1M
BR24G08
-3A
F-3A
FJ-3A
−
FVT-3A
FVM-3A
FVJ-3A
NUX-3A
8K
1K×8
1.7 to 5.5
2
2
5
1M
BR24G16
-3A
F-3A
FJ-3A
−
FVT-3A
FVM-3A
FVJ-3A
NUX-3A
16K
2K×8
1.7 to 5.5
2
2
5
1M
BR24G32
-3A
F-3A
FJ-3A
FV-3A
FVT-3A
FVM-3A
FVJ-3A
NUX-3A
32K
4K×8
1.7 to 5.5
2
2
5
1M
BR24G64
-3A
F-3A
FJ-3A
FV-3A
FVT-3A
FVM-3A
FVJ-3A
NUX-3A
64K
8K×8
1.7 to 5.5
2
2
5
1M
BR24G128
-3A
F-3A
FJ-3A
FV-3A
FVT-3A
FVM-3A
FVJ-3A
NUX-3A
128K
16K×8
1.7 to 5.5
2.5
2
5
1M
BR24G256
-3A
F-3A
FJ-3A
FV-3A
FVT-3A
−
−
−
256K
32K×8
1.7 to 5.5
2.5
2
5
1M
BR24G512
-3A
F-3A
FJ-3A
−
FVT-3A
−
−
−
512K
64K×8
1.7 to 5.5
4.5
3
5
1M
BR24G1M
-3A
F-3A
FJ-3A
−
−
−
−
−
1M
128K×8
1.7 to 5.5
4.5
3
5
1M
Microwire BUS EEPROM (3-Wire) BR93Gxxxxx-3/3A/3B Series
Package and suffix
Part No.
Current
consumption(Max.)
Density
(bit)
Bit format
(word×bit)
Supply
voltage
range(V)
NUX-3*1/
NUX-3A*2/
NUX-3B*3
1K
64×16
(128×8)
1.7 to 5.5
3
2
5
FVM-3*1/
FVM-3A*2/
FVM-3B*3
NUX-3*1/
NUX-3A*2/
NUX-3B*3
2K
128×16
(256×8)
1.7 to 5.5
3
2
5
FVT-3*1/
FVT-3A*2/
FVT-3B*3
FVM-3*1/
FVM-3A*2/
FVM-3B*3
NUX-3*1/
NUX-3A*2/
NUX-3B*3
4K
256×16
(512×8)
1.7 to 5.5
3
2
5
FJ-3*1/
FJ-3A*2/
FJ-3B*3
FVT-3*1/
FVT-3A*2/
FVT-3B*3
FVM-3*1/
FVM-3A*2/
FVM-3B*3
NUX-3*1/
NUX-3A*2/
NUX-3B*3
8K
512×16
(1K×8)
1.7 to 5.5
3
2
5
FJ-3*1/
FJ-3A*2/
FJ-3B*3
FVT-3*1/
FVT-3A*2/
FVT-3B*3
FVM-3*1/
FVM-3A*2/
FVM-3B*3
NUX-3*1/
NUX-3A*2/
NUX-3B*3
16K
1K×16
(2K×8)
1.7 to 5.5
3
2
5
DIP-T8
SOP8
SOP-J8
TSSOP-B8
MSOP8
VSON008X2030
BR93G46
-3*1/
-3A*2/
-3B*3
F-3*1/
F-3A*2/
F-3B*3
FJ-3*1/
FJ-3A*2/
FJ-3B*3
FVT-3*1/
FVT-3A*2/
FVT-3B*3
FVM-3*1/
FVM-3A*2/
FVM-3B*3
BR93G56
-3*1/
-3A*2/
-3B*3
F-3*1/
F-3A*2/
F-3B*3
FJ-3*1/
FJ-3A*2/
FJ-3B*3
FVT-3*1/
FVT-3A*2/
FVT-3B*3
BR93G66
-3*1/
-3A*2/
-3B*3
F-3*1/
F-3A*2/
F-3B*3
FJ-3*1/
FJ-3A*2/
FJ-3B*3
BR93G76
-3*1/
-3A*2/
-3B*3
F-3*1/
F-3A*2/
F-3B*3
BR93G86
-3*1/
-3A*2/
-3B*3
F-3*1/
F-3A*2/
F-3B*3
Operating(mA) Standby(µA)
Write cycle
time
(Max.)(ms)
Operating
Data
Endurance
temperature
retention
(times)
range(˚C)
(years)
−40 to
+85
106
40
SPI BUS EEPROM BR25Lxxxxxx-W Series
Package and suffix
Current consumption(Max.)
SOP8
SOP-J8
SSOP-B8
TSSOP-B8
MSOP8
TSSOP-B8J
Density
(bit)
Bit format
(word×bit)
Supply
voltage
range(V)
BR25L010
F-W
FJ-W
FV-W
FVT-W
FVM-W
FVJ-W
1K
128×8
1.8 to 5.5
3
2
BR25L020
F-W
FJ-W
FV-W
FVT-W
FVM-W
FVJ-W
2K
256×8
1.8 to 5.5
3
2
5
BR25L040
F-W
FJ-W
FV-W
FVT-W
FVM-W
FVJ-W
4K
512×8
1.8 to 5.5
3
2
5
BR25L080
F-W
FJ-W
FV-W
FVT-W
−
−
8K
1K×8
1.8 to 5.5
3
2
5
BR25L160
F-W
FJ-W
FV-W
FVT-W
−
−
16K
2K×8
1.8 to 5.5
3
2
5
Density
(bit)
Bit format
(word×bit)
Supply
voltage
range(V)
Part No.
Operating(mA) Standby(µA)
Write cycle
time
(Max.)(ms)
Data
Operating
temperature Endurance retention
(times)
(years)
range(˚C)
5
−40 to
+85
106
40
SPI BUS EEPROM BR25Gxxxxxx-3 Series
Package and suffix
Part No.
Current consumption(Max.)
Operating(mA) Standby(µA)
Write cycle
time
(Max.)(ms)
SOP8
SOP-J8
TSSOP-B8
MSOP8
VSON008X2030
BR25G320
F-3
FJ-3
FVT-3
FVM-3
NUX-3
32K
4K×8
1.6 to 5.5
8
2
5
BR25G640
F-3
FJ-3
FVT-3
FVM-3
NUX-3
64K
8K×8
1.6 to 5.5
8
2
5
BR25G128
F-3
FJ-3
FVT-3
FVM-3
NUX-3
128K
16K×8
1.6 to 5.5
8
2
5
BR25G256
F-3
FJ-3
FVT-3
−
−
256K
32K×8
1.6 to 5.5
8
2
5
BR25G1M
F-3
FJ-3
−
−
−
1M
128K×8
1.8 to 5.5
4
1
5
Data
Operating
temperature Endurance retention
(times)
(years)
range(˚C)
−40 to
+85
Microwire BUS EEPROM (3-Wire) BR93Gxxxxx-3/3A/3B series : *1 They are dual organization (by 16bit or 8bit) and it is selected the input of ORG PIN. *2 1PIN : CS PIN *3 3PIN : CS PIN
A6
www.rohm.com
106
100
ICs
Memory
▶ Serial EEPROM ▶▶Standard EEPROM
WL-CSP EEPROM
Package
Ball pitch
(mm)
Pull-up
RESIN resister
COATING
Density Bit format
(bit) (word×bit)
I/F
Supply
voltage
range(V)
Current consumption(Max.)
Operating
temperature
range(˚C)
Data
retention
(years)
Package Name
Size(mm)
BU9833GUL-W
VCSP50L1
x:1.27 y:1.50
0.55
0.5
−
I2C
2K
256 × 8
1.7 to 5.5
2
2
5
− 40 to + 85
40
BU9847GUL-W
VCSP50L1
x:1.95 y:1.06
0.55
0.5
−
I2C
4K
512 × 8
1.7 to 5.5
2
2
5
− 40 to + 85
40
BU9889GUL-W
VCSP50L2
x:1.60 y:1.00
0.55
0.5
−
I2C
8K
1K × 8
1.7 to 5.5
2
2
5
− 40 to + 85
40
BRCB008GWZ-3
UCSP30L1
x:0.94 y:0.94
0.33
0.4
−
I2C
8K
1K × 8
1.7 to 3.6
2
2
5
− 40 to + 85
40
−
Operating Standby
(mA)
(µA)
Write cycle
time(ms)
Thickness
(mm)Max.
BRCB016GWL-3
UCSP50L1
x:1.10 y:1.15
0.55
0.4
−
IC
16K
2K × 8
1.7 to 3.6
2
2
5
− 40 to + 85
40
BRCD016GWZ-3
UCSP35L1
x:1.30 y:0.77
0.40
0.4
−
I2C
16K
2K × 8
1.7 to 3.6
2
2
5
− 40 to + 85
40
BRCA016GWZ-W
UCSP30L1
x:1.30 y:0.77
0.35
0.4
−
−
I2C
16K
2K × 8
1.7 to 3.6
2
2
5
− 40 to + 85
40
BRCB032GWZ-3
UCSP30L1
x:1.45 y:0.77
0.33
0.4
−
−
I2C
32K
4K × 8
1.7 to 5.5
2
2
5
− 40 to + 85
40
BRCG064GWZ-3
UCSP35L1
x:1.50 y:1.00
0.36
0.4
−
I2C
64K
8K × 8
1.6 to 5.5
2
2
5
− 40 to + 85
40
BRCH064GWZ-3
UCSP35L1A
x:1.50 y:1.00
0.33
0.4
−
I2C
64K
8K×8
1.6 to 5.5
2
2
5
−40 to +85
40
BRCB064GWZ-3
UCSP30L1
x:1.50 y:1.00
0.35
0.4
−
WP
I2C
64K
8K × 8
1.6 to 5.5
3.9
2
5
− 40 to + 85
40
BRCE064GWZ-3
UCSP25L1
x:1.50 y:1.00
0.30
0.4
−
−
I2C
64K
8K × 8
1.6 to 5.5
2
2
5
− 40 to + 85
40
BU9897GUL-W
VCSP50L2
x:2.44 y:1.99
0.55
0.5
−
I2C
128K
16K × 8
1.7 to 5.5
2.5
2
5
− 40 to + 85
40
BU9832GUL-W
VCSP50L2
x:2.09 y:1.85
0.55
0.5
−
SPI
8K
1K × 8
1.8 to 5.5
3
2
5
− 40 to + 85
40
BU9829GUL-W
VCSP50L1
x:1.74 y:1.65
0.55
0.5
−
SPI
16K
2K × 8
1.6 to 3.6
2
1
5
− 30 to + 85
10
2
BR25S128GUZ-W
VCSP35L2
x:2.00 y:2.63
0.40
0.5
−
SPI
128K
16K × 8
1.7 to 5.5
2
2
5
− 40 to + 85
40
BU9891GUL-W
VCSP50L1
x:1.60 y:1.00
0.55
0.5
−
MW
4K
256 × 16
1.7 to 5.5
3
2
5
− 40 to + 85
40
*
Plug & Play EEPROM For Memory Modules
Part No.
Bit format
(word×bit)
Supply voltage
rarge(V)
Clock
frequency
(kHz)
−
256 × 8
1.7 to 5.5
100*1/400*2
5
NUX-3
256 × 8
1.7 to 5.5
400
5
Package and suffix
TSSOP-B8
VSON008X2030
BR34L02
FVT-W
BR34E02
FVT-3
Write cycle time Endurance
(ms)
(times)
Data retention
(years)
Write Protect
106
40
Onetime ROM write protect
106
40
Settable write protect
Onetime ROM write protect
Plug & Play EEPROM For Display
Part No.
Function Descriptions
Bit format
(word×bit)
Supply
voltage
(V)
Clock
frequency
(MHz)
Write cycle
time
(ms)
−
Supports DDC1TM /
DDC2TM for displays
128 × 8
2.5 to 5.5
100 / 400
10
−
Dual-port type compatible
with DDC2TM for displays
128 × 8 × 2ch
2.5 to 5.5
100 / 400
10
256 × 8 × 3ch
3.0 to 5.5
400
5
256 × 8 × 2ch
1.7 to 5.5
400
5
Package and suffix
SOP8
SOP-J8
SSOP-B8
SOP14
SSOP-B14
SSOP-B16 VSON008X2030
BR24C21
F
FJ
FV
−
−
−
BU9882
−
−
−
F-W
FV-W
−
BU9883
−
−
−
−
−
FV-W
−
2kbit × 3ch EEPROM
for HDMI ports
BU99022
−
−
−
−
−
−
NUX-3
2Kbit × 2ch type
WL-CSP EEPROM : * Vcc=2.5V
Plug & Play EEPROM For Memory Modules : *1:VCC=1.7 to 5.5V *2:VCC=2.5 to 5.5V
Micro Wire BUS Pin Assignment
CS
VCC
CS
VCC
DU
SK
DU
SK
DU
VCC
NC
CS
GND
SK
DI
BR93Gxx-3
DO
Selectable Bit Format
(8bit or 16bit)
ORG
DI
GND
DO
BR93Gxx-3A
Interchangeable with the
BR93LxxRxx-W Series
www.rohm.com
NC
BR93Gxx-3B
GND
DO
DI
Rotated Pins
A7
A
Memory
Part No.
ICs
Memory
A
▶ Serial EEPROM ▶▶Automotive EEPROM
Automotive EEPROM
105°
C Operation I2C BUS EEPROM (2-Wire) BR24Axxxxxx-WM Series
Memory
Package and suffix
Current consumption(Max.)
SOP8
SOP-J8
MSOP8
Density
(bit)
(word×bit)
Supply
voltage
range(V)
BR24A01A
F-WM
FJ-WM
−
1K
128×8
2.5 to 5.5
2
2
5
BR24A02
F-WM
FJ-WM
FVM-WM
2K
256×8
2.5 to 5.5
2
2
5
BR24A04
F-WM
FJ-WM
−
4K
512×8
2.5 to 5.5
2
2
5
BR24A08
F-WM
FJ-WM
−
8K
1K×8
2.5 to 5.5
2
2
5
BR24A16
F-WM
FJ-WM
−
16K
2K×8
2.5 to 5.5
2
2
5
BR24A32
F-WM
−
−
32K
4K×8
2.5 to 5.5
3
2
5
BR24A64
F-WM
−
−
64K
8K×8
2.5 to 5.5
3
2
5
Part No.
Bit format
Operating(mA) Standby(µA)
Write cycle Operating
time
temperature
(Max.)(ms)
range(˚C)
Endurance
(times)
Data
retention
(years)
106
40
Endurance
(times)
Data
retention
(years)
−40 to
+125
106
100
−40 to
+105
106
40
Endurance
(times)
Data
retention
(years)
−40 to
+125
106
100
−40 to
+125
106
40
−40 to
+105
106
100
−40 to
+105
125°
C Operation Microwire BUS EEPROM (3-Wire) BR93Hxxxxxx-2C Series
Part No.
Package and suffix
Density
(bit)
Bit format
(word×bit)
Supply
voltage
range(V)
Current consumption(Max.)
Operating(mA) Standby(µA)
Write cycle Operating
time
temperature
(Max.)(ms)
range(˚C)
SOP8
SOP-J8
TSSOP-B8
MSOP8
BR93H46
RF-2C
RFJ-2C
RFVT-2C
RFVM-2C
1K
64×16
2.5 to 5.5
3
10
4
BR93H56
RF-2C
RFJ-2C
RFVT-2C
RFVM-2C
2K
128×16
2.5 to 5.5
3
10
4
BR93H66
RF-2C
RFJ-2C
RFVT-2C
RFVM-2C
4K
256×16
2.5 to 5.5
3
10
4
BR93H76
RF-2C
RFJ-2C
RFVT-2C
RFVM-2C
8K
512×16
2.5 to 5.5
3
10
4
BR93H86
RF-2C
RFJ-2C
RFVT-2C
RFVM-2C
16K
1K×16
2.5 to 5.5
3
10
4
105°C Operation Microwire BUS EEPROM (3-Wire) BR93Axxxxxx-WM Series
BR93A46
RF-WM
RFJ-WM
RFVT-WM
RFVM-WM
1K
64×16
2.5 to 5.5
3
2
5
BR93A56
RF-WM
RFJ-WM
RFVT-WM
RFVM-WM
2K
128×16
2.5 to 5.5
3
2
5
BR93A66
RF-WM
RFJ-WM
RFVT-WM
RFVM-WM
4K
256×16
2.5 to 5.5
3
2
5
BR93A76
RF-WM
RFJ-WM
RFVT-WM
RFVM-WM
8K
512×16
2.5 to 5.5
3
2
5
BR93A86
RF-WM
RFJ-WM
RFVT-WM
RFVM-WM
16K
1K×16
2.5 to 5.5
3
2
5
125°
C Operation SPI BUS EEPROM BR25Hxxxxxx-2C Series
Part No.
Package and suffix
Current consumption(Max.)
Density
(bit)
(word×bit)
Supply
voltage
range(V)
FVM-2C
1K
128×8
2.5 to 5.5
4
10
4
FVM-2C
2K
256×8
2.5 to 5.5
4
10
4
FVT-2C
FVM-2C
4K
512×8
2.5 to 5.5
4
10
4
FJ-2C
FVT-2C
FVM-2C
8K
1K×8
2.5 to 5.5
4
10
4
FJ-2C
FVT-2C
FVM-2C
16K
2K×8
2.5 to 5.5
4
10
4
F-2C
FJ-2C
FVT-2C
FVM-2C
32K
4K×8
2.5 to 5.5
4
10
4
F-2C
FJ-2C
FVT-2C
−
64K
8K×8
2.5 to 5.5
5.5
10
4
F-2C
FJ-2C
−
−
128K
16K×8
2.5 to 5.5
5.5
10
4
2K×8
2.5 to 5.5
3
10
5
SOP8
SOP-J8
TSSOP-B8
MSOP8
BR25H010
F-2C
FJ-2C
FVT-2C
BR25H020
F-2C
FJ-2C
FVT-2C
BR25H040
F-2C
FJ-2C
BR25H080
F-2C
BR25H160
F-2C
BR25H320
BR25H640
BR25H128
Bit format
Operating(mA) Standby(µA)
Write cycle Operating
time
temperature
(Max.)(ms)
range(˚C)
125°C Operation SPI BUS EEPROM BR35Hxxxxxx-WC Series
BR35H160
F-WC
FJ-WC
FVT-WC
FVM-WC
16K
BR35H320
F-WC
FJ-WC
FVT-WC
FVM-WC
32K
4K×8
2.5 to 5.5
3
10
5
BR35H640
F-WC
FJ-WC
FVT-WC
−
64K
8K×8
2.5 to 5.5
5.5
10
5
BR35H128
F-WC
FJ-WC
−
−
128K
16K×8
2.5 to 5.5
5.5
10
5
105°C Operation SPI BUS EEPROM BR25Axxxxxx-3M Series
BR25A256
F-3M
FJ-3M
FVT-3M
−
256K
32K×8
2.5 to 5.5
4
10
5
BR25A1M
F-3M
FJ-3M
−
−
1M
128K×8
2.5 to 5.5
4
10
5
A8
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ICs
▶ FeRAM ▶▶Ferroelectric Memory
▶ NOR Flash ▶▶Parallel NOR Flash
▶ P2ROMTM ▶▶Parallel BUS Standard P2ROM™
Memory
FeRAM
A
Parallel BUS FeRAM MR48Vxxxx Series
Part No.
Memory Density
(bit)
Configuration
(word×bit)
Supply Voltage
(V)
Operating speed
Read/Write
Endurance
Data Retention
Operating
Temperature
Ta (˚C)
256K
32K × 8
2.7 to 3.6
tRC = 150ns
1012 Times
10 years
−40 to +85
TSOP(Ⅰ)28
1012 Times
10 years
−40 to +85
SOP8
1012 Times
10 years
−40 to +85
MR48V256C
Package
I C BUS FeRAM MR44Vxxxx Series
2
MR44V064A
64K
8K × 8
2.5 to 3.6
fclk = 3.4MHz
MR44V064B
64K
8K×8
2.0 to 3.6
fclk = 3.4MHz
☆MR44V100A
1M
128K×8
2.0 to 3.6
fclk = 3.4MHz
SPI BUS FeRAM MR45Vxxxx Series
MR45V032A
32K
4K × 8
2.7 to 3.6
fclk = 15MHz
MR45V064B
64K
8K×8
2.0 to 3.6
fclk=40MHz
MR45V256A
256K
32K×8
3.0 to 3.6
fclk=15MHz
☆MR45V100A
1M
128K×8
2.0 to 3.6
fclk=34MHz
MR45V200A
2M
256K × 8
2.7 to 3.6
fclk = 34MHz
SOP8
SOP8/DIP8
DIP8
☆:Under Development
NOR Flash
(LAPIS Semiconductor products)
Parallel NOR Flash MR39Vxxxxxx / MR29Vxxxxxx Series
Memory
Density
(bit)
Configuration
(word×bit/byte×bit)
☆MR39V01G52B
1G
64M×16/128M×8
☆MR39V51252B
512M
32M×16/64M×8
256M
16M×16/32M×8
☆MR29V12852B
128M
8M×16/16M×8
☆MR29V06452B
64M
4M×16/8M×8
Part No.
☆MR39V25652B
Supply Voltage
(V)
2.7 to 3.6
Mode
NOR
PAGE
Page size
(word × bit/
byte × bit)
Access Time
(Address/Page)
(ns)
16-word×16/
32-byte×8
Current Consumption (Max.)
Operating
Standby
Operating
temperature Ta
(˚C)
110/25
TBD
TBD
−40 to +85
110/25
TBD
TBD
−40 to +85
110/25
TBD
TBD
−40 to +85
70/25
30mA
100uA
−40 to +85
70/25
30mA
100uA
−40 to +85
8-word×16/
16-byte×8
Package
TSOP(Ⅰ)56
Features
Output Driver
Strength control,
Cu-L/F
TSOP(Ⅰ)48
☆:Under Development
P2ROMTM
(LAPIS Semiconductor products)
Parallel BUS Standard P2ROM™
Density
(bit)
Configuration
(bank × word × bit)
MR26T51203L
512M
32M × 16 / 64M × 8
MR27T25603L
256M
16M × 16 / 32M × 8
Part No.
MR27T12800L
MR27T12802L
128M
8M × 16 / 16M × 8
MR27V12800L
MR27T6402L
64M
4M × 16 / 8M × 8
MR27V6402L
MR27T3202L
32M
2M × 16 / 4M × 8
MR27V3202L
MR27T1602L
Supply Voltage
(V)
Access Time
(ns)
3.0 to 3.6
100
2.7 to 3.6
120
3.0 to 3.6
100
2.7 to 3.6
120
2.7 to 3.6
90
3.0 to 3.6
80
2.7 to 3.6
90
3.0 to 3.6
85
3.0 to 3.6
70
2.7 to 3.6
90
3.0 to 3.6
80
2.7 to 3.6
90
3.0 to 3.6
70
3.0 to 3.6
70
2.7 to 3.6
90
3.0 to 3.6
80
2.7 to 3.6
90
3.0 to 3.6
80
Current Consumption (Max.)
1M × 16 / 2M × 8
2.7 to 3.6
70
10μA
TSOP(Ⅱ)50
−
35mA
10μA
TSOP(Ⅱ)50
−
25mA
10μA
TSOP(Ⅰ)48
−
TSOP(Ⅰ)56
−
−
10μA
25mA
10μA
Chip
20mA
10μA
SOP44 / TSOP(Ⅰ)48 /
TFBGA48
20mA
10μA
20mA
10μA
Cu / TSOP(Ⅰ)48
20mA
10μA
20mA
10μA
20mA
10μA
−40 to +85
16mA
Chip
0 to +70
−40 to +85
−
SOP44 / TSOP(Ⅰ)48 /
TFBGA48
−40 to +85
70
16mA
10μA
80
18mA
5μA
3.0 to 3.6
70
18mA
5μA
3.0 to 3.6
90
18mA
5μA
www.rohm.com
TSOP(Ⅰ)48
Chip
10μA
3.0 to 3.6
512K × 16 / 1M × 8
TSOP(Ⅰ)48
−
2.7 to 3.6
MR27V802F
0 to +70
25mA
MR27V1602L
8M
Package Frame
35mA
0 to +70
16M
Package
Standby
MR27T802F
MR27V802F
Operating
temperature
(˚C)
Operating
SOP44 / TSOP(Ⅰ)48 /
TFBGA48
Cu / TSOP(Ⅰ)48
TSOP(Ⅰ)48
Chip
0 to +70
−
SOP44 / TSOP(Ⅰ)48
Chip
−
−
−
−
A9
Memory
(LAPIS Semiconductor products)
Ferroelectric Memory
ICs
Memory
▶ P2ROMTM ▶▶Parallel BUS Page mode P2ROM™
▶▶SPI BUS P2ROM™
(LAPIS Semiconductor products)
A
Parallel BUS Page mode P2ROM™
Memory
Supply
Voltage
(V)
Access Time
(Address/Page)
(ns)
Density
(bit)
Configuration
(word × bit)
MR36V01G52B
1G
64M × 16/128M × 8
MR26V51252R
512M
32M × 16/64M × 8
100/25
Part No.
MR37V25652T
Page Size
16M × 16/32M × 8
256M
MR27V25653L
Mode
MR37V12852B
MR27V12852L
8M × 16/16M × 8
128M
MR27V12850L
MR37V6452B
3.0 to 3.6
MR27V6452L
NOR
8-word × 16
4M × 16/8M × 8
64M
MR27V6452R
MR26V6455J
Current Consumption (Max.)
Operating
Standby
105/25
100mA
25mA
105/25
50mA
4mA
35mA
20μA
Operating
Temperature
Ta (˚C)
Package
TSOP(Ⅰ)56
100/35
60mA
5mA
90/30
50mA
10μA
Chip
85/30
50mA
10μA
85/30
50mA
10μA
TSOP(Ⅰ)48 / Chip
0 to +70
TSOP(Ⅰ)56
90/30
50mA
10μA
TSOP(Ⅰ)48 /
TSOP(Ⅰ)56
90/30
50mA
10μA
SOP44 / TSOP(Ⅰ)48 /
TSOP(Ⅰ)56/Chip
80/25
40mA
10μA
2M × 32/4M × 16
100/30
100mA
20μA
MR27V3252J
32M
2M × 16/4M × 8
70/25
50mA
10μA
MR27V1652L
16M
1M × 16/2M × 8
80/25
60mA
10μA
−40 to +85
TSOP(Ⅰ)48 /
TSOP(Ⅰ)56
SSOP70
0 to +70
SOP44 / TSOP(Ⅰ)48
SOP44 / TSOP(Ⅰ)48/Chip
SPI BUS P2ROM™
Density
(bit)
Configuration
(word × bit)
MR37V12841A
128M
MR27V6441L
64M
Part No.
MR27V3241L
Supply Voltage
(V)
3.0 to 3.6
MR27V1641L
Operating Frequency (MHz)
READ
Operating*
Standby
128M × 1
33
20
30mA/20mA*
50μA
64M × 1
33
20
30mA/20mA*
50μA
32M
32M × 1
33
20
40mA/20mA*
50μA
16M
16M × 1
30
20
25mA/20mA*
50μA
SPI BUS P2ROM™:*:FAST READ/READ
A10
Current Consumption (Max.)
FAST-READ
www.rohm.com
Operating
Temperature
Tj (˚C)
Package
SOP16
0 to +70
SOP16/Chip
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