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Parallel Standard P2ROM™ series

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Parallel Standard P2ROM

Description

Memory density from 8Mbit to 512Mbit, the variation emphasized on the basic performance, is selectable. They are parallel standard products consisting mainly of ×8bits / ×16bit BUS switch, compatible with NOR Flash, and LAPIS Semiconductor's original pin assignments and mask ROM compatible pin assignments. They feature high reliability, eliminating the need for Error Correction Codes (ECCs) - unlike NAND Flash - and are offered in a range of form factors, including bare die, SOP, TSOP, and TFBGA packages.

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*For the details of MR27V12800L-□□□WE, MR27V6402L-□□□WE, MR27V3202L-□□□WE, MR27V1602L-□□□WE, and MR27V802E-□□□WA, please contact the sales.
Part No. Supply
voltage
(V)		 Memory
density
(bit)		 Configu
-ration
(word×bit)		 Access
time
(ns)		 Current
consumption
(Max)		 Operating
temperature
(°C)		 Package
Operating Standby
MR26T51203L-□□□TM
datasheet[pdf]		 3.0 to 3.6
/2.7 to 3.6		 512M 32M×16
/64M×8		 100/120 35mA 10µA 0 to +70 TSOP(II)50
MR27T25603L-□□□TM
datasheet[pdf]		 3.0 to 3.6
/2.7 to 3.6		 256M 16M×16
/32M×8		 100/120 35mA 10µA 0 to +70 TSOP(II)50
MR27T12800L-□□□TN
datasheet[pdf]		 2.7 to 3.6 128M 8M×16
/16M×8		 90 25mA 10µA 0 to +70 TSOP(I)48
NEW
MR37T25602T-□□□TA		 3.0 to 3.6
/2.7 to 3.6		 256M 16M×16
/32M×8		 100/150 35mA 10µA 0 to +70 TSOP(I)56
MR27T12802L-□□□TA
datasheet[pdf]		 3.0 to 3.6
/2.7 to 3.6		 128M 8M×16
/16M×8		 80/90 25mA 10µA 0 to +70 TSOP(I)56
MR27T6402L-□□□MA
datasheet[pdf]		 3.0 to 3.6
/2.7 to 3.6		 64M 4M×16
/8M×8		 70/90 20mA 10µA 0 to +70 SOP44
MR27T6402L-□□□TN
datasheet[pdf]		 3.0 to 3.6
/2.7 to 3.6		 64M 4M×16
/8M×8		 70/90 20mA 10µA 0 to +70 TSOP(I)48
MR27T6402L-□□□LY
datasheet[pdf]		 3.0 to 3.6
/2.7 to 3.6		 64M 4M×16
/8M×8		 70/90 20mA 10µA 0 to +70 TFBGA48
MR27T6402L-□□□TNA
datasheet[pdf]		 3.0 to 3.6
/2.7 to 3.6		 64M 4M×16
/8M×8		 80/90 20mA 10µA -40 to +85 TSOP(I)48
MR27T3202L-□□□MA
datasheet[pdf]		 3.0 to 3.6
/2.7 to 3.6		 32M 2M×16
/4M×8		 70/90 20mA 10µA 0 to +70 SOP44
MR27T3202L-□□□TN
datasheet[pdf]		 3.0 to 3.6
/2.7 to 3.6		 32M 2M×16
/4M×8		 70/90 20mA 10µA 0 to +70 TSOP(I)48
MR27T3202L-□□□LA
datasheet[pdf]		 3.0 to 3.6
/2.7 to 3.6		 32M 2M×16
/4M×8		 70/90 20mA 10µA 0 to +70 TFBGA48
MR27T3202L-□□□TNA
datasheet[pdf]		 3.0 to 3.6
/2.7 to 3.6		 32M 2M×16
/4M×8		 80/90 20mA 10µA -40 to +85 TSOP(I)48
MR27T1602L-□□□MA
datasheet[pdf]		 2.7 to 3.6 16M 1M×16
/2M×8		 70 16mA 10µA 0 to +70 SOP44
MR27T1602L-□□□TN
datasheet[pdf]		 2.7 to 3.6 16M 1M×16
/2M×8		 70 16mA 10µA 0 to +70 TSOP(I)48
MR27T1602L-□□□LA
datasheet[pdf]		 2.7 to 3.6 16M 1M×16
/2M×8		 70 16mA 10µA 0 to +70 TFBGA48
MR27T1602L-□□□TNA
datasheet[pdf]		 2.7 to 3.6 16M 1M×16
/2M×8		 70 16mA 10µA -40 to +85 TSOP(I)48
MR27T802F-□□□MA
datasheet[pdf]		 2.7 to 3.6 8M 512K×16
/1M×8		 80 18mA 5µA 0 to +70 SOP44
MR27T802F-□□□TN
datasheet[pdf]		 2.7 to 3.6 8M 512K×16
/1M×8		 80 18mA 5µA 0 to +70 TSOP(I)48
MR27V802F-□□□MA
datasheet[pdf]		 3.0 to 3.6 8M 512K×16
/1M×8		 70 18mA 5µA 0 to +70 SOP44
MR27V802F-□□□TN
datasheet[pdf]		 3.0 to 3.6 8M 512K×16
/1M×8		 70 18mA 5µA 0 to +70 TSOP(I)48
MR27V12800L-□□□WE 3.0 to 3.6 128M 8M×16
/16M×8		 85 25mA 10µA 0 to +70 Chip
MR27V6402L-□□□WE 3.0 to 3.6 64M 4M×16
/8M×8		 70 20mA 10µA 0 to +70 Chip
MR27V3202L-□□□WE 3.0 to 3.6 32M 2M×16
/4M×8		 80 20mA 10µA 0 to +70 Chip
MR27V1602L-□□□WE 3.0 to 3.6 16M 1M×16
/2M×8		 70 16mA 10µA 0 to +70 Chip
MR27V802F-□□□WA 3.0 to 3.6 8M 512K×16
/1M×8		 90 18mA 5µA 0 to +70 Chip

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