W9725G6IB-25

Obsolete

Winbond Electronics

IC DRAM 256MBIT PAR 84WBGA

Search across all available documentation for this part.

Obsolete

Winbond Electronics

IC DRAM 256MBIT PAR 84WBGA

Technical Specifications

Parameters and characteristics for this part

Part	Supplier Device Package	Operating Temperature [Max]	Operating Temperature [Min]	Memory Format	Package / Case	Mounting Type	Clock Frequency	Memory Interface	Write Cycle Time - Word, Page	Technology	Memory Organization	Memory Type	Voltage - Supply [Max]	Voltage - Supply [Min]	Access Time	Memory Size
Winbond Electronics W9725G6IB-25	84-WBGA (8x12.5)	85 °C	0 °C	DRAM	84-TFBGA	Surface Mount	200 MHz	Parallel	15 ns	SDRAM - DDR2	16 M	Volatile	1.9 V	1.7 V	60 ns	256 Gbit
Winbond Electronics W9725G6KB-18 TR	84-WBGA (8x12.5)	85 °C	0 °C	DRAM	84-TFBGA	Surface Mount	533 MHz	Parallel	15 ns	SDRAM - DDR2	16 M	Volatile	1.9 V	1.7 V	58.125 ns	256 Gbit
Winbond Electronics W9725G6KB-25 TR	84-WBGA (8x12.5)	85 °C	0 °C	DRAM	84-TFBGA	Surface Mount	400 MHz	Parallel	15 ns	SDRAM - DDR2	16 M	Volatile	1.9 V	1.7 V	57.5 ns	256 Gbit
Winbond Electronics W9725G6JB25I	84-WBGA (8x12.5)	95 °C	-40 °C	DRAM	84-TFBGA	Surface Mount	200 MHz	Parallel	15 ns	SDRAM - DDR2	16 M	Volatile	1.9 V	1.7 V	52.5 ns	256 Gbit
Winbond Electronics W9725G6KB-25	84-WBGA (8x12.5)	85 °C	0 °C	DRAM	84-TFBGA	Surface Mount	400 MHz	Parallel	15 ns	SDRAM - DDR2	16 M	Volatile	1.9 V	1.7 V	57.5 ns	256 Gbit
Winbond Electronics W9725G6KB25I	84-WBGA (8x12.5)	95 °C	-40 °C	DRAM	84-TFBGA	Surface Mount	400 MHz	Parallel	15 ns	SDRAM - DDR2	16 M	Volatile	1.9 V	1.7 V	57.5 ns	256 Gbit
Winbond Electronics W9725G6KB-18	84-WBGA (8x12.5)	85 °C	0 °C	DRAM	84-TFBGA	Surface Mount	533 MHz	Parallel	15 ns	SDRAM - DDR2	16 M	Volatile	1.9 V	1.7 V	58.125 ns	256 Gbit

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

Distributor	Package	Quantity	$

General part information

SDRAM - DDR2 Memory IC 256Mbit Parallel 200 MHz 60 ns 84-WBGA (8x12.5)

Technical documentation and resources