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AS9C25512M2018L-200TI PDF预览

AS9C25512M2018L-200TI

更新时间: 2024-11-20 22:50:15
品牌 Logo 应用领域
ALSC 存储内存集成电路静态存储器
页数 文件大小 规格书
30页 1101K
描述
2.5V 512/256K x 18 Synchronous Dual-port SRAM with 3.3V or 2.5V interface

AS9C25512M2018L-200TI 数据手册

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September 2004  
Preliminary Information  
AS9C25512M2018L  
AS9C25256M2018L  
®
2.5V 512/256K X 18 Synchronous Dual-port SRAM with 3.3V or 2.5V interface  
Features  
Dual Chip enables on both ports for easy  
depth expansion  
True Dual-Port memory cells that allow simulta-  
neous access of the same memory location  
Interrupt and Collision Detection Features  
2.5 V power supply for the core  
LVTTL compatible, selectable 3.3V or  
2.5V power supply for I/Os, addresses,  
clock and control signals on each port  
Snooze modes for each port for standby  
operation  
15mA typical standby current in power  
down mode  
Available in 256-pin Ball Grid Array  
(BGA), 144-pin Thin Quad Flatpack  
(TQFP) and 208-pin fine pitch Ball Grid  
Array (fpBGA)  
[1]  
Organisation: 524,288/262,144 × 18  
Fully Synchronous, independent operation on  
both ports  
Selectable Pipeline or Flow-Through output  
mode  
Fast clock speeds in Pipeline output mode: 250  
MHz operation (9Gbps bandwidth)  
Fast clock to data access: 2.8ns for Pipeline out-  
put mode  
Asynchronous output enable control  
Fast OE access times: 2.8ns  
Double Cycle Deselect (DCD) for Pipeline Out-  
put Mode  
Supports JTAG features compliant with  
IEEE 1149.1  
[1]  
19/18 -bit counter with Increment, Hold and  
Repeat features on each port  
Note:  
1. AS9C25512M2018L/AS9C25256M2018L  
Selection guide  
Feature  
-250  
4
-200  
5
-166  
6
-133  
7.5  
133  
4.2  
83  
Units  
ns  
Minimum cycle time  
Maximum Pipeline clock frequency  
Maximum Pipeline clock access time  
Maximum flow-through clock frequency  
Maximum flow-through clock access time  
Maximum operating current  
250  
2.8  
150  
6.5  
TBD  
18  
200  
3.4  
133  
7.5  
350  
18  
166  
3.6  
100  
10  
MHz  
ns  
MHz  
ns  
12  
300  
18  
260  
18  
mA  
mA  
Maximum snooze mode current  
9/24/04; v.1.2  
Alliance Semiconductor  
P. 1 of 30  
Copyright © Alliance Semiconductor. All rights reserved.  

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