EDI8M1664C70 Datasheet PDF - EDI Megabit SRAM Module Specs

EDI8M1664C70 - Megabit SRAM Module

This page provides the datasheet information for the EDI8M1664C70, a member of the EDI8M1664C50 Megabit SRAM Module family.

Datasheet Summary

Features

The EDI8M1664C isa high speed 64Kx16 CMOS Static 64Kx16 bit CMOS Static RAM Module consisting of four (4) 32Kx8 CMOS Static Random Access Memory Module RAMs in leadless chip carriers, surface mounted onto a.
Access Times 50, 60, 70, 85, and 100ns mu~i-Iayered ceramic substrate. The 32Kx8 RAMs are.
Fully Static, No Clocks organized as two banks of 32Kx16 bits each. Functional.
Inputs and Outputs Directly TTL Compatible equivalence to proposed monolithic megabit St.

Datasheet Details

Part number	EDI8M1664C70
Manufacturer	EDI
File Size	374.56 KB
Description	Megabit SRAM Module
Datasheet	EDI8M1664C70 Datasheet
Additional preview pages of the EDI8M1664C70 datasheet.

📁 Similar Datasheet

EDI816256CA - 256Kx16 MONOLITHIC SRAM (White Electronic Designs Corporation)

EDI816256CA - 256K x 16 Monolithic SRAM (Microsemi)

EDI88128C - 128K X 8 STATIC RAM CMOS MONOLITHIC (ETC)

EDI88128C - 128Kx8 MONOLITHIC SRAM (White Electronic Designs)

EDI88128CS - 128Kx8 Monolithic SRAM (White Electronic Designs)

EDI88128LP - 128K X 8 STATIC RAM CMOS MONOLITHIC (ETC)

EDI88128P - 128K X 8 STATIC RAM CMOS MONOLITHIC (ETC)

EDI88130CS - 128Kx8 Monolithic SRAM/ SMD 5962-89598 (ETC)

EDI88257C - 256K x 8 Monolithic SRAM (White Electronic Designs)

EDI88257CA - 256K x 8 Monolithic SRAM (White Electronic Designs)

Full PDF Text Transcription

Click to expand full text

~EDI 64Kx16 Static RAM CMOS, Module EDI8M1664C501601701851100 Megabit SRAM Module, JEDEC Pinout Features The EDI8M1664C isa high speed 64Kx16 CMOS Static 64Kx16 bit CMOS Static RAM Module consisting of four (4) 32Kx8 CMOS Static Random Access Memory Module RAMs in leadless chip carriers, surface mounted onto a • Access Times 50, 60, 70, 85, and 100ns mu~i-Iayered ceramic substrate. The 32Kx8 RAMs are • Fully Static, No Clocks organized as two banks of 32Kx16 bits each.

Published: Dec 9, 2019 |