128KX8SR Search Results

Contextual Info: m WHITE M I C R O E L E C T R O N I C S W S128K8-XCX 128Kx8 SRAM MODULE, SM D 5962-93156 FEATURES FIG. 1 • PIN CONFIGURATION TOP VIEW NC C 1 A16C 2 ^ Stand ard M icro circuit D raw ing, 5 9 6 2 -9 3 1 5 6 Vcc 32 31 □ A15 A14 C 3 30 □ A12 C 4 29 □ w l

mt3351

Abstract: Cyrix 486 dx2 MT332 cyrix 486 Port70H 18L15 intel 486 dx4 386 MOTHERBOARD 82c597 cx486
Contextual Info: PRELIMINARY CYPRESS Features • 160-Pin single chip PQFP • Supports PC/AT compatible systems at 25/33/40/50 MHz • Supports AMD, Cyrix level 1 write­ back CPU • Write-Back/Write-Through cache with 32KB/64KB/128KB/256KB/512KB/ 1MB cache size • Non-cachable memory range support

Contextual Info: 8 Megabit SRAM - Radi ati on H a r d e n e d O 8x 128kwordx8bit MCM Memory # w U O v lV r For Space Applications <Ti SÖ '-o WE} CS, WE. CS. so OE“ >• a 128K X 8 T sa -w*,cs, 'T A % WE CS, « T V I/O., S e I’s 89C080RP (RP for RAD-PAK ) multi-chip mod­

dallas ds80c320 high speed micro guide

Abstract: DS1640
Contextual Info: 'w - l J J t f °0 _72 , TABLE OF CONTENTS Short-Form Catalog T im e k e e p in g .1 M em ory P rodu cts .

Contextual Info: OBSOLETE MICRON I MT5C1008 128K X 8 SRAM TECHNOLOGY, INC. SRAM 128K x 8 SRAM WITH OUTPUT ENABLE FEATURES • H igh speed: 12,1 5 ,2 0 and 25 • A vailable in 300 mil- and 400 m il-wide SOJ packages • H igh-perform ance, low-power, CM OS double-metal process

DS2228

Abstract: DS2220 WE VQE 11 E WE VQE 23 F WE VQE 24 E DS2229 1372G
Contextual Info: DS2229 PRELIM IN AR Y DA LL AS S E M I C O N D U C T O R CORP 5DE D PALLAS • 2bim3D 00047fl0 h Hi DAL DS2229 Word-Wide 8 Meg SRAM Stik SEMICONDUCTOR FEATURES PIN ASSIGNMENT • Organized as a high density 512K x 16 bit Stik o • Fast access times - 85ns, 100ns, 120ns

Contextual Info: DS2229 PRELIMINARY DALLAS SEMICONDUCTOR DS2229 Word-Wide 8 Meg SRAM Stik FEATURES PIN ASSIGNMENT • Organized as a high density 512K x 16 bit Stik o • Fast access times - 85ns, 100ns, 120ns • Unlimited write cycles • Employs popular JEDEC standard 80-position SIMM