S6134 Search Results

Contextual Info: MOSEL S6134 4K X 8 CMOS Dual Port SRAM FEATURES DESCRIPTION • High-speed-35/45/55ns The M OSEL M S6134 is a 32,768 bit dual port static random access memory organized as 4,096 words by 8 bits allowing each port to independently access any location in memory. The M S6134 is ideal for systems that

Contextual Info: S6134 FEBRUARY 1992 4K x 8 CMOS Dual Port SRAM FEATURES DESCRIPTION • High-speed - 45/55/70 ns • M S6134 — Standalone device • True Dual Port Memory array • Low Power dissipation The M OSEL M S6134 is a 32,768 bit dual port static random access memory organized as 4,096 words by 8

S6144

Abstract: MRON S6-144
Contextual Info: INTEGRATE] DEVICE 14E D • MÔSS771 00037äb A CMOS PARALLEL 64 X 5-BIT FIFO WITH FLAGS DESCRIPTION: FEATURES: • First-ln/Flrst-Out dual-port m em ory-45M H z • 64 x 5 organization • Low power consumption • — Active: 200mW typical) RAM-based Internal structure allows for fast fall-through time

Contextual Info: S61342 FEBRUARY 1992 4K x 8 CMOS Dual Port SRAM FEATURES DESCRIPTION • The MOSEL S61342 is a 32,768 bit dual port static random access memory organized as 4,096 words by 8 bits allowing each port to independently access any location in memory. A busy flag provides arbitration

70CMS

Contextual Info: MOSEL _ S61342 PRELIMINARY 4K X 8 CMOS Dual Port SRAM FEATURES DESCRIPTION • High-speed-35/45/55ns The MOSEL S61342 is a 32,768 bit dual port static random access memory organized as 4,096 words by 8 bits allowing each port to independently access any

MDM 6600

Abstract: mt 1389 de 2061 D nikko AR9344 bosch AL 1115 CV denso alternator 7805/3A bosch al 1450 dv CATERPILLAR 207-1560 ba 4918
Contextual Info: No. 9800-OERF-007 Replaces • Remplace • Substituye No. 9800-OERF-005 Dixie Electric Ltd. OEM CROSS REFERENCE GUIDE DE RÉFÉRENCE GUÍA DE REFERENCIA 2007 Index • Índice AGCO .1

S-6142

Contextual Info: CMOS PARALLEL 64 X 5-BIT FIFO WITH FLAGS IDT 72413 FEATURES: DESCRIPTION: • First-ln /F irst-O ut d u a l-p o rt m e m o ry —45M H z • 64 x 5 o rga n izatio n • Low p o w e r c o n su m p tio n • R AM -based Internal structure a llo w s fo r fast fa ll-thro u g h tim e