82359 Search Results

82350DT EISA Chip Set Design Guide

Abstract: intel 82353 intel 82350DT
Contextual Info: in te i Intel486 DX2 MICROPROCESSOR IEEE 1149.1 Boundary Scan Compatibility Binary Compatible with Large Software Base - M S -D O S ’ , O S /2 *’ , Windows — UNIX” ’ System V/lntel386 — IRMX , iRMK Kernels High Performance Design — 50 MHz/66 MHz Core Speed Using

intel 82350

Abstract: intel 82352 82351 eisa intel 82357 intel 82358 82359 82350DT EISA Chip Set Design Guide 2LF 1418 82350DT
Contextual Info: in te i 82358DT EISA Bus Controller • Supports 82350 and 82350DT Chip Set Based Systems — Mode Selectable for Either 82350 or 82350DT Based Systems — Mode Defaults to 82350 Based Systems ■ Socket Compatible with the 82358 EISA Bus Controller ■ Provides EISA/ISA Bus Cycle

82353

Abstract: intel 82358 82359 82353 intel intel 82353 82358DT
Contextual Info: 82353 ADVANCED DATA PATH • Dual Port Architecture Allows Host to Access Memory without Incurring EISA Arbitration ■ Provides Optimal i486 Burst Performance ■ High Performance, Flexible Memory Support: — Designed as a 16-Bit Slice which Interfaces 16, 32, or 64-Bit Memory

82385

Abstract: 82350DT 82359 82350 82358 intel 82350 intel 80386 bus architecture 82395 82358DT intel 82358
Contextual Info: in t e i 82358DT EISA BUS CONTROLLER Supports 8-, 16-, or 32-bit DMA Cycles — Type A, B, or C Burst Cycles — Compatible Cycles Supports 82350 and 82350DT Chip Set Based Systems — Mode Selectable for Either 82350 or 82350DT Based Systems — Mode Defaults to 82350 Based

Contextual Info: PA1 Vishay Semiconductors 用于远程控制系统的红外 （IR）接收器模块 FEATURES • 符合 RoHS 指令 2002/95/EC 2002/96/EC 及 WEEE 可用于 : • TSOP58. • TSOP59. • TSOP38. • TSOP39. • TSOP98. “D” “H” “X” “W”

gigabyte motherboard g 8i845gvm-rz

Abstract: bts 2140 1b D1273 Intel 486 DX2
Contextual Info: INTEL CORP int^l U P/P R PH LS h?E D • 4û 2b l? 5 DlE ? lb l IP lfä iy G ü ilQ IM ß W Intel486 DX2 MICROPROCESSOR Binary Compatible with Large Software Base -M S -D O S *, O S /2*, Windows — U N IX* System V/lntel386 — iRMX , iRMK Kernels