HYM536200 Search Results

HYM536200AM

Abstract: HYM536200A HYM536200AM/ALM WE005 HYM536200Aibm pc 700M/ALM
Contextual Info: •HYUNDAI SEMICONDUCTOR HYM536200A Series 2M X 36-blt CM O S DRAM MODULE PRELIMINARY DESCRIPTION The HYM536200A is a 2M x 36-bit Fast page mode C M O S DRAM module consisting of sixteen HY514400A in 20/26 pin SO J and eight HY531000A in 20/26 pin SO J on a 72 pin glass-epoxy printed circuit board, 0.2^uF decoupling

HYM536200AM60

Abstract: 00S11
Contextual Info: • H Y U N D A I H Y M 5 3 6 2 A M - S e r î e s 2M x 36-bit CMOS DRAM MODULE DESCRIPTION The HYM536200A is a 2M x 36-bit Fast page mode CMOS DRAM module consisting of sixteen HY514400A in 20/26 pin SOJ and eight HY531000A in 20/26 pin SOJ on a 72 pin glass-epoxy printed circuit board. 0.22nFdecoupling

Contextual Info: ‘H Y U N D A I SEMICONDUCTOR H Y M 536200 Series 2M X 36-bit CMOS DRAM MODULE DESCRIPTION The HYM536200 is a 2M x 36-bit Fast page mode CMOS DRAM module consisting of sixteen HY514400 20/26 pin SOJ and eight HY531000 in 20/26 pin SOJ on a 72 pin glass-epoxy printed circuit board. 0.2^«F decoupling

Contextual Info: - H Y U N D A I H Y M 5 3 6 2 A M - S e r i e s 2M x 36-bit CMOS DRAM MODULE DESCRIPTION The HYM536200A is a 2M x 36-bit Fast page mode CMOS DRAM module consisting of sixteen HY514400A in 20/26 pin SOJ and eight HY531OOOA in 20/26 pin SOJ on a 72 pin glass-epoxy printed circuit board. 0.22nFdecoupling

Contextual Info: HY U N D A I HYM536200A Series SEMICONDUCTOR 2M x 36-blt CMOS DRAM MODULE PRELIMINARY DESCRIPTION The HYM536200A is a 2M x 36-bit Fast page mode CMOS DRAM module consisting of sixteen HY514400A in 20/26 pin SOJ and eight HY531000A in 20/26 pin SOJ on a 72 pin glass-epoxy printed circuit board. 0.22^F decoupling

Contextual Info: HYM536200A M-Series HYUNDAI 2M X 36-bit CMOS DRAM MODULE DESCRIPTION The HYM536200A is a 2M x 36-bit Fast page mode CMOS DRAM module consisting of sixteen HY514400A in 20/26 pin SOJ and eight HY531000A in 20/26 pin SOJ on a 72 pin glass-epoxy printed circuit board. 0.22fiF decoupling

HY531000

Abstract: HYM536200 HYM536200M
Contextual Info: • HY UNDAI SEMICONDUCTOR H Y M 5 3 6 2 0 0 S e rie s 2M X 36-blt CMOS DRAM MODULE DESCRIPTION The HYM536200 is a 2M x 36-bit Fast page mode CMOS DRAM module consisting of sixteen HY514400 20/26 pin SOJ and eight HY531000 In 20/26 pin SOJ on a 72 pin glass-epoxy printed circuit board. 0 .2 ^ F decoupling

HYM536200A

Contextual Info: “HYUNDAI HYM536200A M-Series 2M X 36-bit CMOS DRAM MODULE DESCRIPTION The HYM536200A is a 2M x 36-bit Fast page mode CMOS DRAM m odule consisting of sixteen HY514400A in 20/26 pin SOJ and eight HY531000A in 20/26 pin SOJ on a 72 pin glass-epoxy printed circuit board. 0.22|jF decoupling

HYM532814

Abstract: HY531000AJ HYM532224 hy5118160bjc HYM532214AE60 HY5118160 HYM536A814BM HYM536100AM HY51178048J HY5118160JC
Contextual Info: QUICK REFERENCE SIMM MODULE 5V SIMM TYPE SIZE 72 Pin 4MB DESCRIPTION 1M X 32 8 IM M 1Mx36 8M B 2M 2M 16MB 4M 4M 32M B 8M 8M NO TE : 4 X X X X X X 32 36 32 36 32 36 PART NO. SPEED REF. DEVICE USED HEIGHT EDO, S L HYM532124AW/ATW 60/70/80 IK HY5118164BUC/BTC x 2

HYM532814

Abstract: TRA8 L HYM536410 HYM532100AM HYM532100
Contextual Info: TIMING DIAGRAM INDEX E D O 4-Byte SIMM HYM532124AW HYM532224AW . . . . . . 1Mx32 EDO 2Mx32 EDO 2Mx32 EDO 1Mx 16 based . . . . . 1Mx 16 based . . . . . 2Mx8 based . . . . . EDO TIMING DIAGRAM -1 EDO TIMING DIAGRAM -1 . .

HYM536100AM

Abstract: HYM532814 4Mx4 dram simm HYM532100AM 1MX32 HYM532120W HYM532224 HYM536410 HYM536410AM HYM532200AM
Contextual Info: TABLE OF CONTENTS 1. INDEX 1 Table of C ontents. 2. PRODUCT QUICK GUIDE Ordering In fo rm atio n . Quick Reference . How and What to know as reading Part No.

HY5118160JC

Abstract: HY531000AJ HY-53 HYM591000B HYM536100AM HYM532120W
Contextual Info: As of ’96.3Q TYPE SIZE 30 Pin 1MB SIMM DESCRIPTION. PART NO. SPEEp- R EF. D EV ICE U S E D 1M <8 FPM ,L HYM581000BM 50/60/70 IK HY514400AJ x 2 1M <9 FPM ,L HYM591000BM 60/70 IK HY514400AJX2 4M <8 FPM ,L HYM584000AM 50/60/70 IK HY514100AJ x 8 FPM .SL HYM584000DM