72 SIMM DRAM Search Results

16m x 36 60ns simm

Contextual Info: 16M x 36 Bit ECC 5V EDO SIMM Extended Data Out EDO DRAM SIMM 361656ES54m16TL 72 Pin 16Mx36 ECC EDO SIMM Unbuffered, 4k Refresh, 5V Pin Assignment General Description The 361656ES54m16TL is a 16Mx36 bit, 16 chip, 5V, 72 Pin SIMM module consisting of (9) 16Mx4

Contextual Info: MT9D25636 256K X 36 DRAM MODULE |V /|K = R O N 256K X 36 DRAM DRAM MODULE FAST PAGE MODE FEATURES OPTIONS MARKING • Timing 60ns access 70ns access 80ns access - 6 - 7 - 8 • Packages Leadless 72 -pin SIMM Leadless 72 -pin SIMM Gold 72-Pin SIMM (T" 11)

MT8C36512

Contextual Info: MICRON MT8C36512 DRAM MODULE 512K x 36 DRAM PIN ASSIGNMENT Top View OPTIONS 72 PIN SIMM (MO) o MARKING • Timing 80ns access 100ns access 120ns access • - 8 -10 -12 • Lead dress Tin/L ead Gold (SIMM only) None G • Packages: Leadless 72 -pin SIMM Leaded 72-pin ZIP

DS469

Abstract: TAA 762 72 simm function
Contextual Info: 2M x 36 Bit 5V FPM SIMM Fast Page Mode FPM DRAM SIMM 362006-S51m06JG 72 Pin 2Mx36 FPM SIMM Unbuffered, 1k Refresh, 5V Pin Assignment General Description The module is a 2Mx36 bit, 6 chip, 5V, 72 Pin SIMM module consisting of (4) 1Mx16 (SOJ) DRAM (2) 1Mx4 QUAD CAS DRAMs.

DS555

Abstract: 72 simm function 16m x 36 60ns simm
Contextual Info: 16M x 36 Bit ECC 5V FPM SIMM Fast Page Mode FPM DRAM SIMM 361656-S54m16TL 72 Pin 16Mx36 FPM SIMM Unbuffered, 4k Refresh, 5V Pin Assignment General Description The 361656-S54m16TL is a 16Mx36 bit, 16 chip, 5V, 72 Pin SIMM module consisting of (9) 16Mx4 (TSOP2) DRAM. The module is unbuffered and

Contextual Info: P IIC R O N 1 MEG DRAM MODULE X MT9D136 36 DRAM MODULE 1 MEG X 36 DRAM FAST PAGE MODE FEATURES PIN ASSIGNMENT Top View OPTIONS 72-Pin SIMM (T-11) MARKING • Timing 60ns access 70ns access 80ns access - 6 - 7 Packages Leadless 72 -pin SIMM Leadless 72-pin SIMM (Gold)

321006ES51T02JF

Abstract: DS361-40 simm EDO 72pin
Contextual Info: 1M x 32 Bit 5V EDO SIMM Extended Data Out EDO DRAM SIMM 321006ES51T02JF 72 Pin 1Mx32 EDO SIMM Unbuffered, 1k Refresh, 5V General Description Pin Assignment The module is a 1Mx32 bit, 2 chip, 5V, 72 Pin SIMM module consisting of (2) 1Mx16 (SOJ) DRAM. The module is unbuffered and supports Extended Data

Contextual Info: 2M x 36 Bit 5V FPM SIMM Fast Page Mode FPM DRAM SIMM 362006-S51m12JD 72 Pin 2Mx36 FPM SIMM Unbuffered, 1k Refresh, 5V Pin Assignment General Description The module is a 2Mx36 bit, 12 chip, 5V, 72 Pin SIMM module consisting of (4) 1Mx16 (SOJ) DRAM (8) 1Mx1 DRAMs. The module is unbuffered and

328006-S52T16JD

Abstract: 8mx32 simm 72 pin 4Mx4 2 CHIP dram simm FPM DRAM 30-pin SIMM
Contextual Info: 8M x 32 Bit 5V FPM SIMM Fast Page Mode FPM DRAM SIMM 328006-S52T16JD 72 Pin 8Mx32 FPM SIMM Unbuffered, 2k Refresh, 5V Pin Assignment General Description The module is a 8Mx32 bit, 16 chip, 5V, 72 Pin SIMM module consisting of (16) 4Mx4 (SOJ) DRAM. The module is unbuffered and supports Fast Page Mode

ds812

Contextual Info: 16M x 36 Bit 5V FPM SIMM Fast Page Mode FPM DRAM SIMM 361606-S54s20TD 72 Pin 16Mx36 FPM SIMM Unbuffered, 4k Refresh, 5V General Description Pin Assignment The module is a 16Mx36 bit, 20 chip, 5V, 72 Pin SIMM module consisting of (12) 16Mx4 (TSOP), (1) Voltage Regulator and (7) Bus Switches. The module is

4Mx4 dram simm

Abstract: 72 simm function 8m x 36
Contextual Info: 8M x 36 Bit 5V FPM SIMM Fast Page Mode FPM DRAM SIMM 368006-S52G24JL 72 Pin 8Mx36 FPM SIMM Unbuffered, 2k Refresh, 5V General Description Pin Assignment The module is a 8Mx36 bit, 24 chip, 5V, 72 Pin SIMM module consisting of (16) 4Mx4 (SOJ) and (8) 4Mx1 (SOJ) DRAMs. The module is unbuffered and

4Mx4 dram simm

Abstract: 4MX36 4Mx4 2 CHIP dram simm 72 simm function 4Mx4 fpm dram 30 simm
Contextual Info: 4M x 36 Bit 5V FPM SIMM Fast Page Mode FPM DRAM SIMM 364006-S52m09JA 72 Pin 4Mx36 FPM SIMM Unbuffered, 2k Refresh, 5V Pin Assignment General Description The module is a 4Mx36 bit, 9 chip, 5V, 72 Pin SIMM module consisting of (8) 4Mx4 (SOJ) and (1) 4Mx4 (SOJ, Quad CAS) DRAM. The module is

8mx32 simm 72 pin

Abstract: 8Mx32 dram simm 4Mx4 dram simm 328006ES52T16JD simm EDO 72pin
Contextual Info: 8M x 32 Bit 5V EDO SIMM Extended Data Out EDO DRAM SIMM 328006ES52T16JD 72 Pin 8Mx32 EDO SIMM Unbuffered, 2k Refresh, 5V Pin Assignment General Description The module is a 8Mx32 bit, 16 chip, 5V, 72 Pin SIMM module consisting of (16) 4Mx4 (SOJ) DRAM. The module is unbuffered and supports Extended Dataout (EDO) access.

MCM32CT400ASH60

Abstract: MCM32BT FPM RAM MCM32C400ASH60
Contextual Info: Order this document by 5VFPMU32S/D MOTOROLA SEMICONDUCTOR TECHNICAL DATA 1 , 2 , 4 , 8 M X 3 2 5 V, FPM, Unbuffered DRAM Single-In-Line Memory Module SIMM 1M x 32 (4MB), 2M x 32 (8MB) 72-LEAD LOW HEIGHT SIMM 4, 8,16, and 32 Megabyte BACK • JEDEC-Standard 72-Lead Single-ln-Line Memory Module (SIMM)

8M DRAM

Abstract: VCCC1-C10
Contextual Info: Order this document by 5VEDOU36SQ/D MOTOROLA SEMICONDUCTOR TECHNICAL DATA 4, 8M X 36 5 V, EDO, Unbuffered DRAM Single-In-Line Memory Module SIMM 4M x 36 (16MB), 8M x 36 (32MB) 72-LEAD LOW HEIGHT SIMM CASE 866-02 16 and 32 Megabyte • JEDEC-Standard 72-Lead Single-In-Line Memory Module (SIMM)

MB322BT08TASN60

Abstract: MB321BT08TASN60 MB322BJ08TASG60 MB324CJ00TBSN60 MB321BJ08TASG60 MB321BJ08TASN60 MB321BT08TASG60 MB322BJ08TASN60 MB322BT08TASG60 MB324CT00TBSN60
Contextual Info: Order this document by 5VEDOU32S/D MOTOROLA SEMICONDUCTOR TECHNICAL DATA 1, 2, 4, 8M x 32 5 V, EDO, Unbuffered DRAM Single-In-Line Memory Module SIMM 1M x 32 (4MB), 2M x 32 (8MB) 72–LEAD LOW HEIGHT SIMM 4, 8, 16, and 32 Megabyte BACK • JEDEC–Standard 72–Lead Single–In–Line Memory Module (SIMM)

V145M

Abstract: B324D
Contextual Info: Order this document by 5VEDOU32S/D MOTOROLA SEMICONDUCTOR TECHNICAL DATA 1,2, 4, 8M x 32 S V, EDO, Unbuffered DRAM S in g le -ln -Lin e M em ory M odule SIMM 1M x 32 (4MB), 2M x 32 (8MB) 72-LEAD LOW HEIGHT SIMM 4, 8,16, and 32 Megabyte BACK • JEDEC-Standard 72-Lead Single-ln-Line Memory Module (SIMM)

Contextual Info: UG2M13201PTCT G Data sheets can be downloaded at www.unigen.com 4M Bytes (1M x 32 bits) FPM MODE DRAM MODULE FPM Mode Unbuffered 72 Pin SIMM based on 2 pcs 1M x 16 DRAM with LVTTL, 1K Refresh GENERAL DESCRIPTION PIN ASSIGNMENT (Front View) 72-Pin SIMM Pr

Contextual Info: UG4M23201PTCT G Data sheets can be downloaded at www.unigen.com 8M Bytes (2M x 32 bits) FPM MODE DRAM MODULE FPM Mode Unbuffered 72 Pin SIMM based on 4 pcs 1M x 16 DRAM with LVTTL, 1K Refresh GENERAL DESCRIPTION PIN ASSIGNMENT (Front View) 72-Pin SIMM Pr

UG2M13201PBG

Abstract: 1024/256/64/16/UG2M13201PBG
Contextual Info: UG2M13201PBG T Data sheets can be downloaded at www.unigen.com 4M Bytes (1M x 32 bits) FPM MODE DRAM MODULE FPM Mode Unbuffered 72 Pin SIMM based on 2 pcs 1M x 16 DRAM with LVTTL, 1K Refresh GENERAL DESCRIPTION PIN ASSIGNMENT (Front View) 72-Pin SIMM Pr el

thv8

Abstract: HYB39S16800T 16m x 4 hyb
Contextual Info: SIEMENS SIMM-Modules Product View S IM M -M odules Product View SIMM-Modules non-parity 2M X 32 FPM EDO FPM G = Gold leaded Semiconductor Group 26 EDO SIEMENS SIMM-Modules Product View 4M x 3 2 8M FPM EDO 32 FPM L-SIM-72-12 HYM 324020S/GS X EDO L-SIM-72-15

DQ33

Abstract: 30 pin simm memory SO DIMM 72-pin 2mb 72-pin simm
Contextual Info: 72 Pin SIMM Characteristics . Application Note 72 Pin SIMM Characteristics Basic Architecture Can be used in two, four or eight-byte systems. SIMMs are organized by assignment of data, RAS and CAS. A bank is defined as being one DRAM chip deep by the following data bus width:

Contextual Info: UG16M83202KP V G(T)-6 Data sheets can be downloaded at www.unigen.com 32M Bytes (8M x 32 bits) FPM MODE DRAM MODULE FPM Mode 72 Pin SIMM based on 16 pcs 4M x 4 DRAM with LVTTL, 2K Refresh GENERAL DESCRIPTION PIN ASSIGNMENT (Front View) 72-Pin SIMM FEATURES

322006-S51T04JD

Abstract: 72 simm function 2MX32
Contextual Info: 2M x 32 Bit 5V FPM SIMM Fast Page Mode FPM DRAM SIMM 322006-S51T04JD Pin 2Mx32 FPM SIMM Unbuffered, 1k Refresh, 5V General Description The module is a 2Mx32 bit, 4 chip, 5V, 72 Pin SIMM module consisting of (4) 1Mx16 (SOJ) DRAM. The module is unbuffered and supports Fast Page Mode