Hitachi PIX-8144
Abstract: Hitachi PIX 8144 Pix-8144 PIX 8144 hitachi 8144 CY7C025-AC dual port 16 SRAM PLCC CY7C024 CY7C0241 CY7C0251
Text: Qualification Report QTP 96091/96393, Version 2.0 September 1996 Dual Port SRAM - R28 Technology, 6% Shrink CY7C0251 8K x 18 Dual Port SRAM CY7C025 8K x 16 Dual Port SRAM CY7C0241 4K x 18 Dual Port SRAM CY7C024 4K x 16 Dual Port SRAM CY7C145 8K x 9 Dual Port SRAM
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CY7C0251
CY7C025
CY7C0241
CY7C024
CY7C145
CY7C144
CY7C139
CY7C138
CY7C133
CY7C143
Hitachi PIX-8144
Hitachi PIX 8144
Pix-8144
PIX 8144
hitachi 8144
CY7C025-AC
dual port 16 SRAM PLCC
CY7C024
CY7C0241
CY7C0251
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96182
Abstract: cy7c024 CY131 CY7C0241 CY7C133 CY7C1342 CY7C135 CY7C138 CY7C139 CY7C143
Text: Qualification Report September 1996, QTP# 96182/96354, Version 2.0 Dual Port SRAM - R28 Technology CY7C0241 4K x 18 Dual Port SRAM CY7C024 4K x 16 Dual Port SRAM CY7C145 8K x 9 Dual Port SRAM CY7C144 8K x 8 Dual Port SRAM CY7C139 4K x 9 Dual Port SRAM CY7C134
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CY7C0241
CY7C024
CY7C145
CY7C144
CY7C139
CY7C134
CY7C1342
CY7C135
CY7C138
CY7C133
96182
cy7c024
CY131
CY7C0241
CY7C133
CY7C1342
CY7C135
CY7C138
CY7C139
CY7C143
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dual port SRAM PLCC
Abstract: CY7C133 CY7C138 CY7C139 CY7C143 CY7C144 CY7C145 CY7C016 CY7C024 CY7C0241
Text: Qualification Report May 1996, QTP# 95226, Version 1.0 Dual Port SRAM - R28 Technology Thin Quad Flat Pack Package CY7C0251 8K x 18 Dual Port SRAM CY7C025 8K x 16 Dual Port SRAM CY7C0241 4K x 18 Dual Port SRAM CY7C024 4K x 16 Dual Port SRAM CY7C145 8K x 9 Dual Port SRAM
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CY7C0251
CY7C025
CY7C0241
CY7C024
CY7C145
CY7C144
CY7C139
CY7C138
CY7C133
CY7C143
dual port SRAM PLCC
CY7C133
CY7C138
CY7C139
CY7C143
CY7C144
CY7C145
CY7C016
CY7C024
CY7C0241
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Ablestik
Abstract: CY7C024 CY7C0241 CY7C139 CY7C144 CY7C145
Text: Cypress Semiconductor Qualification Report QTP# 98393 VERSION 1.3 March, 1999 Dual Port SRAM - R28 Technology - Fab 2 CY7C0241 4K x 18 Dual Port SRAM CY7C024 4K x 16 Dual Port SRAM CY7C145 8K x 9 Dual Port SRAM CY7C144 8K x 8 Dual Port SRAM CY7C139 4K x 9 Dual Port SRAM
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CY7C0241
CY7C024
CY7C145
CY7C144
CY7C139
CY7C1342/135/138
CY7C133/143
7C0241C)
CY7C0251-AC
Ablestik
CY7C024
CY7C0241
CY7C139
CY7C144
CY7C145
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Dp 140c
Abstract: CY7C006 CY7C016 CY7C025 CY7C0251 JESD22 8361H
Text: Cypress Semiconductor Qualification Report QTP# 98302 VERSION 1.2 March, 1999 Dual Port SRAM - R28 Technology - Fab 2 CY7C025 8K x 16 Dual Port SRAM CY7C0251 8K x 18 Dual Port SRAM CY7C006 16K x 8 Dual Port SRAM CY7C016 16K x 9 Dual Port SRAM Cypress Semiconductor
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CY7C025
CY7C0251
CY7C006
CY7C016
7C0251D)
7C0251D
CY7C0251-AC
Dp 140c
CY7C006
CY7C016
CY7C025
CY7C0251
JESD22
8361H
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96182
Abstract: 9715 cy7c136
Text: Cypress Semiconductor Qualification Report QTP# 97045/97154 VERSION 1.1 April, 1997 Dual Port SRAM - R28 Technology CY7C130/131 1K x 8 Dual Port SRAM CY7C140/141 1K x 8 Dual Port SRAM CY7C132/136 2K x 8 Dual Port SRAM CY7C142/146 2K x 8 Dual Port SRAM Cypress Semiconductor
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CY7C130/131
CY7C140/141
CY7C132/136
CY7C142/146
CY7C13
/CY7C14*
CY7C136
52-Lead
CY7C025-JC
CY7C025-AC
96182
9715
cy7c136
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CY7C006
Abstract: CY7C016 CY7C025 CY7C0251 JESD22 MP8000C
Text: Qualification Report QTP 96363, Version 1.0 December 1996 Dual Port SRAM - R28 Technology CY7C0251 8K x 18 Dual Port SRAM CY7C025 8K x 16 Dual Port SRAM CY7C016 16 x 9 Dual Port SRAM CY7C006 16 x 8 Dual Port SRAM PRODUCT DESCRIPTION for qualification Information provided in this document is intended for generic qualification and technically describes the Cypress part
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CY7C0251
CY7C025
CY7C016
CY7C006
84-Lead
CY7C025)
CY7C025-JC
CY7C006
CY7C016
CY7C025
CY7C0251
JESD22
MP8000C
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FullFlex36
Abstract: DQ67L CYD18S72V18
Text: FullFlex FullFlexTM Synchronous SDR Dual Port SRAM FullFlex Synchronous SDR Dual Port SRAM Features Functional Description • True dual port memory enables simultaneous access to the shared array from each port ■ Synchronous pipelined operation with single data rate SDR
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18-Mbit,
36-Mbit
FullFlex72
72-bit
FullFlex36
DQ67L
CYD18S72V18
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FullFlex36
Abstract: CYD04S36V18 CYD09S36V18 CYD18S18V18 CYD18S36V18
Text: FullFlex FullFlexTM Synchronous SDR Dual Port SRAM FullFlex Synchronous SDR Dual Port SRAM Features Functional Description • True dual port memory enables simultaneous access to the shared array from each port ■ Synchronous pipelined operation with single data rate SDR
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72-bit
484-ball
256-ball
FullFlex72
36-Mbit:
CYD36S72V18)
18-Mbit:
CYD18ation
FullFlex36
CYD04S36V18
CYD09S36V18
CYD18S18V18
CYD18S36V18
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FullFlex36
Abstract: CYD09S36V18 CYD18S18V18 CYD18S36V18
Text: FullFlex FullFlexTM Synchronous SDR Dual Port SRAM FullFlex Synchronous SDR Dual Port SRAM Features Functional Description • True dual port memory enables simultaneous access the shared array from each port ■ Synchronous pipelined operation with single data rate SDR
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72-bit
18-Mbit,
36-Mbit
FullFlex36
CYD09S36V18
CYD18S18V18
CYD18S36V18
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FullFlex36
Abstract: No abstract text available
Text: CYDXXS72V18 CYDXXS36V18 CYDXXS18V18 FullFlex Synchronous SDR Dual Port SRAM FullFlex™ Synchronous SDR Dual Port SRAM Features Functional Description • True dual port memory enables simultaneous access the shared array from each port ■ Synchronous pipelined operation with single data rate SDR
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CYDXXS72V18
CYDXXS36V18
CYDXXS18V18
72-bit
18-Mbit,
36-Mbit
FullFlex36
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FullFlex36
Abstract: CYDXXS36V18 400 OHM RESISTOR DQ67
Text: CYDXXS72V18 CYDXXS36V18 CYDXXS18V18 FullFlex Synchronous SDR Dual Port SRAM FullFlex™ Synchronous SDR Dual Port SRAM Features Functional Description • True dual port memory enables simultaneous access the shared array from each port ■ Synchronous pipelined operation with single data rate SDR
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CYDXXS72V18
CYDXXS36V18
CYDXXS18V18
18-Mbit,
36-Mbit
FullFlex72
72-bit
FullFlex36
400 OHM RESISTOR
DQ67
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FullFlex36
Abstract: No abstract text available
Text: CYDXXS72V18 CYDXXS36V18 CYDXXS18V18 FullFlex Synchronous SDR Dual Port SRAM FullFlex™ Synchronous SDR Dual Port SRAM Features Functional Description • True dual port memory enables simultaneous access the shared array from each port ■ Synchronous pipelined operation with single data rate SDR
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CYDXXS72V18
CYDXXS36V18
CYDXXS18V18
72-bit
484-ball
256-ball
FullFlex36
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FullFlex36
Abstract: No abstract text available
Text: CYDXXS72V18 CYDXXS36V18 CYDXXS18V18 FullFlex Synchronous SDR Dual Port SRAM FullFlex™ Synchronous SDR Dual Port SRAM Features Functional Description • True dual port memory enables simultaneous access the shared array from each port ■ Synchronous pipelined operation with single data rate SDR
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CYDXXS72V18
CYDXXS36V18
CYDXXS18V18
18-Mbit,
36-Mbit
FullFlex72
72-bit
FullFlex36
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AL010
Abstract: AR11 AR12 CY7C132 CY7C142 DR31 "Single-Port RAM"
Text: Understanding Asynchronous Dual-Port RAMs This application note examines the evolution of multi-port memories and explains the operation and benefits of Cypress’s asynchronous dual-port RAMs. It also explores the benefits of using dual-port RAMs over single-port RAMs in
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Comm1997.
AL010
AR11
AR12
CY7C132
CY7C142
DR31
"Single-Port RAM"
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dual port ram
Abstract: AR11 AR12 CY7C132 CY7C142 DR31
Text: Understanding Asynchronous Dual-Port RAMs This application note examines the evolution of multi-port memories and explains the operation and benefits of Cypress’s asynchronous dual-port RAMs. It also explores the benefits of using dual-port RAMs over single-port RAMs in
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CYD18S18V18-200BBAXI
Abstract: FullFlex36 CYD36S18V18-167BGXI
Text: FullFlex FullFlex Synchronous SDR Dual Port SRAM Features Functional Description • True dual port memory enables simultaneous access to the shared array from each port ■ Synchronous pipelined operation with single data rate SDR operation on each port
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FullFlex72
72-bit
CYD18S18V18-200BBAXI
FullFlex36
CYD36S18V18-167BGXI
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Untitled
Abstract: No abstract text available
Text: QL80FC - QuickFCTM QuickLogic QL80FC Programmable Fibre Channel ENDEC last updated 8/25/2000 QL80FC - QuickFC FEATURES DUAL PORT SRAM Dual Port SRAM Features • ANSI Fibre Channel FC compatibility ■ 22 blocks (total of 25,344 bits) of dual-port RAM ■
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QL80FC
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BE5L
Abstract: CYD18S18V18 CYD09S36V18 CYD18S36V18 SKR 175 FullFlex36
Text: FullFlex FullFlex Synchronous SDR Dual Port SRAM Features Functional Description • True dual port memory enables simultaneous access to the shared array from each port ■ Synchronous pipelined operation with Single Data Rate SDR operation on each port
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Untitled
Abstract: No abstract text available
Text: DUAL PORT RAMS MOSEL offers four Dual Port SRAMs in the 1K, 2K, and 4K x 8 densities. An 8K x 8 Dual Port SRAM is planned as a further extension to the product family. Dual Port SRAM provides two independent ports with separate controls, address and I/O data pins. The Dual Port SRAM can double the data bus bandwidth by permitting independent,
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600mil
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Untitled
Abstract: No abstract text available
Text: MOSEL _ MS6138 ADVANCED INFORMATION 8K x 8 Dual-Port Static RAM FEATURES DESCRIPTION • High-speed access: 45/55/70ns The MOSEL MS6138 is a high-speed 8K x 8 dual-port SRAM. The MS6138 is designed to be used as a stand-alone 64K-bit dual-port or as a combination Master/Slave dual-port for 16-bit or
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MS6138
45/55/70ns
MS6138
64K-bit
16-bit
660mW
16-bits
120mA
200nA
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DUAL-PORT STATIC RAM
Abstract: No abstract text available
Text: MOSEL _ MS6138 ADVANCED INFORMATION 8K x 8 Dual-Port Static RAM FEATURES DESCRIPTION • High-speed access: 45/55/70ns The MOSEL MS6138 is a high-speed 8K x 8 dual-port SRAM. The MS6138 is designed to be used as a stand-alone 64K-bit dual-port or as a combination Master/Slave dual-port for 16-bit or
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MS6138
45/55/70ns
660mW
16-bits
64-lead
40mil
MS6138
120mA
DUAL-PORT STATIC RAM
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Untitled
Abstract: No abstract text available
Text: MOSEL _ MS6134 ADVANCED INFORMATION 8K x 8 Dual-Port Static RAM FEATURES DESCRIPTION • High-speed access: 45/55/70ns available The MOSEL MS6134 is a high-speed 8K x 8 dual-port SRAM. The MS6134 is designed to be used as a stand-alone 64K-bit dual-port or as a combination Master/Slave dual-port for 16-bit or
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MS6134
MS6134
64K-bit
16-bit
45/55/70ns
660mW
16-bits
64-lead
40mil
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Untitled
Abstract: No abstract text available
Text: MOSEL _ MS6138 L ADVANCED INFORMATION 8K x 8 Dual-Port Static RAM FEATURES DESCRIPTION • High-speed access: 45/55/70ns The MOSEL MS6130 is a high-speed 8K x 8 dual-port SRAM. The MS6138 is designed to be used as a stand-alone 64K-bit dual-port or as a combination Master/Slave dual-port for 16-bit or
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MS6138
MS6130
MS6138
64K-bit
16-bit
45/55/70ns
660mW
16-bits
64-lead
40mil
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