AMD PROMS Search Results

MFW11

Contextual Info: AMD£I PRELIMINARY Am79C961 A PCnet '-ISA II Jumperless, Full Duplex Single-Chip Ethernet Controller for ISA DISTINCTIVE CHARACTERISTICS • Single-chip Ethernet controller for the Industry Standard Architecture ISA and Extended Industry Standard Architecture (EISA) buses

AMD2910A

Abstract: microprogram up down counter DIN11 IA2910A IA2910A-PDW40C IA2910A-PLC44C
Contextual Info: IA2910A Microprogram Controller Data Sheet FEATURES • Form, Fit, and Function Compatible with the AMD Am2910A • Packaging options available: 40 Pin Plastic or Ceramic DIP, 44 Pin Plastic Leaded Chip Carrier • Twelve Bits Wide • Internal Loop Counter

Contextual Info: IA2910A Microprogram Controller Preliminary Data Sheet FEATURES • Form, Fit, and Function Compatible with the AMD Am2910A • Packaging options available: 40 Pin Ceramic DIP or 44 Pin Plastic Leaded Chip Carrier • Twelve Bits Wide • Internal Loop Counter

am2064

Abstract: am2018 ami 1736 amd 8pin dip AM1736 Configuration PROMs
Contextual Info: Cl Preliminary Advanced Micro Devices Am1736/Am1765 Serial Configuration PROM DISTINCTIVE CHARACTERISTICS • One-time programmable 36,288 or 65,536 x 1-bit serial memories designed to store configuration patterns for Logic Cell Arrays. ■ Simple interface to the AMD LCA™ requires

AM2018

Abstract: 1736 PROM
Contextual Info: Preliminary Am1736/Am1765 Advanced Micro Devices Serial Configuration PROM DISTINCTIVE CHARACTERISTICS • One-time programmable 36,288 or 65,536 x 1-blt serial memories designed to store configuration patterns for Logic Cell Arrays. ■ Simple Interface to the AMD LCA™ requires

am2064

Contextual Info: n Preliminary Advanced Micro Devices Am1736/Am1765 Serial Configuration PROM DISTINCTIVE CHARACTERISTICS • One-time programmable 36,288 or 65,536 x l-bit serial memories designed to store configuration patterns for Logic Cell Arrays. ■ Simple interface to the AMD LCA™ requires

AM1736

Abstract: AM1736DC am2064 AM2000 chip AmPGA021 193d
Contextual Info: a Preliminary Advanced Micro Devices Am1736/Am1765 Serial Configuration PROM DISTINCTIVE CHARACTERISTICS • One-time programmable 36,288 or 65,536 x 1 -bit serial memories designed to store configuration patterns lor Logic Cell Arrays. ■ Simple interface to the AMD LCA™ requires

AMD2910A

Abstract: DIN11 IA2910A IA2910A-CD40M IA2910A-CLC44M IA2910A-CLL44M IA2910A-PDW40C IA2910A-PDW40I
Contextual Info: Page 1 of 19 IA2910A Microprogram Controller Preliminary Data Sheet FEATURES • Form, Fit, and Function Compatible with the AMD Am2910A • Packaging options available: 40 Pin Plastic or Ceramic DIP, 44 Pin Plastic Leaded Chip Carrier • Twelve Bits Wide

mip 291

Abstract: DIAGRAM pal 005a ic MIP 291 AM29116 X0953 29LS18 PAL16L8 LDPC encoder AM29xx PAL16R8 algorithm amd
Contextual Info: a Am29116 A Microcoded Instruction Processor Based On The Am29116 Application Note Bv Robert e . Anderson ADVANCED MICRO DEVICES The MIP Board: A Microcoded 1-Code Processor Based on the Am29116 A. David Milton, Mitel Robert E. Anderson, AMD March, 1985. Table Of Contents

SIGNAL PATH designer

Contextual Info: An Introduction to Electrically Erasable Read Only Memories EPROMs Advanced Micro Devices has consistently improved the CMOS process used to manufacture EPROMs to remain the technology leader in the marketplace. In addition to providing lower cost and higher density EPROM solutions, AMD’s advanced CMOS process creates the

Contextual Info: a Preliminary Advanced Micro Devices A m 1 7 3 6 /A m 1 7 6 5 Serial Configuration PROM DISTINCTIVE CHARACTERISTICS • One-time programmable 36,288 or 65,536 x 1 -bit serial memories designed to store configuration patterns for Logic Cell Arrays. ■ Simple interface to the AMD LCA™ requires

PCB VK 557

Abstract: AM27C191 AM27C291 PD3024 am27c
Contextual Info: a Am27C191 /Am27C291 16,384-Bit 2048x8 High-Performance CMOS PROM Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • High-speed (25 ns)/Low-Power (60 mA) CMOS EPROM Technology • 5-Volt ±10% power supplies for both Commercial and Military • Direct plug-ln replacement for Bipolar PROMs —

CFV024

Abstract: AM27C49 AM27C49T35PC CDV024 AM27C49T
Contextual Info: Am27C49 65,536-Bit 8192x8 High-Performance CMOS PROM Advanced Micro Devices DISTINCTIVE CHARACTERISTICS High-speed (35 ns)/Low-Power (90 mA) CMOS EPROM Technology Direct plug-in replacement for Bipolar PROMs JEDEC-approved pinout S-Volt ±10% power supplies for both Commer­

DIAGRAM TV

Contextual Info: Cl A d v a n c e I n f o rm a ti o n Advanced Micro Devices Am27C51 131,072-Bit 16384 x 8 High-Performance CMOS PROM DISTINCTIVE CHARACTERISTICS • High-speed (45 ns)/Low-Power (90 mA) CMOS EPROM Technology ■ Direct plug-in replacement tor Bipolar PROMs

Am29F020

Abstract: gang capacitor AD519 dead bug at29lv010 PM39LV512R ce2231 28F020T en29f002nt datasheet SST49LF002A
Contextual Info: PRODUCT DATA SHEET AD48 479-925 / AD49 / AD519 (412-7675) Package Converters for E(E)PROMs and FLASH etc 48 pin TSOP Product Code Pins on skt Pins on Base Wiring Code Package Base pitch" Miscellaneous AD48 32 32 01 TS .6 GANG Product Code Pins on skt Pins on Base

AM27C49

Abstract: AM27C49T-55
Contextual Info: Am27C49 65,536-Bit 8192x8 High-Performance CMOS PROM Advanced Micro Devices DISTINCTIVE CHARACTERISTICS High-speed (35 ns)/Low-Power (90 mA) CMOS EPROM Technology Direct plug-in replacement for Bipolar PROMs — JEDEC-approved pinout S-Volt ±10% power supplies for both Commer­

74S471

Abstract: mmi 6331 74S287 MMI 6330 74s188 programming AMD 27S21 MMI 6309 6306 MMI 74S188 74S288 PROGRAMMING
Contextual Info: V1.6 Jan 13,1999 Fujitsu -7051 7052 7053 7057 7111 32x8 7112 32x8 7113 256x4 7114 256x4 7115 512x4 7116 512x4 7117 256x8 7118 256x8 7121 1kx4 7122 1kx4 7123 512x8 7124 512x8 7126 7127 7128 2kx4 7131 7132 1kx8 7134 4kx4 7137 2kx8 7138 2kx8 7142 4kx8 7144 8kx8

MB7052

Abstract: MB7051 MB7122 27s49 MB7057 27S19 27s13 PROM intel 3601 MB7058 MB7053
Contextual Info: TTL/Bipolar PROM / RAM Reference Guide V2.f3 TS = Tri-State output OC = Open Collector output Hacked, copied, edited and extended by W.G. to give it a decent shape and handy booklet form The main part is extracted from

AM27S23

Abstract: AMD PCB design guide CERAMIC FLATPACK 20pin AMD Bipolar PROM programming AM27S23A AMD Pin Package 256X8 prom
Contextual Info: Advanced Micro Devices Am27S23/Am27S23A 2,048-Bit 256x8 Bipolar PROM DISTINCTIVE CHARACTERISTICS • High Speed Low-current PNP inputs ■ Highly reliable, ultra-fast programming Platinum-Silicide fuses High-current open-collector and three-state outputs

AM27C49T

Contextual Info: a Am27C49 65,536-Bit 8192x8 High-Performance CMOS PROM Advanced Micro Devices DISTINCTIVE CHARACTERISTICS High-speed (35 ns)/Low-Power (90 mA) CMOS EPROM Technology Direct plug-ln replacement for Bipolar PROMs — JEDEC-approved pinout 5-Volt ±10% power supplies for both Commer­

AM79C940

Abstract: CAN APPLICATION HARDWARE Am29200 mace PALCE16V8 PID controller equation "network interface controller" AM29F010
Contextual Info: Interfacing the Am29200 RISC Microcontroller to the MACETM Am79C940 Ethernet Controller Application Note by Phil Simmons INTRODUCTION This report outlines the interface between a Am29200 RISC microcontroller and a MACE Am79C940 Ethernet controller to address embedded applications. This

27S23

Abstract: fuses N50 AM27S23 AM27S23A CERAMIC FLATPACK 20pin
Contextual Info: a Advanced Micro Devices Am27S23/Am27S23A 2,048-Bit 256x8 Bipolar PROM DISTINCTIVE CHARACTERISTICS • High Speed L o w -current P N P inputs ■ Highly reliable, ultra-fast program m ing P latinum -S ilicide fuses H igh-current o p en -co llec to r and three-state

27S23

Contextual Info: a Advanced Micro Devices Am27S23/Am27S23A 2,048-Bit 256x8 Bipolar PROM DISTINCTIVE CHARACTERISTICS • Highspeed ■ Low-current PNP inputs ■ Highly reliable, ultra-fast programming Platinum-Silicide fuses ■ High-current open-collector and three-state

Contextual Info: Am29CPL151H-25/33 Advanced Micro Devices CMOS 64-Word Field-Programmable Controller FPC DISTINCTIVE CHARACTERISTICS • Implements complex state machines ■ Up to 33-MHz maximum frequency ■ High-speed, low-power CMOS EPROM technology ■ 64-word by 32-bit CMOS EPROM