AMD BIPOLAR PROM PROGRAMMING Search Results

27S291

Abstract: 27s191 AM27LS191 Am27S
Contextual Info: Am27S190/27Sl91/PS191/LS191 Am 27S290/27S291 /PS291 /LS291 16,384-Bit 2048x8 Bipolar PROM Piatinum-Silicide fuses guarantee high reliability, fast programming and exceptionally high programming yields (typ > 98%) Voltage and temperature compensated providing ex­

AM27S191

Abstract: 27ps191 AM27S291PC AM27S291 AMD PROM Selector guide 27ps291 LS00 5188
Contextual Info: a Am27S191 /SI 91A/S191SA/PS191 /PS191A Am27S291 /S291A/S291SA/PS291 /PS291A Advanced Micro Devices 16,384-Bit 2048x8 Bipolar PROM DISTINCTIVE CHARACTERISTICS Piatinum-Silicide fuses guarantee high reliability, fast programming and exceptionally high programming

Contextual Info: a Am27S41 /27S41A/27PS41 Advanced Micro Devices 16,384-Bit 4,096x4 Bipolar PROM DISTINCTIVE CHARACTERISTICS Ultra-last access time " A " version (35 ns Max.) Platinum-Silicide fuses guarantee high reliability, fast program m ing and exceptionally high programming

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

27S33

Abstract: AM27S33 AM27S33A AM27S32 Am27S32/27S33
Contextual Info: Am27S32/27S33 Am27S32/27S33 4,096-Bit 1024x4 Bipolar PROM DISTINCTIVE CHARACTERISTICS • • • High speed Highly reliable,ultra-fast programming Platinum-Silicide fuses High programming yield • Low-current PNP inputs • High-current open-collector and three-state outputs

AMD Bipolar PROM programming

Abstract: AMD Prom Device generic prom programming AMD PROMS
Contextual Info: Guide to the Analysis of Programming Problems Advanced Micro Devices by A M D Bipolar M em ory Product Engineering INTRODUCTION Advanced Micro Devices' Generic Series of Programmable Read Only Memory PROM circuits have been designed to provide extremely high programming yields. Available pro­

27s41a

Contextual Info: a Adva£ Am27S41 /27S41A/27PS41 16,384-Bit 4,096x4 Bipolar PROM Devices DISTINCTIVE CHARACTERISTICS Voltage and temperature compensated providing ex­ tremely flat AC performance over military range Member of generic PROM series utilizing standard programming algorithm

27s21

Contextual Info: Am27S20/21 Am27S20/21 1,024-Bit 256 x 4 Bipolar PROM DISTINCTIVE CHARACTERISTICS • High speed Highly reliable, ultra-fast programming Platinum-Silicide fuses High programming yield • Low-current PNP inputs • High-current open-collector and three-stat

27S31

Abstract: 27S31A AM27S31 AM27S31A cfrp Am27531A am27531 KS000010
Contextual Info: a Am27S31/27S31 A 512x8 Bipolar PROM Devices DISTINCTIVE CHARACTERISTICS High Low High Fast • • High speed — 35 r» m ax com m ercial range access tim e Excellent perform ance ov r <u> m ilitary and com m ercial ranges e Highly reliable, ultra-fast programming P la tin u n -S io d e

am27521

Abstract: 27s21 prom 256x4 bit AM27S21 AM27S21A AMD 27S21
Contextual Info: Am27S21 /27S21A Advanced Micro Devices 1,024-Bit 256x4 Bipolar PROM DISTINCTIVE CHARACTERISTICS • • • High speed Highly reliable, ultra-fast programming Platinum-Silicide fuses High programming yield • • • Low-current PNP inputs High-current open-collector and three-state outputs

27S20

Abstract: AM27S20 Am2910
Contextual Info: Am27S20/21 Am27S20/21 1,024-Bit 256 x 4 Bipolar PROM DISTINCTIVE CHARACTERISTICS • • • High speed Highly reliable, ultra-fast fuses High programming yield e Low-current PNP inputs programming Platinum-Silicide• High-current open-collectorand three-state outputs

AMD Prom Device

Abstract: PS181 27S181 Am27PS281 AMD Bipolar PROM programming AMD PROM 27ps181 Product Selector Guide
Contextual Info: Am27S180/27Sl81/PS181 Am 27S280/27S281/PS281 Am27S180/27S181/PS181 Am27S280/27S281/PS281 8,192-Bit 1 0 2 4 x 8 Bipolar PROM DISTINCTIVE CHARACTERISTICS • • Fast access time allows high system speed 50% power savings on deselected parts — enhances

27S31

Contextual Info: Am27S31 /27S31A ««J 512x8 Bipolar PROM Devices DISTINCTIVE CHARACTERISTICS High Low High Fast High speed — 35 ns max commercial range access time Excellent performance over full military and commercial ranges Highly reliable, ultra-fast programming Platinum-Silicide

pcb diagram of mini ups system

Abstract: 27s191 Am2731 ls291 27S190 CD 024 Product Selector Guide
Contextual Info: Am27S190/27S191/PS191/LS191 Am27S290/27S291 /PS291 /LS291 16,384-Bit 2 0 48x8 Bipolar PROM DISTINCTIVE CHARACTERISTICS • • Fast access time allows high system speed 50% pow r savings on deselected parts — enhances reliability through total system heat reduction (27PS

AM27S13

Abstract: 512 x 4 bipolar prom am27s13adc
Contextual Info: Am27Sl2/13 Am27S12/13 2,048-Bit 512 x 4 Bipolar PROM DISTINCTIVE CHARACTERISTICS • • • High speed Highly reliable, ultra-fast programming Platinum-Silicide fuses High programming yield • • • Low-current PNP inputs High-current open-collector and three-state outputs

am27s13b

Abstract: AM27S13A/BFA AM27S13
Contextual Info: a Adralg Am27S13/27S13A 2,048-Bit 512x4 Bipolar PROM Devices DISTINCTIVE CHARACTERISTICS • • • • • • High spaed Highly reliable, ultra-fast programming Platinum-Silicide fuses High programming yield Low-current PNP inputs High-current open-collector and three-state outputs

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

27S49

Abstract: AM27S49
Contextual Info: Am27S49/27S49A-45/27S49A DISTINCTIVE CHARACTERISTICS • • Fast access time Platinum-Silicide fuses guarantee high reliability, fast programming and exceptionally high programming yields typ > 98% AC performance is factory tested utilizing programmed test words and columns

AM27S33APC

Abstract: AM27S33A PROM Am27S33
Contextual Info: a Am27S33/27S33A Advanced Micro Devices 4,096-Bit 1024x4 Bipolar PROM DISTINCTIVE CHARACTERISTICS • • High speed Highly reliable, ultra-fast programming Platinum-Silicide • • • Low-current PNP inputs High-current open-coUector and three-state outputs

27S181A

Abstract: 27S180 27S181 lta9 L81A pcb diagram of mini ups system RPS18 27ps181 AM27S 7S180
Contextual Info: Am27S180/27S181/PS181 Am27S280/27S281/PS281 Am27S180/27S181/PS181 Am27S280/27S281/PS281 8,192-Bit 1 024x8 Bipolar PROM DISTINCTIVE CHARACTERISTICS Fast access time allows high system speed 50% power savings on deselected parts — enhances reliability through total system heat reduction

AM27S13

Abstract: AM27S13A am27s13adc 27s12
Contextual Info: Am27S13/27S13A a AI S 2,048-Bit 512x4 Bipolar PROM Devices cvm o DISTINCTIVE CHARACTERISTICS • • • High speed Highly reliable, ultra-fast programming Platinum-Silicide fuses High programming yield • • • Low-current PNP inputs High-current open-collector and three-state outputs

27s31

Contextual Info: a Am27S31 /27S31A Advanced Micro Devices 512x8 Bipolar PROM DISTINCTIVE CHARACTERISTICS • • • High Low High Fast High speed — 35 ns max commercial range access time Excellent performance over full military and commercial ranges Highly reliable, ultra-fast programming Platinum-Silicide

am27s19

Abstract: am27s18 27S19SA
Contextual Info: Am27S18/19 256-Bit 32 x 8 Bipolar PROM DISTINCTIVE CHARACTERISTICS • • • Ultra high speed Highly reliable, ultra-fast programming Platlnum-Silicide fuses High-programming yield • • • Low-current PNP inputs High-current open collector and three-state outputs

VXXXX

Contextual Info: Am27S55 32,768-Bit 4 0 9 6 x 8 Bipolar Registered PROM ADVANCE INFORMATION User-programmable for Asynchronous Enable, Synchro­ nous Enable, Asynchronous Initialize, or Synchronous Initialize Platinum-Silicide fuses guarantee high reliability, fast programming, and exceptionally high programming