AM29C Search Results

29C833

Contextual Info: Advanced Micro Devices Am29C833A/Am29C853A High-Performance CMOS Parity Bus Transceivers DISTINCTIVE CHARACTERISTICS • Proprietary edge-rate controlled outputs dramatically reduce ground bounce, overshoots and undershoots ■ ■ High-speed CMOS bidirectional bus

Contextual Info: Am29C827/Am29C828 Am29C927/Am29C928 Am29C827/Am29C828 Am29C927/Am29C928 High-Performance CMOS Bus Buffers DISTINCTIVE CHARACTERISTICS • • • High-speed CMOS buffers and inverters - D-Y delay = 7 ns typical Low standby power JEDEC FCT-compatible specs

Am29C82

Contextual Info: Am29C821 / Am29C823 Am29C921 /Am29C923 High-Performance CMOS Bus Interface Registers High-speed parallel positive edge-triggered registers with D-type flip-flops - CP-Y propagation delay = 8 ns typical • Low standby power • JEDEC FCT-compatible specs •

29c833

Abstract: 29C933 amd 955
Contextual Info: Am29C833/Am29C853/Am29C855 Am29C933/Am29C953/Am29C955 Am29C833/Am29C853/Am29C855 Am29C933/Am29C953/Am29C955 High-Performance CMOS Parity Bus Transceivers DISTINCTIVE CHARACTERISTICS • • • • High-speed CMOS bidirectional bustransceivers - T-R delay = 6 ns typical

Contextual Info: 'T i i: ! ' ,: y < * j 5=2 ' CJ • J Am29C833/834 <5^^V^3 ô ’H J fljt-IU ZJ O ÿ to ijL f CMOS Parity Bus Transceivers PRELIMINARY DISTINCTIVE CHARACTERISTICS Low-power CMOS - Ice Static = 80 (M High-speed bidirectional bus transceiver for processor

AM27S35A DRAWING

Abstract: BDR02321
Contextual Info: Am29C10A C M O S Microprogram Controller > i DISTINCTIVE CHARACTERISTICS M CO Four address sources Microprogram address may be selected from micropro­ gram counter, branch address bus, 9-level PUSH/POP stack, or internal holding register. Sixteen powerful microinstructions

Contextual Info: a P re lim in a ry Am29C985 9-Bit x 4-Port Multiple Bus Exchange with Parity Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Four bidirectional I/O ports - Replaces several bidirectional latched transceivers - Permits multiple bus communication - Allows two independent communication channels

circuit diagram for cd 6283 12 PIN

Abstract: ic cd 6283 diagram am29c983
Contextual Info: a Prelim inary Am29C983/Am29C983A Advanced Micro Devices 9-Bit x 4-Port Multiple Bus Exchange DISTINCTIVE CHARACTERISTICS • Four bidirectional I/O ports with latches - Replaces several bidirectional latches and transceivers - Permits multiple bus communication

k0312

Abstract: yb06 YB04 YA16 apl 117 yb07 y802 AWa3 74N10 V18-Y3S
Contextual Info: Am29C334 CMOS Four-Port Dual-Access Register File PRELIMINARY • 64 x 18 Bit W ide R egister File The Am29C334 is a 64 x 18-bit, dual-access RAM with tw o read ports and two write ports. Pipelined Data Path The Am 29C334 can be configured to support either a

PD3024

Contextual Info: a Am29C827A/Am29C828A High-Performance CMOS Bus Buffers Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • High-speed CMOS buffers and inverters ■ - D-Y delay = 4 ns typical ■ ■ ■ Low standby power JEDEC FCT-compatibie specs Very high output drive

29c818

Abstract: AN29C
Contextual Info: Am29C818A Advanced Micro Devices CMOS Pipeline Register with SSR Diagnostics DISTINCTIVE CHARACTERISTICS • ■ High-speed noninvertirg 8-bit parallel register for any data path o r pipelining application ■ WCS W ritable Control store pipeline register

Contextual Info: Advanced Micro Devices Am29C821 A/Am29C823A High-Performance CMOS Bus Interface Registers DISTINCTIVE CHARACTERISTICS • Proprietary edge-rate controlled outputs dramatically reduce undershoots, overshoots and ground bounce ■ Extra-wide 9- and 10-bit data paths

29C60

Contextual Info: a Am29C60A Advanced Micro Devices CMOS Cascadable 16-Bit Error Detection and Correction Unit DISTINCTIVE CHARACTERISTICS Boosts Memory Reliability Corrects all single-bit errors. Detects all double- and some triple-bit errors. Reliability of dynamic RAM systems is increased more than sixty-fold.

AM29C863

Abstract: S9636 Am29C861
Contextual Info: Am29C861 / Am29C863 Am29C961 /Am29C963 High-Performance CMOS Bus Transceivers S9636ZUIV/L9636ZUJV £98062111v / 19836ZUIV DISTINCTIVE CHARACTERISTICS High-speed CMOS bidirectional bus transceivers - T-R delay = 7 ns typical Low standby power JEDEC FCT-compatible specs

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

AM29C60A

Abstract: 0b54
Contextual Info: Am29C60A A dvanced Micro D evices CMOS Cascadable 16-Bit Error Detection and Correction Unit DISTINCTIVE CHARACTERISTICS • • Boosts Memory Reliability Corrects all single-bit errors. Detects all double- and some triple-bit errors. Reliability of dynamic RAM

Am29CB21

Abstract: cd3024 amd AM29C823APC
Contextual Info: Advanced Micro Devices Am29C821 A/Am29C823A High-Performance CMOS Bus Interface Registers DISTINCTIVE CHARACTERISTICS Proprietary edge-rate controlled outputs dramatically reduce undershoots, overshoots and ground bounce • Extra-wide <9- and 10-bit data paths

AM29C841/BLA

Abstract: AM29C841PC CD3024 PD3024 am29c800 Am29C900 CD0014
Contextual Info: Am29C841 /Am 29C 843 Am29C941 / Am29C943 High-Performance CMOS Bus Interface Latches • JEDEC FCT-compatible specs • Extra-wide 9- and 10-bit data paths • Am29C900 DIP pinout option reduces lead inductance on Vcc and GND pins High-speed parallel latches

AM29C323

Abstract: Am29C323-2 CGX169 16x16 multiplier y299 AM2BC323-1
Contextual Info: Am29C323 CMOS 32-Bit Parallel Multiplier PRELIMINARY • - T h e d e v ic e h a s tw o 3 2 -b it in p u t p o rts a nd o n e 3 2 -b it o u tp u t p o rt w ith c lo c k e d m u ltip ly tim e of 1 0 0 ns Speed Selects • - 80- a nd 5 5 -n s s p e e d -s e le c t p a rts

Am29CPL151

Abstract: TCO12 tco122 8006 1d AMD 707 024810
Contextual Info: L 2 8 1991 COM’L: 25/33 MIL:-25 Z I 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

Wiring Diagram ford c max

Abstract: Wiring Diagram ford s max am29c111 Wiring Diagram ford c max 2003 29C10A 29c111 29C10A-1 T11Z CN-CS 1600 S1 IC000870
Contextual Info: Am29C111 CMOS 16-Bit Microprogram Sequencer PRELIMINARY > 3 DISTINCTIVE CHARACTERISTICS 10 CO B reak-P oint Logic Built-in address com parator a llow s break-points in th e microcode for debugging and statistics collection. 33-L evel Stack Provides support fo r interrupts, loops, and subrou­

29CPL154

Abstract: Am29CPL151
Contextual Info: P re lim in a ry COM’L: -25/30 MIL: -25 Cl Advanced Micro Devices Am29CPL154H-25/30 CMOS 512-Word Field-Programmable Controller FPC DISTINCTIVE CHARACTERISTICS • Implements complex state machines 512-word by 36-blt CMOS EPROM ■ High-speed, low-power CMOS EPROM

Contextual Info: Preliminary & Advanced Micro Devices Am29C676 11-Bit DRAM Driver DISTINCTIVE CHARACTERISTICS • ■ ■ ■ ■ ■ Ideal for driving the eleven address lines of 4 Mbit x 1 and 4 Mbit x 4 DRAMs Capable of driving multiple RAS, CAS and WE control lines Drive capability from 50 pF through 500 pF with

29C60

Contextual Info: Am29C60A A d v a n ce d M icro D e v ice s CM OS Cascadable 16-Bit Error Detection and Correction Unit DISTINCTIVE CHARACTERISTICS • Boosts Memory Reliability Corrects all single-bit errors. Detects all double- and some triple-bit errors. Reliability of dynamic RAM