AM291 Search Results

fs1117

Abstract: pin diagram of amd am2 processor D-20
Contextual Info: Am2913 Am2913 Priority Interrupt Expander DISTINCTIVE CHARACTERISTICS • • • Similar in function to A m 5 4L S /74 L S /2 5 LS 1 4 8/2 51 3 Gated three-state output A dvanced Low-Power Schottky processing Encodes eight lines to three-line binary Expands use of Am 2914

la 7830

Abstract: AM29116 D-latch circuit in register la 4660 AM29118 CD3024 GD3024
Contextual Info: Am29118 Eight-Bit Am29116 I/O Support > 3 DISTINCTIVE CHARACTERISTICS N to • • • 24 mA output current sink capability 24-pin 0.3-inch slim package Additional accumulator to support certain Am29116 applications. Eight-bit bidirectional I/O port Reads both registers on A-port

Am2912

Contextual Info: Am 2912 Am2912 Quad Bus Transceiver DISTINCTIVE CHARACTERISTICS • Input to bus ¡s inverting • Quad high-speed open collector bus transceiver • Driver outputs can sink 100mA at 0.8V maximum • Bus compatible with Am2905, Am2906, Am2907 • Advanced Schottky processing

AM2910APC

Abstract: AM2910A am290l
Contextual Info: Am2910A A m 2 9 1 0 A Microprogram Controller DISTINCTIVE CHARACTERISTICS Twelve Bits Wide Addresses up to 4096 words of microcode with one chip. All internal elements are a full 12 bits wide. Internal Loop Counter Pre-settable 12-bit down-counter for repeating instruc­

A2ND

Abstract: AM29116 cjey Amdasm
Contextual Info: 9U6ZUJV Am29116 A High-Performance rmance 16-Bit Bipolar Microprocessor Mi PRELIMINARY DISTINCTIVE CHARACTERISTICS Powerful Field Insertion/Extraction and Bit Ma­ nipulation Instructions Rotate and Merge, Rotate and Compare and bit manipulation instructions provided for complex bit

Contextual Info: 81S16ZWV Am29LSl8 Quad D Register with Standard and Three-State Outputs DISTINCTIVE CHARACTERISTICS • • Four three-state outputs Four D-type flip-flops Low-power Schottky version of the popular Am2918 Four standard totem-pole outputs GENERAL DESCRIPTION

RETS-1212

Abstract: CI sj 4558 h3 0925 CP2515 16x16 barrel shifter with flipflop Am29C116 C26S vc2545 PH92
Contextual Info: m A m 29C l16/116-1/116-2 16-Bit CMOS Microprocessors > 3 DISTINCTIVE CHARACTERISTICS A m 29C 116 Supports up to 100-ns system cycle time. Less than 1 w att power dissipation and equivalent perform ance to the bipolar Am29116. A m 29C 116-1 Faster, speed-select version of the Am 29C 116 90 ns .

D-20

Abstract: AM25LS2519
Contextual Info: 616ZWV Am2919 Q uad R egister with Dual T h re e -S ta te Outputs DISTINCTIVE CHARACTERISTICS • • • • Buffered common asynchronous clear Separate buffered common output enable for each set of outputs Four D-type flip-flops Two sets of three-state outputs

amd 2900

Abstract: Y122 Am2910 y322
Contextual Info: GFAOIOIA GFAOIOIA GFAOIOIA MICROPROGRAM CONTROLLER GENERAL DESCRIPTION: THE GFAOIOIA IS A 5-DEEP STACK, 16-BIT WIDE ADDRESS SEQUENCER WHICH CONTROLS THE SEQUENCE OF EXECUTION OF THE MICRO-INSTRUCTIONS. IT IS DESIGNED TO BE FULLY COMPATIBLE WITH THE AM2910 EXCEPT WHEN ILLEGAL OPERATIONS ARE PERFORMED ON THE STACK

Contextual Info: 2910 CFAOIOOD CFAOIOOD GENERAL DESCRIPTION: 12-BIT MICRO-PROGRAM CONTROLLER CFAOIOOD is a 12-bit wide address sequencer which controls the sequence o f the execution o f micro-instructions. It is designed to be compatible with AM2910 except when illegal operations are performed on

Fuse-Programmable controller

Abstract: amd am2 pin diagram am29pl141 am2112 VC734 AM29L
Contextual Info: Am29114 Real-Tim e Interrupt Controller AD VANC E IN FO R M A TIO N > 3 DISTINCTIVE CHARACTERISTICS to <£> V ector Outputs O utput is binary code fo r th e highest priority un-m asked interrupt request. O n-Chip Prioritization O nly interrupts having higher priority than th e highest

AM2917APC

Abstract: AM2917ADC AM2917ADC-B AM2917ADM D-20 4 bit parity checker AM2917AFM-B AM2917AFMB
Contextual Info: Am2917A Quad Three-State Bus Transceiver With Interface Logic Distinctive Characteristics • Quad high-speed LSI bus-transceiver • Three-state bus driver • D-type register on driver • Bus driver output can sink 48m A at 0.5 V max. • Internal odd 4-bit parity checker/generator

AM2914

Abstract: AM2913PC AM2913DC AM2913DC-B AM2913DM AM2913DM-B AM2913FM AM2913FM-B D-20
Contextual Info: Am2913 P rio rity In te rru p t E xpander Distinctive Characteristics • Encodes eight lines to three-line binary • Expands use of Am2914 • Cascadable • Similar in function to Am54LS/74LS/25LS148/2513 » Gated three-state output » Advanced Low-Power Schottky processing

AM2911

Contextual Info: VU862WV Am29811A Next Address Control Unit DISTINCTIVE CHARACTERISTICS Next address control unit for the Am2911A Micropro­ gram Sequencer 16 next address instructions Test input tor conditional instructions Separate outputs to control the Am2911A, an indepen­

74ls388

Contextual Info: Am25LS2518 Am25LS2518 Quad D Register with Standard and Three-State Outputs DISTINCTIVE CHARACTERISTICS • • Low-Power Schottky version of the popular Am2918 and Am25S18 Four standard totem-pole outputs • • • Four three-state outputs Four D-type flip-flops

29114

Abstract: microsequencer
Contextual Info: Am29114 Am29114 Real-Time Interrupt Controller A D V A N C E D j IN FO RM ATIO N DISTINCTIVE CHARACTERISTICS Accepts 8 Interrupt Input* Interrupts may be pulses or levels and they are stored internally. • Built-In In-Service Reglater • Vectored Output

am2911a

Abstract: AM25LS163
Contextual Info: VU 6 ZU IV /V 60 6ZU JV Am2909A/Am2911A Microprogram Sequencers DISTINCTIVE CHARACTERISTICS 4-bit slice cascadable to form longer word width Branch input for N-way branches 4 x 4 file with stack pointer and push pop control for nesting microsubroutines Zero input for returning to the zero microcode word

am2917

Contextual Info: Am2917A Am2 917 A Quad Three-State Bus Transceiver with Interface Logic DISTINCTIVE CHARACTERISTICS • • • Quad high-speed LSI bus-transceiver D-type driver register with tri-state bus driver output can sink 48mA at 0.5V max. Internal 4-bit odd parity checker/generator

microprogram

Abstract: AM2909A AM2911A AM2911A/BRA34334
Contextual Info: NOV 2 1 9S| Am2909A/Am2911A Microprogram Sequencers > 3 DISTINCTIVE CHARACTERISTICS 4-bit slice cascadable to form longer w ord width B ranch input fo r N-way branches 4 x 4 file w ith stack pointer and p u sh /p o p control for nesting m icrosubroutines

h3 0925

Abstract: MAX PLUS II free alu 74S66 AM29116 AM29116A AM29L116A 32 bit barrel shifter using two level multiplexer A2ND A2NDY SC-1043
Contextual Info: / O Q i- / t Am29116A/Am29L116A/Am29116 High-Performance 16-Bit Bipolar Microprocessors DISTINCTIVE CHARACTERISTICS Optimized for High-Performance Controllers Excellent solution for applications requiring speed and bit-manipulation power. Fast The Am29116 supports 100-ns microcycle time/10-MHz

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

922z

Abstract: processor Am2901 AM2910DMB AM2910DC
Contextual Info: Am2910 Microprogram Controller D IS T IN C T IV E C H A R A C TER IS TIC S G E N E R A L D E SC R IPTIO N • Twelve Bits Wide Address up to 4096 words of microcode with one chip. All internal elements are a full 12 bits wide. • Internal Loop Counter Pre-settable 12-bit down-counter for repeating instructions

FS1117

Abstract: D-20 ZL18 gi 2513 Am2914 AMD K5
Contextual Info: Am2913 Am2913 Priority Interrupt Expander DISTINCTIVE CHARACTERISTICS • • • Similar in function to A m 5 4L S /74 L S /2 5 LS 1 4 8/2 51 3 Gated three-state output A dvanced Low-Power Schottky processing Encodes eight lines to three-line binary Expands use of Am 2914

BD50

Abstract: AM2915ADMB
Contextual Info: VSL6ZUIV Am2915A Quad Three-State Bus Transceiver with Interface Logic DISTINCTIVE CHARACTERISTICS • • • R eceiver has output latch for pipeline operation Three-state receiver outputs sink 12mA 3.5V minimum output high voltage fo r direct interface to