AM2918 Search Results

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

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

max1728

Contextual Info: i Am29LS18 CM J 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

Contextual Info: Am 29 LS 18 A m 2 9 L S 1 8 Quad D Register with Standard and Three-State Outputs DISTINCTIVE CHARACTERISTICS • • Low-power Schottky version of the popular Am2918 Four standard totem-pole outputs Four three-state outputs Four D-type flip-flops GENERAL DESCRIPTION

IC000410

Abstract: AM2918
Contextual Info: Am2918 Quad D Register with Standard and Three-State Outputs DISTINCTIVE CHARACTERISTICS • • • Advanced Schottky technology Four D-type flip-flops Four standard totem-pole outputs Four three-state outputs 75 MHz clock frequency GENERAL DESCRIPTION New Schottky circuits such as the Am2918 register provide

AM2918DC

Abstract: AM2918PC AM2918DM AM2918FM D-16
Contextual Info: Am2918 Quad D Register With Standard And Three-State Outputs Distinctive Characteristics • • • • • • Advanced Schottky technology Four D-type flip-flops Four standard totem-pole outputs Four three-state outputs 75 MHz clock frequency 100% reliability assurance testing in compliance with

Contextual Info: Am2918 Am 2 918 Quad D Register with Standard and Three-State Outputs DISTINCTIVE CHARACTERISTICS • • • Four three-state outputs 75 MHz clock frequency Advanced Schottky technology Four D-type flip-flops Four standard totem-pole outputs GENERAL DESCRIPTION

Contextual Info: Am2918 Am 2 918 Quad D Register with Standard and Three-State Outputs DISTINCTIVE CHARACTERISTICS • • • Four three-state outputs 75 MHz clock frequency Advanced Schottky technology Four D-type flip-flops Four standard totem-pole outputs GENERAL DESCRIPTION

Contextual Info: i Am29LS18 CM J Quad D Register with Standard and Three-State Outputs DISTINCTIVE CHARACTERISTICS • • Four three-state outputs Four D-type flip-flops Low-power Schottky version o f the popular Am2918 Four standard totem -pole outputs GENERAL DESCRIPTION

Am29l8

Abstract: X345
Contextual Info: Am 2918 Quad D Register with Standard and Three-State Outputs DISTINCTIVE CHARACTERISTICS • • • Four three-state outputs 75 MHz clock frequency Advanced Schottky technology Four D-type flip-flops Four standard totem-pole outputs GENERAL DESCRIPTION New Schottky circuits such as the Am2918 register provide

4029n

Abstract: AMD 2903 bit slice am29203 AMD 29203 3825D am9316 sj55
Contextual Info: Am29203 Am29203 Four-Bit Bipolar Microprocessor Slice DISTINCTIVE CHARACTERISTICS B u ilt-in N o rm a liz a tio n L o g ic The m antissa and exponent o f a floating-point num ­ b er can be developed using a single m icrocycle per shift. B u ilt-In P a rity G e n e ra tio n a n d S ign E x te n s io n

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

AM2955PC

Contextual Info: Am2954 •Am2955 O c ta l R e gisters with Three-State Outputs DISTINCTIVE CHARACTERISTICS FUNCTIONAL DESCRIPTION • • • • • The Am2954 and Am2955 are 8-bit registers built using high­ speed Schottky technology. The registers consist of eight D-type

25S08

Abstract: 25S07
Contextual Info: 80S9ZU1V//0SSZUIV Am25S07/Am25S08 Hex/Q uad Parallel D Registers with Register Enable DISTINCTIVE CHARACTERISTICS • • • 4-bit and 6-bit high-speed parallel registers C ommon clock and com m on enable Positive edge triggered D flip-flops GENERAL DESCRIPTION

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

D Flip Flops

Abstract: 74ls175 pin diagram 74ls376 4LS08 74LS175 LS08 AM2919 CD0017
Contextual Info: 80S~ISZUJV/Z0S~ISZU1V A m 25LS 07/A m 25LS08 Hex/Q uad Parallel D Registers with Register Enable DISTINCTIVE CHARACTERISTICS • • • • 4-bit and 6-bit parallel registers Com m on Clock and Common Enable Positive edge triggered D flip flops Second sourced by Tl as 54LS/74LS37B and 379

D-20

Abstract: D-24-Pin AM2952
Contextual Info: Eight-Bit Bidirectional I / O Ports with H andshake DISTINCTIVE CHARACTERISTICS E ig h t - B it , B id ir e c t io n a l I / O P o r t Two eight-bit, back-to-back registers store data moving in both directions between tw o bidirectional busses. S eparate Clock, Clock Enable and Th ree-State O ut­

cq 721

Abstract: am26ls31 27LS00 TRANSISTOR SUBSTITUTION Amdasm am2911pc 25S558 STK 025 power amplifier GE semiconductor data handbook am29811adc-b
Contextual Info: í i í i í i n z ta a a a a a a a a a a a r n a a a a a a a a a a a a a i: 33a a a a a a n a a a a a ; a a a a a a a a n a a iia a r r ia a a a a a n a a iia a a r l a n g a s í i í i í i * i¿ w n r w a s a jn sü n n a n a n n n n íiíi íiíiíi n n s n n n

Amdasm

Abstract: AM9080A 74ls04 hex inverter gates u7172 U10304 BC 409C NS4F am9080 74LS04 Hex Inverter definition am29761
Contextual Info: t o -<p ^ & m na iZ \n lílílí _ _ a a a a a a a a a a ; a a a a a a a a a a a a _ _ a a a a a a a a ;\a n ftn n ja a a a a n n a n a n a aaaa n n a n a a a a n e n a z t í a s aaa n a n n^nr a a a a a n a a a a n a a a a - - : '•

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

Contextual Info: r. 3/ Am2903A a Four-Bit Bipolar Microprocessor Slice id j lir t e (? .' -ça ¿-e ^ DISTINCTIVE CHARACTERISTICS Expandable Register File - Built-in Normalization Logic - The Am2903A includes the necessary "h o o k s " to expand the register file externally to any number of

Contextual Info: Am25LS2519 \ Am25LS2519 Quad Register with Two Independently Controlled Three-State Outputs DISTINCTIVE CHARACTERISTICS • • • • Buffered common asynchronous clear Separate buffered common output enable for each set of outputs Two sets of fully buffered three-state outputs

25LS07

Abstract: 25LS08 74ls175 p
Contextual Info: 80S~ISZUJV/Z0S~ISZUJV Am25LS07/Am25LS08 Hex/Quad Parallel D Registers with Register Enable DISTINCTIVE CHARACTERISTICS • • • • 4-bit and 6-bit parallel registers Common Clock and Common Enable Positive edge triggered D flip flops Second sourced by Tl as 54LS/74LS378 and 379

AM27S35A DRAWING

Abstract: microprogram 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