AMD 14-PIN CERDIP DRIVER Search Results

PAL16L8 programming algorithm

Abstract: Intel N85C224 EP330 P85C220 n85c220 PAL20L8 programming specifications 16v8 programming IC PALCE16 palc20r 20V8
Contextual Info: in tj, 85C220/85C224-100, -80 AND -66 FAST REGISTERED SPEED TSU, TSo 8-MACROCELL PLDs These register optimized timing PLDs offer superior design features: • Low-Power, High-Performance Upgrade for SSI/MSI Logic and Bipolar PALs* High-Performance Systems

1NP2

Abstract: iUP-200 PALC20L8 PAL16L8 programming algorithm N85C224-80 290134 29013 P85C220-80 PAL20L8 programming specifications N85C224
Contextual Info: in tj, 85C220/85C224-100, -80 AND -66 FAST REGISTERED SPEED TSU, TSo 8-MACROCELL PLDs These register optimized timing PLDs offer superior design features: • Low-Power, High-Performance Upgrade for SSI/MSI Logic and Bipolar PALs* High-Performance Systems

74S240

Abstract: 74S244 AM2965 S240 AMD 20 PIN CERDIP BCW20
Contextual Info: Am2965/Am2966 a Octal Dynamic Memory Drivers with Three-State Outputs Advanced Micro Devices DISTINCTIVE CHARACTERISTICS Controlled rise and fall characteristics Large capacitive drive capability Internal resistors provide symmetrical drive to HIGH and LOW states, eliminating need for external series

AMD 20 PIN CERDIP

Abstract: AM2965/B2A
Contextual Info: Am2965/Am2966 Advanced Micro Devices Octal Dynamic Memory Drivers with Three-State Outputs DISTINCTIVE CHARACTERISTICS Controlled rise and fall characteristics Internal resistors provide symmetrical drive to HIGH and LOW states, eliminating need for external series

Contextual Info: A m 2 6 S 1 2 /A m 2 6 S 1 2 A Quad Bus Transceivers DISTINCTIVE CHARACTERISTICS • • Quad high-speed bus transceivers Driver outputs can sink 100mA at 0.7V typically • Choice of receiver hysteresis characteristics GENERAL DESCRIPTION The Am26S12/Am26S12A are high-speed quad Bus

amd 14 pin cerdip driver

Contextual Info: a Am2965/Am2966 Octal Dynamic Memory Drivers with Three-State Outputs Advanced Micro Devices DISTINCTIVE CHARACTERISTICS Controlled rise and fall characteristics Internal resistors provide symmetrical drive to HIGH and LOW states, eliminating need for external series

amd am2 pinout

Abstract: AL S244 pinout AM2 AMD 74S240 74S244 S240 amd 14 pin cerdip driver
Contextual Info: il Am2965/Am2966 Octal Dynamic Memory Drivers with Three-State Outputs Advanced Micro Devices DISTINCTIVE CHARACTERISTICS Controlled rise and fall characteristics Internal resistors provide symmetrical drive to HIGH and LOW states, eliminating need for external series

Contextual Info: ZI Am26LS30 Advanced Micro Devices Dual Differential RS-422 Party Line/Quad Single Ended RS-423 Line Driver DISTINCTIVE CHARACTERISTICS • Dual RS-422 line driver or quad RS-423 line driver ■ Driver outputs do not clamp line with power off or in hi-impedance state

Contextual Info: Am26LS30 Dual Differential RS-422 Party Line/Quad Single Ended RS-423 Line Driver Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Dual RS-422 line driver or quad RS-423 line driver ■ Driver outputs do not clamp line with power off or in hi-impedance state

microprocessor 8286

Abstract: timing diagram of 8286 microprocessor 8286 8286 transceiver 8287 8286 io
Contextual Info: 8286/8287 8286/8287 Octal Bus Transceivers DISTINCTIVE CHARACTERISTICS Data bus buffer/driver for 8086, 8088, 8080A, 8085A, and 8048 processors Fully parallel 8-bit transceivers: 8286 is noninverting 8287 is inverting 3-state inputs/outputs for interfacing with bus-oriented

amd AM2 pinout

Abstract: 2j2a AL S244 pinout AM2 AMD 74S240 74S244 S240 CD001440 AMD 20 PIN CERDIP
Contextual Info: il Am2965/Am2966 Octal Dynamic Memory Drivers with Three-State Outputs Advanced Micro Devices DISTINCTIVE CHARACTERISTICS Controlled rise and fall characteristics Internal resistors provide symmetrical drive to HIGH and LOW states, eliminating need for external series

26ls29

Abstract: 26LS30 DIP 16 DRAWING Advanced Micro Devices AM26LS30 26LS32 26LS33 RS-423 TTL AM26LS32 CF016
Contextual Info: ZI Am26LS30 Dual D ifferen tial R S -422 P arty L in e/Q u ad S ingle Ended RS-423 Line D river Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • Dual RS-422 line driver or quad RS-423 line driver ■ Individual slew rate control for each output ■ 50 Cl transmission line drive capability RS-422

P8286

Abstract: B-286 8286 transceiver
Contextual Info: 8 2 8 6 /8 2 8 7 8286/8287 Octal Bus Transceivers DISTINCTIVE CHARACTERISTICS Data bus buffer/driver for 8086, 8088, 8080A, 8085A, and 8048 processors Fully parallel 8-bit transceivers: 8286 is noninverting 8287 is inverting 3-state inputs/outputs for interfacing with bus-oriented

ic 8287

Abstract: microprocessor 8286 timing diagram of 8286 microprocessor 8287 8286 8286B
Contextual Info: 8286/8287 8286/8287 Octal Bus Transceivers DISTINCTIVE CHARACTERISTICS Data bus buffer/driver for 8086, 8088, 8080A, 8085A, and 8048 processors Fully parallel 8-bit transceivers: 8286 is noninverting 8287 is inverting 3-state inputs/outputs for interfacing with bus-oriented

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

26LS30

Contextual Info: Am26LS29 Quad Three-State Single Ended RS-423 Line Driver DISTINCTIVE CHARACTERISTICS Four single ended line drivers in one package for maximum package density Output short-circuit protection Individual rise time control for each output High capacitive load drive capability

ic ma 8910

Abstract: LM119
Contextual Info: SGS-THOMSON LM119 - LM219 LM319 HIGH SPEED DUAL COMPARATORS . • ■ ■ ■ TWO INDEPENDENT COMPARATORS OPERATION FROM A SINGLE + 5 V SUPPLY TYPICALLY 80 ns RESPONSE TIME AT ± 15 V MINIMUM FAN-OUT OF 2 EACH SIDE MAXIMUM INPUT CURRENT OF 1 nA OVER OPERATING TEMPERATURE RANGE

AM26S10

Contextual Info: Am26S10/Am26S11 Am26SlO/Am26S11 Quad Bus Transceivers DISTINCTIVE CHARACTERISTICS Input to bus is inverting on Am26S10 Input to bus is non-inverting on Am26S11 Quad high-speed open collector bus transceivers Driver outputs can sink 100mA at 0.8V maximum •

B0283

Contextual Info: Am26S10/Am26Sl1 Quad Bus Transceivers DISTINCTIVE CHARACTERISTICS • • • • Input to bus is inverting on Am26S10 Input to bus is non-inverting on Am26S11 Quad high-speed open collector bus transceivers Driver outputs can sink 100mA at 0.8V maximum Bus compatible with Am2905, Am2906, Am2907

Contextual Info: Am2912 Quad Bus Transceiver DISTINCTIVE CHARACTERISTICS • • • Bus compatible with Am2905, Am2906, Am2907 Advanced Schottky processing PNP inputs to reduce input loading Input to bus is inverting Quad high-speed open collector bus transceiver Driver outputs can sink 100mA at 0.8V maximum

26S12A

Abstract: AM26S12
Contextual Info: VZIS9ZUJV/ZI-S9ZUJV A m 2 6 S 1 2 /A m 2 6 S l2 A Quad Bus Transceivers DISTINCTIVE CHARACTERISTICS • • Quad high-speed bus transceivers Driver outputs can sink 100mA at 0.7V typically • Choice of receiver hysteresis characteristics GENERAL DESCRIPTION

Contextual Info: Am2915A Am2 915 A Quad Three-State Bus Transceiver with Interface Logic DISTINCTIVE CHARACTERISTICS Quad high-speed LSI bus-transceiver Three-state bus driver output can sink 48mA at O.SV max. Two-port input to O-type register on driver • • • Receiver has output latch for pipeline operation

AN 17820 IC

Abstract: 26LS30 17820 an 17820 26LS32 26LS33 RS-423 single ended rs-423 line receiver Advanced Micro Devices
Contextual Info: A D V A N C E D MI CR O D E V I C E S b4 D Ë J 05S7SSS DG17Ö1S 0257525 ADVANCED MICRO DEVICES 64C 17~8i5 ~”d ^ b T-75-4Ê T-75-45-05 “H 8 Am26LS29 <0 -J <0 CM E Quad Three-State Single Ended RS-423 Line Driver < DISTINCTIVE CHARACTERISTICS • • •

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