DM74LS139 Search Results

Contextual Info: S E M IC O N D U C T O R tm DM74LS138, DM74LS139 Decoders/Demultiplexers General Description These Schottky-clamped circuits are designed to be used in high-performance memory-decoding or data-routing applica­ tions, requiring very short propagation delay times. In

54LS138FMQB

Abstract: DM74LS138N DM74LS138 LS139 DM74LS138 Application 54LS138 54LS138DMQB 54LS138LMQB 54LS139 DM74LS139
Contextual Info: DM74LS138, DM74LS139 Decoders/Demultiplexers General Description These Schottky-clamped circuits are designed to be used in high-performance memory-decoding or data-routing applications, requiring very short propagation delay times. In high-performance memory systems these decoders can be

54LS139

Abstract: 54LS138 54LS138DMQB 54LS138FMQB DM54LS138 DM54LS139 DM74LS138 DM74LS139 LS138 LS139
Contextual Info: 54LS138 DM54LS138 DM74LS138 54LS139 DM54LS139 DM74LS139 Decoders Demultiplexers General Description These Schottky-clamped circuits are designed to be used in high-performance memory-decoding or data-routing applications requiring very short propagation delay times In

DM74LS138N

Contextual Info: Revised March 2000 DM74LS138 • DM74LS139 Decoder/Demultiplexer General Description Features These Schottky-clamped circuits are designed to be used in high-performance memory-decoding or data-routing applications, requiring very short propagation delay times.

DM74LS138

Abstract: DM74LS138M DM74LS138N DM74LS138SJ DM74LS139 DM74LS139M DM74LS139N DM74LS139SJ M16A M16D
Contextual Info: Revised March 2000 DM74LS138 • DM74LS139 Decoder/Demultiplexer General Description Features These Schottky-clamped circuits are designed to be used in high-performance memory-decoding or data-routing applications, requiring very short propagation delay times.

DM74LS138N

Abstract: 54LS138 54LS138DMQB 54LS138FMQB 54LS138LMQB 54LS139 DM54LS138J LS138 LS139
Contextual Info: June 1989 54LS138/DM54LS138/DM74LS138, 54LS139/DM54LS139/DM74LS139 Decoders/Demultiplexers General Description These Schottky-clamped circuits are designed to be used in high-performance memory-decoding or data-routing appli­ cations, requiring very short propagation delay times. In

LS138

Abstract: 64 CERAMIC LEADLESS CHIP CARRIER LCC 54LS138 54LS138DMQB 54LS138FMQB 54LS138LMQB 54LS139 DM54LS138J DM54LS138W DM74LS138
Contextual Info: S E M IC O N D U C T O R tm DM74LS138, DM74LS139 Decoders/Demultiplexers General Description cuit. All inputs are clam ped w ith high-perform ance Schottky diodes to suppress line-ringing and sim plify system design. These Schottky-clam ped circuits are designed to be used in

Contextual Info: 54LS138 DM54LS138 DM74LS138 54LS139 DM54LS139 DM74LS139 Decoders Demultiplexers General Description Schottky diodes to suppress line-ringing and simplify system design Features Y Y Y Y Designed specifically for high speed Memory decoders Data transmission systems

54LS138

Contextual Info: 54LS138,54LS139,DM54LS138,DM54LS139, DM74LS138,DM74LS139 54LS138 DM54LS138 DM74LS138 54LS139 DM54LS139 DM54LS139 Decoders/Demultiplexers Literature Number: SNOS280A 54LS138 DM54LS138 DM74LS138 54LS139 DM54LS139 DM74LS139 Decoders Demultiplexers General Description

74LS138N

Abstract: 74LS139N M74LS138N 74LS138M 139FM ic 74LS138N LS138 74LS139M 54LS139J
Contextual Info: S E M I C O N D U C T O R tm DM74LS138, DM74LS139 Decoders/Demultiplexers General Description cuit. All Inputs are clam ped w ith high-perform ance Schottky diodes to suppress line-ringing and sim plify system design. These S chottky-clam ped circuits are designed to be used in

NSB3881

Abstract: NSB5881 INS8060 74C911 NSA1298 NSN581 MICROPROCESSOR Z80 7segment 4-DIGIT 7-SEGMENT LED DISPLAY datasheet MULTIPLEX MM2114 NSB7881
Contextual Info: Fairchild Semiconductor Application Note 257 May 1981 I. INTRODUCTION The MM74C911, MM74C912 and MM74C917 are CMOS display controllers that control multiplexing of 8-segment LED displays. These devices each have an on-chip multiplex oscillator and associated logic to easily implement multi-digit

5555 FAIRCHILD optocoupler

Abstract: MC74HC374N 74hc14n equivalent NC7S125M5 14069 HCF4541BEY APPLICATION HCF4013BE 4026 fairchild datasheet 14543 motorola Motorola DM74LS139N
Contextual Info: R E L I A B L E . L O G I C . I N N O V A T I O N . Logic Cross-Reference Logic Cross-Reference 2003 Texas Instruments Printed in the U.S.A. by Texoma Business Forms, Durant, Oklahoma Printed on recycled paper. SCYB017A NEW First Revision Logic Cross-Reference

dm8130

Abstract: 54175 DM74367 KS 2102 7486 ic truth table signetics 2502 ci 8602 gn block diagram ci 8602 gn 74s281 DM74LS76
Contextual Info: 19 7 6 N atio n al S e m ico n d u cto r C o rp . p 1 ? I m • ' % TTL Data Book D EV IC E MIL i 2502 2503 2504 5400 54H00 54L00 54LS00 5401 54H01 54L01 54LS01 5402 54L02 54LS02 5403 54L03 54LS03 5404 54H04 54L04 54LS04 5405 54H05 54L05 54LS05 5406 5407 5408

DM74367

Abstract: 54175 71ls97 DM74109 DM8160 om541 ci 8602 gn block diagram 5401 DM transistor 74L10 74S136
Contextual Info: N ational Semiconductor Section 1 - 54/74 SSI DEVICES Connection Diagram s • Electrical Tables Section 2 - 54/74 M SI DEVICES Section 3 - National Semiconductor PROPRIETARY DEVICES Section 4 - National Semiconductor ADDITIONAL D EV KES t o NATIONAL Manufactured under one or more of the fo llowing U.S. patents: 3083262, 3189758, 3231797 , 3303356, 3317671, 3323071, 3381071, 3408542, 3421025, 3426423, 3440498, 3518750, 3519897, 3557431, 3560765,

MC74LS247

Abstract: MC74LS147 MC74LS08 MC74LS373 MC74LS00 MC74LS245 LS30 ls30 diode MC74LS38 MC74LS32
Contextual Info: HC Portfolio Comparison PART # LS00 LS01 LS02 LS03 LS04 LS05 LS06 LS07 LS08 LS09 LS10 LS11 LS12 LS13 LS14 LS15 LS20 LS21 LS22 LS26 LS27 LS28 LS30 LS31 LS32 LS33 LS37 LS38 LS40 LS42 LS47 LS48 LS49 LS51 LS54 LS55 LS73 LS74 LS75 LS76 LS77 LS78 LS83 LS85 LS86

mm74c922

Abstract: nte CROSS-REFERENCE SJ 76 A DIODE EMI Quad 2 input nand gate cd 4093 7400 functional cross-reference HST 4047 pinout information of CMOS 4001, 4011, 4070 32-Bit Parallel-IN Serial-OUT Shift Register Fairchild Semiconductor Integrated Circuit Data Catalog 1970 application MM74C926
Contextual Info: Logic Product Catalog Analog Discrete Interface & Logic Optoelectronics July 2002 Across the board. Around the world. Logic Literature Table of Contents Description Literature # Advanced Logic Products Databook CROSSVOLT , Fairchild Switch, TinyLogic™, VHC

16 bit counter with latch

Abstract: DM74LS00 DM74LS02 DM74LS03 DM74LS04 DM74LS05 DM74LS08 DM74LS09 DM74LS10 DM74LS11
Contextual Info: Logic Products by Family Bipolar-LS Products Logic Product Function Product Description Package Voltage Node DM74LS00 Gate Quad 2-Input NAND Gate DIP SOIC SOP 5 DM74LS02 Gate Quad 2-Input NOR Gate DIP SOIC SOP 5 DM96LS02 Other Dual Retriggerable Resettable Monostable Multivibrator One-Shot

7 bit to 7 segment decoder

Abstract: decoder 4to16 2 TO 4 DECODER cmos demultiplexer 10 line to 7-segment ttl decoder decoder cmos 7-segment decoder 74ACT139 74F138
Contextual Info: Logic Products by Function Decoder Products Logic Product Family Product Description NC7SZ19 TinyLogic UHS Series TinyLogic™ UHS 1-of-2 Decoder/Demultiplexer 74ACT138 FACT ACT 74VHCT138A Package Voltage Node MicroPak™ SC70 1.8 2.5 3.3 5 1-of-8 Decoder/Demultiplexer

interfacing parallel port with adc0808

Abstract: ADC0809 internal circuit diagram free d 8080, 8224, and 8228 ADC0809 PIN DIAGRAM analog to digital convert LM358 ADC0808 AN-247 ADC0808 PIN DIAGRAM ADC0809 AN247
Contextual Info: National Semiconductor Application Note 247 Larry Wakeman September 1980 Introduction The second function block, the successive approximation A/D converter, transforms the analog output of the multiplexer to an 8-bit digital word. The output of the multiplexer

NSN581

Abstract: NSB5881 NSB7881 9 digit display NSA1298 seven segment hex display NSB3881 4-DIGIT 7-SEGMENT LED DISPLAY datasheet ins8224 common cathode 7-segment display driver 2-DIGIT 7-SEGMENT LED DISPLAY datasheet
Contextual Info: Fairchild Semiconductor Application Note October 1987 Revised April 2001 Simplified Multi-Digit LED Display Design Using MM74C911 and MM74C912 Display Controllers Functional Description MM74C911 Introduction The MM74C911 and MM74C912 are CMOS display controllers that control multiplexing of 8-segment LED displays. These devices each have an on-chip multiplex

ADC0808 PIN DIAGRAM

Abstract: ADC0809 internal circuit diagram free d ADC0809 PIN DIAGRAM analog to digital convert LM358 adc0809 INTERFACe with microprocessor 8080, 8224, and 8228 interfacing parallel port with adc0808 AN-247 ADC0808 datasheet adc0809 application note
Contextual Info: INTRODUCTION The ADC0808 ADC0809 Data Acquisition Devices DAD implement on a single chip most the elements of the standard data acquisition system They contain an 8-bit A D converter 8-channel multiplexer with an address input latch and associated control logic These devices provide most of

simple LM324 COMPARATOR CIRCUIT

Abstract: z80-pio LM356 2 bit magnitude comparator using Integrated Chips z80pio ADC0808 PIN DIAGRAM potentiometric transducer NSC800 adc0809 simple LM324 COMPARATOR CIRCUIT Diagrams
Contextual Info: I. Introduction The ADC0816 and ADC0817, CMOS 16-Channel Data Acquisition devices are selectable multi-input 8-bit A/D converters. In addition to a standard 8-bit successive approximation type A/D converter, these devices contain a 16 channel analog multiplexer with 4-bit latched address inputs. They include much of the circuitry required to build an 8-bit accurate, medium through-put data acquisition system.

THERMISTORS nsp 037

Abstract: Thyristor TAG 9118 ICA 0726 0148 Transformer a1273 y k transistor AM97C11CN transistor SK A1104 PM7A2Q B8708 bzy79 yh 5032
Contextual Info: INDEX OF COMPONENTS A Section/Page No. A.C. Adaptor. Adaptor Kits BNC e tc . Adhesive Tapes. Adhesives, Various. Aerosols.

NSB5881

Abstract: MICROPROCESSOR Z80 7segment NSB3881 NSN581 9 digit display NSA1298 NSB7881 MM74C917 MM74C912 NSB3881 equivalent NSN381
Contextual Info: National Semiconductor Application Note 257 Larry Wakeman May 1981 I INTRODUCTION The MM74C911 MM74C912 and MM74C917 are CMOS display controllers that control multiplexing of 8-segment LED displays These devices each have an on-chip multiplex oscillator and associated logic to easily implement multi-digit displays with minimal additional hardware These