DS88L Search Results

DS88LS120N

Abstract: DS78LS120 DS88LS120 RS423 max3860 422 ttl
Contextual Info: General Description The DS78LS120 and DS88LS120 are high performance, dual differential, TTL compatible line receivers for both balanced and unbalanced digital data transmission. The inputs are compatible with EIA, Federal and MIL standards. The line receiver will discriminate a ± 200 mV input signal

quad line receiver rs422

Abstract: 188-114 DS78LS120 DS88LS120 DS88LS120M DS88LS120N M16A RS423 ds75150
Contextual Info: DS78LS120/DS88LS120 Semiconductor National DS78LS120/DS88LS120 Dual Differential Line Receiver Noise Filtering and Fail-Safe General Description The DS78LS120 and DS88LS120 are high performance, dual differential, TTL compatible line receivers for both bal­

DS88L12N

Abstract: DS88L12 DS88L12J DS-88l12n DS88L DS78L12W DS78L12 ds78l12j
Contextual Info: DS78L12/DS88L12 03 National m M Semiconductor DS78L12/DS88L12 Hex TTL-MOS Inverter/Interface Gate General Description The DS78L12/DS88L12 is a low power TTL to MOS hex inverter element. The outputs may be “ pulled up” to + 14V in the logical “ 1 ” state, thus providing guaranteed interface

MAX3860

Abstract: DS7820 DS88LS120N RS-422 RS-232 driver DS88LS120 DS88LS120M DS78LS120 RS423 DS0074
Contextual Info: DS78LS120/DS88LS120 Dual Differential Line Receiver Noise Filtering and Fail-Safe General Description The DS78LS120 and DS88LS120 are high performance, dual differential, TTL compatible line receivers for both balanced and unbalanced digital data transmission. The inputs

88LS120

Abstract: 78ls12
Contextual Info: Semiconductor DS78LS120/DS88LS120 Dual Differential Line Receiver Noise Filtering and Fail-Safe General Description Input specifications meet or exceed those of the popular D S7820/D S8820 line receiver. The D S78LS120 and D S88LS120 are high perform ance,

MIL-188-114

Abstract: DS78LS120 DS88LS120 DS88LS120N RS423 ds7831 rs-422 TTL C17k
Contextual Info: DS78LS120/DS88LS120 National 4 i i Semiconductor DS78LS120/DS88LS120 Dual Differential Line Receiver Noise Filtering and Fail-Safe General Description The DS78LS120 and DS88LS120 are high performance, dual differential, TTL compatible line receivers for both bal­

DS88LS120N

Contextual Info: DS78LS120/DS88LS120 National Semiconductor DS78LS120/DS88LS120 Dual Differential Line Receiver Noise Filtering and Fail-Safe General Description The DS78LS120 and DS88LS120 are high performance, dual differential, TTL compatible line receivers for both bal­

Contextual Info: DS78LS120/DS88LS120 ^National mm Semiconductor DS78LS120/DS88LS120 Dual Differential Line Receiver Noise Filtering and Fail-Safe G eneral Description The DS78LS120 and DS88LS120 are high performance, dual differential, TTL compatible line receivers for both bal­

f749

Contextual Info: 57E D • bSÜHEb 0 D b b 4 3 i b42 « N S C 3 TH 5-45 'O S DS78LS120/DS88LS120 Dual Differential Line Receiver Noise Filtering and Fail-Safe G eneral Description The DS78LS120 and DS88LS120 are high performance, dual differential, TTL compatible line receivers for both bal­

Contextual Info: DS78LS120/DS88LS120 Semiconductor National DS78LS120/DS88LS120 Dual Differential Line Receiver Noise Filtering and Fail-Safe General Description The DS78LS120 and DS88LS120 are high performance, dual differential, TTL compatible line receivers for both bal­

DS88L12N

Abstract: DS88L12 DS88L12J DS78L12W DS78L12J ds78l12 DS-88l12n
Contextual Info: DS78L12/DS88L12 S3 National Semiconductor DS78L12/DS88L12 Hex TTL-MOS Inverter/Interface Gate General Description The D S 78 L 1 2/D S 8 8 L 12 is a low pow er TT L to MOS hex Inverter elem ent. The o utputs may be “ pulled up” to + 14V in th e logical " I " state, thus providing guaranteed interface

DS78LS120J

Abstract: DS78LS120 DS88LS120 DS88LS120J DS88LS120N RS423 DS7515 ttl 7499 DS751
Contextual Info: NATL SEfllCOND - CMEMORYJ IDE D | bSDllSb t i □ | %- DS78LS120/DS88LS120 Dual Differential Line Receiver Noise Filtering and Fail-Safe General Description The DS78LS120 and DS88LS120 are high performance, dual differential, TTL compatible line receivers for both bal­

ttl 7499

Abstract: 7499 DS88LS120N a150 attenuator DS7820 DS78LS120 DS8820 DS88LS120 RS423 RS422 Line driver
Contextual Info: DS78LS120 DS88LS120 Dual Differential Line Receiver Noise Filtering and Fail-Safe General Description The DS78LS120 and DS88LS120 are high performance dual differential TTL compatible line receivers for both balanced and unbalanced digital data transmission The inputs

88ls120

Abstract: DS88LS120
Contextual Info: 142 — Dual D iff Line Receiver — 88LS120 ★ TTL n -f- ~ T t v OFFSET -INPUT I X Tèi FAIL-SAFE OFFSET ★ R S 422, 4 2 3 i c a ^ ]3 - IN P U T ★+ 5 V tfO#— +i n p u t [ T 13] TERMINATION ★ 3 H SI x h a — 7 " STROBE [ T TT| +INPUT TERMINATION [ T

TTL RS422 Level Converter

Abstract: AN216 transceiver rs232 driver receiver RS-357 MIL-STD-188-114 DS75124
Contextual Info: National Semiconductor Application Note 216 Don Tarver December 1978 FO R W A RD Not the least of the problems associated with the design or use of data processing equipment is the problem of providing for or, actually, interconnecting the differing types and models of equipment to form specific proces­

Level Translators

Abstract: DS78L12 MM74C901 10K ECL DS88L12 DS3630 CMOS Hex Inverting Buffer MM74C906 cmos tristate inverter DP8481
Contextual Info: Level Translators/Buffers National Æ Æ Semiconductor Level Translators/Buffers Device Number Logic Function 0°Cto +70°C —55°C to + 125°C Output Characteristics Output Input Page Number DP8480A Inverting TRI-STATE Fall Through Latch TTL 10k ECL 7-5

ds75150

Abstract: dual line transceiver 422 DS34C86 DS26C32C DIFFERENTIAL
Contextual Info: Section 6 Transmission Line Drivers & Receivers NOTE: For complete specifications on datasheets in this section please see the Interface databook. Section 6 Contents Transmission Line D rivers/R eceivers.

DS8820A

Abstract: DS7832 transceiver rs232 driver receiver DS75124
Contextual Info: Transmission Line Drivers/Receivers EIA RS-232 UNBALANCED LINE DRIVERS AND RECEIVERS Device Number Commercial Military 0°C to + 70°C —55°C to + 125°C Power Supplies Number of Drivers VCC/V e e V Max Max Typical Ice <mA) Iee (mA) >0 (mA) Typical Min

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.

AN214

Abstract: AN214D DS78LS12
Contextual Info: AN-214 Transmission Line Drivers and Receivers for EIA Standards RS-422 and RS-423 National Sem iconductor Application N ote 2 1 4 John Abbott With the advent of the microprocessor, logic designs have become both sophisticated and modular in concept. Fre­

DS88L12

Abstract: w1s dual transistor mm5704 lm325 Zener diode 10b3 MM5013 MM1103 DS0056 ds3674 MA2805
Contextual Info: INTRODUCTION MOS memories present unique system and circuit challenges to the engineer since they require precise timing of input waveforms Since these inputs present large capacitive loads to drive circuits it is often that timing problems are not discovered until an entire system is constructed

triac tag 8518

Abstract: 70146 DS3654 X2864AD 7 segment display RL S5220 TC9160 la 4440 amplifier circuit diagram 300 watt philips ecg master replacement guide vtl 3829 A-C4 TCA965 equivalent
Contextual Info: 1985 0 / 0 / CONTENTS VOLUME I Introduction to IC MASTER 3 Advertisers’ Index 8 Master Selection Guide Function Index I0 Part Number Index 40 Part Number Guide 300 Logo Guide 346 Application Note Directory 349 Military Parts Directory 50I Testing 506 Cross Reference

TCA965 equivalent

Abstract: ULN2283 capacitor 473j 100n UAF771 transistor GDV 65A pbd352303 cm2716 TAA2761 TAA4761 ULN2401
Contextual Info: veryimpressivePrice. power drain. For the same low price astheTTL-compatible DG211. Very Impressive Performance. Low power, low source-drain ON resistance, low switching times, low current, low price. It all adds up to superstar performance for portable and battery-operated

AN-108

Abstract: AN-214 DS1691 DS78LS120 EIA-422-B RS-423
Contextual Info: INTRODUCTION With the advent of the microprocessor, logic designs have become both sophisticated and modular in concept. Frequently the modules making up the system are very closely coupled on a single printed circuit board or cardfile. In a majority of these cases a standard bus transceiver will be adequate. However because of the distributed intelligence ability of the microprocessor, it is becoming common practice for