Contextual Info: February 1996 DS7831/DS8831/DS7832/DS8832 Dual TRI-STATE Line Driver General Description Features Through simple logic control, the DS7831/DS8831, DS7832/DS8832 can be used as either a quad single-end­ ed line driver or a dual differential line driver. They are spe­

S8832J

Abstract: OS88
Contextual Info: TYPES DS7831, DS7832, DS8831, DS8832 LINE DRIVERS WITH 3-STATE OUTPUTS INTERFACE CIRCUITS B U L L E T I N N O . D L -S 1 2 4 9 6 , J A N U A R Y 1 9 7 7 • T T L Com patible • Propagation Delay Tim e . . . 15 ns T y p • V e ry Low O utput Impedance with High

Contextual Info: DS7831/DS8831/DS7832/DS8832 National Semiconductor DS7831/DS8831/DS7832/DS8832 Dual TRI-STATE Line Driver General Description Features Through simple logic control, the DS7831/DS8831, DS7832/DS8832 can be used as either a quad single-end­ ed line driver or a dual differential line driver. They are spe­

DSM31

Abstract: DS7832 0588 DS78 DS7831 DS88 DS8831 DS8832 DSS832 DS8832 equivalent
Contextual Info: TYPES DS7831, DS7832, DS8831. DS8832 LINE DRIVERS WITH 3-STATE OUTPUTS INTERFACE CIRCUITS B U L L E T IN NO. DL-S 1 2 4 9 6 , J A N U A R Y 1 9 7 7 • • • T T L Compatible Propagation Delay Time . . . 15 ns Typ Very Low Output Impedance with High Drive Capability

ds8831j

Abstract: DS7631 5375B
Contextual Info: DS7831/DS8831/DS7832/DS8832 NATL SEMICOND •CNEIIORY} IDE D | LSDllSb ODL2374 T | National Semiconductor T - 75- 45-07 DS7831/DS8831/DS7832/DS8832 Dual TRI-STATE Line Driver General Description Features Through simple logic control, the DS7831/DS8831, DS7832/DS8832 can be used as either a quad single-end­

DS8832N

Abstract: 100T2S 08-IQ
Contextual Info: DS7831/DS8831/DS7832/DS8832 National ÆM Semiconductor DS7831/DS8831/DS7832/DS8832 Dual TRI-STATE Line Driver General Description Features Through simple logic control, the DS7831/DS8831, DS7832/DS8832 can be used a s either a quad single-end­ ed line driver or a dual differential line driver. They are spe­

DS7832J

Abstract: DS8831N DS7831 DS7831J DS7832 DS8831 DS8832 DS8832J DS8832N J16A
Contextual Info: DS7831 DS8831 DS7832 DS8832 Dual TRI-STATE Line Driver General Description Features Through simple logic control the DS7831 DS8831 DS7832 DS8832 can be used as either a quad single-ended line driver or a dual differential line driver They are specifically designed for party line bus-organized systems

DS7831

Abstract: DS7832J DS8831 DS8831N DS7832 DS8832
Contextual Info: General Description Features Through simple logic control, the DS7831/DS8831, DS7832/ DS8832 can be used as either a quad single-ended line driver or a dual differential line driver. They are specifically designed for party line bus-organized systems. The

RS423

Abstract: DS7820 DS78C120 J16A
Contextual Info: DS78C120 Dual CMOS Compatible Differential Line Receiver General Description Features The DS78C120 is a high performance, dual differential, CMOS compatible line receiver for both balanced and unbalanced digital data transmission. The inputs are compatible

AN214 amplifier circuit diagram

Abstract: 78ls12 78LS120 DS78LS120J/883C AN214 schematic diagram
Contextual Info: DS78LS120 Dual Differential Line Receiver Noise Filtering and Fail-Safe General Description The DS78LS120 is a high performance, dual differential, TTL compatible line receiver for both balanced and unbalanced digital data transmission. The inputs are compatible with

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

EATON CM20A

Abstract: A5 GNE mosfet Hall sensor 44e 402 2N8491 FTG 1087 S TRIAC BCR 10km FEB3T smd transistor marking 352a sharp EIA 577 sharp color tv schematic diagram MP-130 M mh-ce 10268
Contextual Info: Table of Contents N E W A R K E L E C T R O N IC S “Where serving you begins even before you call” Newark Electronics is a UNIQUE broadline distributor of electronic components, dedicated to provid­ ing complete service, fast delivery and in-depth inventory. Our main

rs-422 TO TTL CONVERTERS

Contextual Info: DS78LS120 is OBSOLETE DS78LS120QML, DS78LS120 www.ti.com SNLS370B – MAY 2004 – REVISED NOVEMBER 2004 DS78LS120/DS78LS120QML Dual Differential Line Receiver Noise Filtering and Fail-Safe Check for Samples: DS78LS120QML, DS78LS120 FEATURES 1 • 2 •

Contextual Info: DS78LS120 is OBSOLETE DS78LS120QML, DS78LS120 www.ti.com SNLS370C – SEPTEMBER 1999 – REVISED APRIL 2013 DS78LS120/DS78LS120QML Dual Differential Line Receiver Noise Filtering and Fail-Safe Check for Samples: DS78LS120QML, DS78LS120 FEATURES DESCRIPTION

Contextual Info: DS1603/DS3603 53 National mm Semiconductor DS1603/DS3603 TRI-STATE Dual Receivers General Description The DS1603/DS3603 are dual differential TRI-STATE line receivers designed for a broad range of system applica­ tions. They feature a high input impedance and low input

2SC 1207

Contextual Info: NATL SEMICOND {MEMORY} IDE D I b s o i i a t oot.a5b3 o | National Semiconductor O w *>> o </» s DS1603/DS3603 TRI-STATE Dual Receivers s General Description The DS1603/DS3603 are dual differential TRI-STATE line receivers designed for a broad range of system applica­

vtl series

Abstract: DS7820 DS78LS120 J16A RS423 quad line receiver rs422
Contextual Info: DS78LS120 Dual Differential Line Receiver Noise Filtering and Fail-Safe General Description The DS78LS120 is a high performance, dual differential, TTL compatible line receiver for both balanced and unbalanced digital data transmission. The inputs are compatible with

AN214 amplifier circuit diagram

Abstract: AN214 schematic diagram
Contextual Info: DS78C120 Dual CMOS Compatible Differential Line Receiver General Description Features The DS78C120 is a high performance, dual differential, CMOS compatible line receiver for both balanced and unbalanced digital data transmission. The inputs are compatible

Contextual Info: OBSOLETE DS78C120 www.ti.com SNOSBL3C – MAY 1999 – REVISED APRIL 2013 DS78C120 Dual CMOS Compatible Differential Line Receiver Check for Samples: DS78C120 FEATURES DESCRIPTION • The DS78C120 is a high performance, dual differential, CMOS compatible line receiver for both

188-114

Abstract: DS88C120N EIA/RS422 DS3487 DS3587 quad line receiver rs422 DS7820 DS78C120 DS8820 DS88C120
Contextual Info: DS78C120 DS88C120 Dual CMOS Compatible Differential Line Receiver General Description Features The DS78C120 and DS88C120 are high performance dual differential CMOS compatible line receivers for both balanced and unbalanced digital data transmission The inputs

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

DS3587

Abstract: DS7820 DS78C120 J16A RS423
Contextual Info: DS78C120 Dual CMOS Compatible Differential Line Receiver General Description Features The DS78C120 is a high performance, dual differential, CMOS compatible line receiver for both balanced and unbalanced digital data transmission. The inputs are compatible

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

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