26LS30 Search Results

26ls30

Contextual Info: MOTOROLA AM 26LS30 Dual Differential E IA -422-A / Quad Single-Ended (EIA -423-A ) Line Drivers The AM 26LS30 is a low power Schottky set of line drivers w hich can be configured as tw o differential drivers which com ply with E IA -4 2 2 -A standards, or as four single-ended drivers which com ply with E IA -4 2 3 -A

26ls30

Abstract: AM25LS30 application note 26LS30
Contextual Info: g MOTOROLA 26LS30 Dual Differential (EIA-422-A)/ Quad Single-Ended (EIA-423-A) Line Drivers The AM 26LS30 is a low power Schottky set of line drivers which can be configured as tw o differential drivers which com ply with E IA -4 2 2 -A standards, or as four single-ended drivers which com ply with E IA -4 2 3 -A

OF IC 723 14 pin dip

Abstract: AM25LS30 AM26LS30PC IC AM26LS30 IC AM26LS32 AM26LS30 AM26LS30FN DS3691 EIA-422-A MC26LS30D
Contextual Info: g M O TO RO LA . A M 26LS30 Dual D iffe re n tia l (E IA -4 2 2 -A )/ Q uad S in g le -E n d e d (E IA -4 2 3 -A ) Line D rivers The 26LS30 is a low power Schottky set of line drivers which can be configured as two differential drivers which comply with EIA-422-A

Contextual Info: M MOTOROLA - 26LS30 Advance Information Dual Differential (EIA -422-A )/ Quad Single-Ended (EIA -423-A ) Line Drivers The AM 26LS30 is a low power Schottky set of line drivers which can be configured as two differential drivers which com ply with E IA -4 2 2 -A

AM26LS34

Abstract: 26ls29
Contextual Info: Am26LS34 Am26LS34 Quad Differential Line Receiver DISTINCTIVE CHARACTERISTICS Meets all requirements of EIA Standards RS-422, RS423, CCITT V.10 and V.11, and the new party line standard in development under EIA Project Number 1360. ±200mV sensitivity over input voltage range

34C1

Abstract: 26LS30 26LS32 DS8935 DS8935WM
Contextual Info: General Description The DS8935 is a dual driver/triple receiver device optimized to provide a single chip solution for a LocalTalk Interface. The device provides one differential TIA/EIA-422 driver, one TIA/EIA-423 single ended driver, one TIA/EIA-422 receiver

26LS30

Abstract: 26LS32 DS8925 DS8925M M16A max 422 3.3 V
Contextual Info: DS8925 LocalTalk Dual Driver/Triple Receiver General Description Features The DS8925 is a dual driver/triple receiver device optimized to provide a single chip solution for a LocalTalk Interface. The device provides one differential TIA/EIA-422 driver, one

26ls32 similar

Abstract: 26ls29 kss delay line ci 26ls32 ci 26ls32 smd 26ls34 26LS30 26LS32 26LS33 AM26LS34
Contextual Info: a Advanced Micro Devices Am26LS34 Quad Differential Line Receiver DISTINCTIVE CHARACTERISTICS Maximum guarantees for tPD skew. • Meets all requirements of EIA Standards RS-442, RS-423, CCITT V.10 and V.11, and the new party line standard in development under

am26ls32

Contextual Info: s Am26LS32/Am26LS33 Advanced Micro Devices Quad Differential Line Receivers DISTINCTIVE CHARACTERISTICS • Input voltage range of 15 V differential or common mode on Am26LS33; 7 V (differential or common mode) on Am26LS32 The Am26LS32 meets all the requirements of

26LS30

Abstract: AN012312-3 26LS32 DS3691 DS8925 RS-423 EIA-232 transformer Nelson Publishing
Contextual Info: National Semiconductor Application Note 967 Todd Nelson June 1994 INTRODUCTION This application note discusses three approaches to the LocalTalk physical layer. One approach uses the TIA/EIA-422-B RS-422 standard over a twisted pair wire medium. Another uses the RS-422 drivers and receivers but

26LS30

Abstract: DIP 16 DRAWING Advanced Micro Devices 26LS33 to525 26LS32 RS-423 ADVANCED MICRO DEVICES 22-PIN CERAMIC DIP
Contextual Info: A D V A N C E D MICRO D E V I CE S SRE D □ 2 5 7 5 2 5 0 0 4 3 2 0 0 lbT "'T-TS-4S- 0^ Am26LS29 Quad Three-State Single Ended RS-423 Line Driver Advanced Micro Devices DISTINCTIVE CHARACTERISTICS • ■ Four single ended line drivers in one package for maximum package density

73sb

Abstract: 1N916 26LS30 26LS32 DS8925 DS8925M M16A 11b95-12 d0ji G0735
Contextual Info: DS8925 N a t i o n a l t S e m i c o n d u c t o r ß DS8925 LocalTalk Dual Driver/Triple Receiver General Description Features The DS8925 is a dual driver/triple receiver device optimized to provide a single chip solution for a LocalTalk Interface. The device provides one differential TIA/EIA-422 driver,

26LS30

Abstract: 26LS32 DS3691 DS8925 RS-423 application note 26LS32
Contextual Info: National Semiconductor Application Note 967 Todd Nelson June 1994 INTRODUCTION This application note discusses three approaches to the LocalTalk physical layer. One approach uses the TIA/EIA-422-B RS-422 standard over a twisted pair wire medium. Another uses the RS-422 drivers and receivers but

26LS30

Abstract: 26LS32 LocalTalk DS3691 DS8925 RS-423 AN967 Nelson Publishing
Contextual Info: National Semiconductor Application Note 967 Todd Nelson June 1994 INTRODUCTION This application note discusses three approaches to the LocalTalk physical layer. One approach uses the TIA/EIA-422-B RS-422 standard over a twisted pair wire medium. Another uses the RS-422 drivers and receivers but

Contextual Info: DSS933 National Semiconductor & DS8933 V.34 Serial Port 2 X 1 Driver/Receiver General Description Features The DS8933 is a 2 driver X 1 receiver device optimized to provide a two chip solution for a synchronous V.FAST V.34 modem serial port when used with the DS8934 5 driver X 3

Contextual Info: October 1994 Semiconductor DS8935 LocalTalk Dual Driver/Triple Receiver General Description Features The DS8935 is a dual driver/triple receiver device optimized to provide a single chip solution for a LocalTalk Interface. The device provides one differential TIA/EIA-422 driver,

26LS30

Abstract: application note 26LS30 26LS32 AN-967 DS3691 DS8925 AN012312-6 Nelson Publishing twisted-pair receiver national application note 26LS32
Contextual Info: INTRODUCTION This application note discusses three approaches to the LocalTalk physical layer. One approach uses the TIA/EIA-422-B RS-422 standard over a twisted pair wire medium. Another uses the RS-422 drivers and receivers but the bus is transformer-coupled over standard phone cables.

Contextual Info: Am26LS32B Advanced Micro Devices Quad Differential Line Receiver DISTINCTIVE CHARACTERISTICS • ±120 mV sensitivity over V in range of 0 V to 5 V ■ ±200 mV sensitivity over V cm range ■ - 7 V to +12 V input voltage range - differential or common mode

26LS32 ic internal diagram

Abstract: 26ls34 26LS32B
Contextual Info: Advanced Micro Devices Am26LS34 Quad Differential Line Receiver DISTINCTIVE CHARACTERISTICS • Meets all requirements of EIA Standards RS-442, RS-423, CCITT V.10 and V.11, and the new party line standard In development under EIA Project Number 1360. ■ Maximum guarantees for tpD skew.

IC AM26LS31

Abstract: AM26LS31 IL-STD-883C
Contextual Info: Advanced Micro Devices Am26LS31 Quad High Speed Differential Line Driver DISTINCTIVE CHARACTERISTICS • Output skew - 2.0 ns typical Complementary outputs ■ Input to output delay - 12 ns Meets the requirements of EIA standard RS-422 ■ Operation from single +5 V supply

AM26LS33

Abstract: AM26LS32 line driver 26ls31 AM26LS33PC
Contextual Info: Quad Differential Line Receivers DISTINCTIVE CHARACTERISTICS • Input voltage range of 15V differential or common mode on Am26LS33; 7V (differential or common mode) on Am26LS32 - ±0.2V sensitivity over the input voltage range on Am26LS32; - ±0.5V sensitivity on Am26LS33

AM26LS30DM

Contextual Info: 26LS30 Dual Differential RS-422 Party Line/Quad Single Ended RS-423 Line Driver DISTINCTIVE CHARACTERISTICS FUNCTIONAL DESCRIPTION • Dual RS-422 line driver or quad RS-423 line driver • Driver outputs do not clamp line with power oft or in hi-impedance state

l0925

Abstract: AM26LS33PC
Contextual Info: Advanced Micro Devices Am26LS32/Am26LS33 Quad Differential Line Receivers DISTINCTIVE CHARACTERISTICS • The Am26LS32 meets all the requirements of RS-422 and RS-423 ■ Input voltage range of 15 V differential or common mode on Am26LS33; 7 V (differential

26ls32 26ls31

Abstract: D-Sub 37-pin female Connector for rs-422 ISO-4903 EIA-449 of 74ls08 SIPEX Selection Guide TSp322 EIA-232 EIA-422 SP500
Contextual Info: + + + Many of today's routers and access equipment are being designed with Wide Area Network WAN serial ports which are able to support various physical interface protocols or standards. The WAN serial port may contain EIA-530, V.35 or V.36 electrically compliant signals.