ST26C32ABN Search Results

RS-423

Abstract: ST26C32A ST26C32ABD ST26C32ABDR ST26C32ABN ST26C32ABTR
Contextual Info: 2002-01-03 PRODUKTINFORMATION Vi reserverar oss mot fel samt förbehåller oss rätten till ändringar utan föregående meddelande ELFA artikelnr 73-217-89 ST26C32ABN RS422/423 krets 73-217-97 ST26C32ABD RS422/423 krets ST26C32A  CMOS QUAD 3-STATE DIFFERENTIAL LINE RECEIVER

5V and 12V RS-232, 2 Drivers, 2 Receivers

Abstract: capacitor cross reference voltage regulator 5 pin SPX29302U5 RS-485 maxim MAX3491EESA DS26LS31TM LP2950ACN-5.0 LP2950CZ-3.3 equivalent AAT4625
Contextual Info: Product Cross Reference Guide January 2004 2004 Sipex Cross Reference Guide Table of Contents Manufacturers Analog Devices AnalogicTech Astec Bay Linear Cal Logic Dallas Semiconductor Exar Fairchild Harris International Rectifier Intersil Linear Technology

Contextual Info: ST26C32A CMOS QUAD TRI-STATE DIFFERENTIAL LINE RECEIVER • ■ ■ ■ ■ ■ ■ ■ CMOS DESIGN FOR LOW POWER ±0.2V SENSITIVITY OVER INPUT COMMON MODE VOLTAGE RANGE TYPICAL PROPAGATION DELAY: 19ns TYPICAL INPUT HYSTERESIS: 60mV INPUT WILL NOT LOAD LINE WHEN

RS-423

Abstract: ST26C32AB ST26C32ABDR ST26C32ABN ST26C32ABTR TSSOP16
Contextual Info: ST26C32AB CMOS quad 3-state differential line receiver Features • CMOS design for low power ■ ± 0.2 V sensitivity over input common mode voltage range ■ Typical propagation delay: 19 ns ■ Typical input hysteresis: 60 mV ■ Input will not load line when VCC = 0 V

RS-423

Abstract: ST26C32A ST26C32ABD ST26C32ABDR ST26C32ABN ST26C32ABTR TSSOP16 P013H
Contextual Info: ST26C32A  CMOS QUAD 3-STATE DIFFERENTIAL LINE RECEIVER • ■ ■ ■ ■ ■ ■ ■ CMOS DESIGN FOR LOW POWER ±02V SENSIVITY OVER INPUT COMMON MODE VOLTAGE RANGE TYPICAL PROPAGATION DALAYS: 19ns TYPICAL INPUT HYSTERESIS: 60mV INPUT WILL NOT LOAD LINE WHEN VCC=0V

P013H

Abstract: ST26C32ABD
Contextual Info: ST26C32A  CMOS QUAD 3-STATE DIFFERENTIAL LINE RECEIVER PRELIMINARY DATA • ■ ■ ■ ■ ■ ■ ■ CMOS DESIGN FOR LOW POWER ±02V SENSIVITY OVER INPUT COMMON MODE VOLTAGE RANGE TYPICAL PROPAGATION DALAYS: 19ns TYPICAL INPUT HYSTERESIS: 60mV INPUT WILL NOT LOAD LINE WHEN VCC=0V

DS26LS31TM

Abstract: LT1180CS DS75176BN lt1004cz SP574BKP SP1674BKP MAX208EAG ad574ajn AD674ATD/883B IC LTC489CN
Contextual Info: Sipex Cross Reference Material Older Product Cross Reference Material To assist customers in finding crosses to obsolete parts. SIPEX Cross Reference Copyright 2006 Sipex Corporation Sipex Cross Reference Material This file is a compilation of 2 documents:

RS-423

Abstract: ST26C32A ST26C32ABD ST26C32ABDR ST26C32ABN ST26C32ABTR TSSOP16
Contextual Info: ST26C32A CMOS QUAD TRI-STATE DIFFERENTIAL LINE RECEIVER • ■ ■ ■ ■ ■ ■ ■ CMOS DESIGN FOR LOW POWER ±0.2V SENSITIVITY OVER INPUT COMMON MODE VOLTAGE RANGE TYPICAL PROPAGATION DELAY: 19ns TYPICAL INPUT HYSTERESIS: 60mV INPUT WILL NOT LOAD LINE WHEN

ST26C32ABN

Abstract: RS-423 ST26C32A ST26C32ABD ST26C32ABDR ST26C32ABTR TSSOP16 P013H
Contextual Info: ST26C32A  CMOS QUAD 3-STATE DIFFERENTIAL LINE RECEIVER • ■ ■ ■ ■ ■ ■ ■ CMOS DESIGN FOR LOW POWER ±02V SENSIVITY OVER INPUT COMMON MODE VOLTAGE RANGE TYPICAL PROPAGATION DALAYS: 19ns TYPICAL INPUT HYSTERESIS: 60mV INPUT WILL NOT LOAD LINE WHEN VCC=0V

IC LM7808 8V Voltage regulator

Abstract: tl494ch UC3525 application notes LM7915 to-3 lm7812 voltage regulator spec. sheet UC3525 LM7808 TO3 LM2951CM SG3524BN National Semiconductor voltage regulator lm7812
Contextual Info: Linear Products Cross Reference Guide Summer 2004 National Semiconductor provides a comprehensive set of support services. Product information, including sales literature and technical assistance is available through National's Customer Support Centers. Linear Products Cross Reference Guide – 2004

RS-423

Abstract: ST26C32A ST26C32ABDR ST26C32ABN ST26C32ABTR TSSOP16
Contextual Info: ST26C32A CMOS quad tri-state differential line receiver General features • CMOS design for low power ■ ±0.2V sensitivity over input common mode voltage range ■ Typical propagation delay: 19ns ■ Typical input hysteresis: 60mV ■ Input will not load line when VCC = 0V