Datasheet4U Logo Datasheet4U.com

SN75ALS127 - 7-Channel Line Receivers

This page provides the datasheet information for the SN75ALS127, a member of the SN75ALS125 7-Channel Line Receivers family.

Description

The SN75ALS125 and SN75ALS127 are monolithic seven-channel line receivers designed to satisfy the requirements of the IBM System 360/370 input/output interface specifications.

📥 Download Datasheet

Datasheet preview – SN75ALS127

Datasheet Details

Part number SN75ALS127
Manufacturer Texas Instruments
File Size 68.21 KB
Description 7-Channel Line Receivers
Datasheet download datasheet SN75ALS127 Datasheet
Additional preview pages of the SN75ALS127 datasheet.

📁 Similar Datasheet

  • SN7500 - Pulse Width Modulation (KODENSHI)
  • SN7500P - Pulse Width Modulation (KODENSHI)
  • SN75173 - Quad EIA-485 Line Receivers (Motorola)
  • SN75175 - QUAD EIA-485 LINE RECEIVER (Motorola)
  • SN75175 - Quad EIA-485 Line Receivers (Motorola)
  • SN75175D - QUAD EIA-485 LINE RECEIVER (Motorola)
  • SN75175N - QUAD EIA-485 LINE RECEIVER (Motorola)
  • SN75176B - Multipoint RS-485/RS-422 Transceivers (UMW)
  • SN75451 - (SN75451 - SN75454) Dual Peripheral Drivers (Motorola Semiconductor)
  • SN75452 - (SN75451 - SN75454) Dual Peripheral Drivers (Motorola Semiconductor)
Other Datasheets by Texas Instruments

Full PDF Text Transcription

Click to expand full text
ą • Meets IBM 360/370 I/O Specification • Input Resistance . . . 7 kΩ to 20 kΩ • Output Compatible with TTL • IMPACT Low-Power Schottky Technology • Operates from Single 5-V Supply • High Speed . . . Low Propagation Delay • Ratio Specification for Propagation Delay Time, Low-to-High/High-to-Low • Glitch-Free Power-Up and Power-Down • Seven Channels in One 16-Pin Package • Standard VCC and Ground Positioning on SN75ALS127 description The SN75ALS125 and SN75ALS127 are monolithic seven-channel line receivers designed to satisfy the requirements of the IBM System 360/370 input/output interface specifications. Employing the IMPACT process allows low supply-current requirements while maintaining fast switching speeds and high-current TTL outputs.
Published: |