Datasheet4U Logo Datasheet4U.com

CY7B951 - Local Area Network ATM Transceiver

Datasheet Summary

Description

The Local Area Network ATM Transceiver is used in SONET/SDH and ATM applications to recover clock and data information from a 155.52-MHz or 51.84-MHz NRZ or NRZI serial data stream and to provide differential data buffering for the Transmit side of the system.

Features

  • SONET/SDH and ATM Compatible.
  • Compatible with PMC-Sierra PM5345 SUNI™.
  • Clock and data recovery from 51.84- or 155.52-MHz datastream.
  • 155.52-MHz clock multiplication from 19.44-MHz source.
  • 51.84-MHz clock multiplication from 6.48-MHz source.
  • 1% frequency agility.
  • Line Receiver Inputs: No external buffering required.
  • Differential output buffering.
  • 100K ECL compatible I/O.
  • No output clock “drift” without data transitions.
  • Link Status Indicati.

📥 Download Datasheet

Datasheet preview – CY7B951

Datasheet Details

Part number CY7B951
Manufacturer Cypress Semiconductor
File Size 477.26 KB
Description Local Area Network ATM Transceiver
Datasheet download datasheet CY7B951 Datasheet
Additional preview pages of the CY7B951 datasheet.
Other Datasheets by Cypress Semiconductor

Full PDF Text Transcription

Click to expand full text
CY7B951 Local Area Network ATM Transceiver Local Area Network ATM Transceiver Features ■ SONET/SDH and ATM Compatible ■ Compatible with PMC-Sierra PM5345 SUNI™ ■ Clock and data recovery from 51.84- or 155.52-MHz datastream ■ 155.52-MHz clock multiplication from 19.44-MHz source ■ 51.84-MHz clock multiplication from 6.48-MHz source ■ 1% frequency agility ■ Line Receiver Inputs: No external buffering required ■ Differential output buffering ❐ 100K ECL compatible I/O ■ No output clock “drift” without data transitions ■ Link Status Indication ■ Loopback testing ■ Single +5 V supply ■ 24-pin SOIC ■ Compatible with fiber optic modules, coaxial cable, and twisted pair media ■ No external PLL components ■ Power down options to minimize power or crosstalk ■ Low operating current: <65 mA ■ 0.
Published: |