Datasheet4U Logo Datasheet4U.com

PX5524 - 4 x 4 Gb/s TIA/LA Receiver

Datasheet Summary

Description

The growing use of the Internet has created increasingly higher demand for multi-Gb/s I/O performance.

Features

  • an adjustable signal detect circuit that senses optical modulation amplitude (OMA) to provide a received signal indication for each channel. Features.
  • 4-channel integrated transimpedance and liming amplifier operates up to 4.25 Gb/s 8 uAPP receiver sensitivity for 10-12 BER Single +3.3V supply dissipating 105 mW per channel Individual channel signal detect compares input signal strength (OMA) with adjustable threshold Global signal dete.

📥 Download Datasheet

Datasheet preview – PX5524

Datasheet Details

Part number PX5524
Manufacturer Zarlink Semiconductor
File Size 655.64 KB
Description 4 x 4 Gb/s TIA/LA Receiver
Datasheet download datasheet PX5524 Datasheet
Additional preview pages of the PX5524 datasheet.

📁 Similar Datasheet

  • PX5 - high performance processor (Rockchip)
  • PX5D8JZ-T - Dual N-Channel Field Effect Transistor (NIKO-SEM)
Other Datasheets by Zarlink Semiconductor
  • PX5514 - 4 x 4 Gb/s VCSEL Driver
  • PX5410 - Multi-Rate VCSEL Driver
  • PX5419A - 12 x 3.6 Gb/s VCSEL Driver
  • PX5420 - Multi-Rate TIA/LA Optical Receiver

Full PDF Text Transcription

Click to expand full text
www.DataSheet4U.com PX5524 4 x 4 Gb/s TIA/LA Receiver Product Brief April 2006 Description The growing use of the Internet has created increasingly higher demand for multi-Gb/s I/O performance. The demand for 40+ Gb/s WAN bandwidth fuels the growth of short-reach 10 Gb/s infrastructures within high-end telco and datacom routers, switches, servers and other proprietary chassis-to-chassis links. The Zarlink PX5524 4 Gb/s TIA/LA Receiver is a four-channel TIA/LA optical receiver designed for various 4x4 Gb/s parallel optics and CWDM PMD applications. It consists of a DC-coupled transimpedance amplifier and an AC-coupled differential limiting amplifier. The transimpedance amplifier achieves a nominal 3 GHz bandwidth over a wide range of photodiode input capacitance.
Published: |