AFE2124 Datasheet PDF (Dual HDSL/SDSL ANALOG FRONT-END) | Download Burr-Brown Corporation AFE2124

AFE2124 - Dual HDSL/SDSL ANALOG FRONT-END

This page provides the datasheet information for the AFE2124, a member of the AFE2124_Burr Dual HDSL/SDSL ANALOG FRONT-END family.

Description

Burr-Brown’s dual Analog Front End chip greatly reduces the size and cost of a DSL (Digital Subscriber Line) system by providing all of the active analog circuitry needed to connect two digital signal processors to external compromise hybrids and line transformers.

Features

q SERIAL.

Datasheet Details

Part number	AFE2124
Manufacturer	Burr-Brown Corporation
File Size	187.29 KB
Description	Dual HDSL/SDSL ANALOG FRONT-END
Datasheet	AFE2124 Datasheet
Additional preview pages of the AFE2124 datasheet.

📁 Similar Datasheet

AFE2045 - ESD Protection Array (Alfa-MOS)

AFE2045FB - ESD Protection Array (Alfa-MOS)

AFE2050 - ESD Protection Array (Alfa-MOS)

AFE2050FB - ESD Protection Array (Alfa-MOS)

AFE2075FB - ESD Protection Array (Alfa-MOS)

AFE2256 - 256-Channel Analog Front-End (Texas Instruments)

AFE240320H-2.2N-9120A-N - LCD Module (ORIENT DISPLAY)

AFE240320H-2.2N-9120A-T - LCD Module (ORIENT DISPLAY)

AFE240320H-2.6N-9490A-N - TFT Module (ORIENT DISPLAY)

AFE240320T-2.4N-9386A-N - LCD Module (ORIENT DISPLAY)

Full PDF Text Transcription

Click to expand full text

® AFE 212 4 AFE2124 For most current data sheet and other product information, visit www.burr-brown.com Dual HDSL/SDSL ANALOG FRONT END FEATURES q SERIAL DIGITAL INTERFACE q 48-LEAD SSOP PACKAGE q E1, T1 AND SDSL OPERATION q 64kbps TO 1168kbps OPERATION q SCALEABLE DATA RATE q 250mW POWER DISSIPATION PER CHANNEL q TWO COMPLETE HDSL ANALOG INTERFACES q +5V POWER (5V or 3.3V Digital) DESCRIPTION Burr-Brown’s dual Analog Front End chip greatly reduces the size and cost of a DSL (Digital Subscriber Line) system by providing all of the active analog circuitry needed to connect two digital signal processors to external compromise hybrids and line transformers. The AFE2124 is optimized for HDSL (High bit rate DSL) and for SDSL (symmetrical DSL) applications.

Published: Mar 23, 2005 |