ENGLISH 简体中文 日本語 한국어 



 
Overview

 


Suggested Components

 
Application Notes
 
New Product Announcements







Maxim > Solutions > Transport Nodes, Access Nodes, Add/Drop Multiplexers, and Digital Cross-Connects

T3/E3 Products

DATA SHEETS
Display Title / Parts Key Advantages
QV  PDF DS3/E3 Single-Chip Transceiver Demo Kit
DS3174DK

QV  PDF Low-Jitter, 8kHz Reference Clock Synthesizer Outputs 35.328MHz
MAX9476

Clock Generator is Optimized for xDSL CO Line Cards and Telecom Systems Requiring Low-Jitter Clock Outputs
QV  PDF Single/Dual/Triple/Quad DS3/E3 Single-Chip Transceivers
DS3171, DS3172, DS3173, DS3174

QV  PDF 6-/8-/12-Channel DS3/E3 Framers
DS31412, DS3146, DS3148

Industry's Smallest, Lowest Cost T3/E3 Framers for Up to 12 Separate Channels
QV  PDF High-Performance Demo Kit Motherboard
DK2000

QV  PDF TEMPE T3 E3 Multiplexer, 3.3V T3/E3 Framer and M13/E13/G.747 MUX
DS3112




Key Specifications:   Clock Generators
Part Number Applications fIN (min) (MHz) fIN (max) (MHz) fOUT (min) (MHz) fOUT (max) (MHz) Fixed or Continuous Frequency Output Levels Number of Outputs Number of PLLs Spread Spectrum Output Jitter (RMS) Supply Voltage (V) Package
MAX9476 
T1/E1
T3/E3
xDSL
0.008 0.008 35.328 35.328 Fixed LVCMOS 6 1 No 4 3.3 TSSOP/24
See All Clock Generators (23)

Key Specifications:   T/E Carrier & Packetized Products
Part Number Transmission Standard Functions Number of Channels 5V-Tolerant I/O Supply Voltage (V) Package
DS3171  T3/E3
Single Chip Transceiver
1  -  3.3 TEBGA/400
DS3172  T3/E3
Single Chip Transceiver
2  -   -  TEBGA/400
DS3173  T3/E3
Single Chip Transceiver
3  -   -  TEBGA/400
DS3174  T3/E3
Single Chip Transceiver
4  -   -  TEBGA/400
DK2000  ATM
E1
J2
STS-1
T1/E1/J1
T1/J1
T3/E3
 -   -  Yes 3.3
5
See Data Sheet
DS3146  T3/E3
Framer
6  -  3.3 HCBGA/349
DS31412  T3/E3
Framer
12  -  3.3 HCBGA/349
DS3148  T3/E3
Framer
8  -  3.3 HCBGA/349
DS3112  T3/E3
Multiplexer-Framer
1 Yes 3.3 BGA/256
See All T/E Carrier & Packetized Products (96)




      Privacy Policy    Legal Notices

      Copyright © 2008 by Maxim Integrated Products, Dallas Semiconductor