ENGLISH 简体中文 日本語 한국어  



   
 
请输入关键词或器件型号    



MAX3668
+3.3V、622Mbps、 SDH/SONET激光驱动器,带有自动功率控制

功耗最低的622Mbps激光驱动器


  快速浏览     技术文档     定购信息     更多信息     所有内容  
状态
状况:生产中。

概述
完整的数据资料 (PDF, 760kB)
英文 下载数据资料(PDF)下载
The MAX3668† is a complete, +3.3V laser driver with automatic power control (APC) circuitry for SDH/SONET applications up to 622Mbps. It accepts differential PECL inputs, provides bias and modulation currents, and operates over a temperature range of -40°C to +85°C.

An APC feedback loop is incorporated to maintain a constant average optical power over temperature and lifetime. The wide modulation current range of 5mA to 75mA and bias current of 1mA to 80mA are easy to program, making this product ideal for use in various SDH/SONET applications.

The MAX3668 also provides enable control and a failure-monitor output to indicate when the APC loop is unable to maintain the average optical power. The MAX3668 is available in a 5mm 32-pin TQFP package as well as in dice.

现备有评估板:  MAX3668EVKIT  

关键特性   应用/使用
  • Single +3.3V or +5.0V Operation
  • 38mA Supply Current at +3.3V
  • Programmable Modulation Current from 5mA to 75mA
  • Programmable Bias Current from 1mA to 80mA
  • Rise/Fall Time < 200ps
  • Automatic Average Power Control with Failure Monitor
  • Complies with ANSI, ITU, and Bellcore SONET/SDH Specifications
  • Enable Control

 
  • 622Mbps SDH/SONET接入节点
  • 激光驱动器发送器
  • 段再生器

    Key Specifications:  Laser Drivers
    Part Number Target Oper. Range
    (Gbps)
    Data Rate
    (Mbps)
    Data Rate
    (Mbps)
    VSUPPLY
    (V)
    ICC
    (mA)
    I/O Type IMOD
    (mA)
    IBIAS
    (mA)
    EV Kit Package/Pins Price
    min max typ max max See Notes
    MAX3668  <1 155 622
    3.3
    5
    38 PECL 75 80 Yes
    TQFP/32
    $5.20 @1k
    查看所有Laser Drivers (24)

    受美国专利#5,802,089和5,883,910保护。

    图表
    MAX3668:典型工作电路
    典型工作电路

    没有找到你需要的产品吗?
  • 应用工程师帮助选型,下个工作日回复
  • 参数搜索
  • 应用帮助
  •  快速浏览   技术文档   定购信息   更多信息  
     概述 
     关键特性 
     应用/使用 
     关键指标 
     图表 

     数据资料 
     应用笔记 
     设计指南 
     工程期刊 
     可靠性报告 
     软件/模型 
     评估板 

     价格与供货 
     样品 
     在线订购 
     封装信息 
     无铅信息 

     相关产品 
     注释、注解 
     评估板 

    参考文献: 19-4799; Rev. 4; 2005-03-16
    本页最后一次更新: 2008-01-15


            •         •         •     隐私权政策     •     法律声明

        © 2009 Maxim Integrated Products版权所有