ENGLISH 简体中文 日本語 한국어  

MAX5661
单通道16位DAC,提供电流和电压输出,适用于工业模拟输出模块

业内首款16位电流/电压输出DAC,集成高压电流和电压放大器


  快速浏览     技术文档     定购信息     更多信息     所有内容  
数据资料
完整的数据资料 (PDF, 4.7MB)
英文 Download this datasheet in PDF format下载

概述
The MAX5661 single 16-bit DAC with precision high-voltage amplifiers provides a complete solution for programmable current and voltage-output applications. The output amplifiers swing to industry-standard levels of ±10V (voltage output) or source from 0mA (or from 4mA) to 20mA (current output). The voltage output (OUTV) drives resistive loads greater than 2kΩ and capacitive loads of up to 1.2µF. Voltage-output force-sense connections compensate for series protection resistors and field-wiring resistance. Short-circuit protection on the voltage output limits output current to 10mA (typ) sourcing or -11.5mA (typ) sinking. The current output (OUTI) drives resistive loads up to 37.5V (max) and inductive loads up to 1H.

The MAX5661 provides either a current output or a voltage output. Only one output is active at any given time, regardless of the configuration. The MAX5661 voltage output operates with ±13.48V to ±15.75V supplies (VDDV, VSSV) and the current output operates with a single +13.48V to +40V supply (VDDI). A +4.75V to +5.25V digital supply (VCC) powers the rest of the internal circuitry. A buffered reference input accepts an external +4.096V reference voltage.

Update the DAC outputs using software commands or the asynchronous active-low LDAC input. An asynchronous active-low CLR input sets the DAC outputs to the value stored in the clear register or to zero. The active-low FAULT output asserts when the DAC's current output is an open circuit, the DAC's voltage output is a short circuit, or when the active-low CLR input is low.

The MAX5661 communicates through a 4-wire 10MHz SPI™-/QSPI™-/MICROWIRE™-compatible serial interface. The DOUT output allows daisy chaining of multiple devices. The MAX5661 is available in a 10mm x 10mm, 64-pin, LQFP package and operates over the -40°C to +105°C temperature range.

关键特性   应用/使用
  • 10-Bit Programmable Full-Scale Output Adjustment for Up to ±25% Over Range
  • Programmable Voltage Output
    • Unipolar Range: 0 to +10.24V ±25%
    • Bipolar Range: ±10.24V ±25%
  • Programmable Current Output
    • Unipolar Low Range: 0 to 20.45mA
    • Unipolar High Range: 3.97mA to 20.45mA
  • Flexible Analog Supplies (See Table 16)
    • ±13.48V to ±15.75V for Voltage Output
    • +13.48V to +40V for Current Output
  • Force-Sense Connections (Voltage Output) for Differential Voltage-Output Remote Sensing
  • Voltage-Output Current Limit
  • Dropout Detector Senses Out-of-Regulation Current Output
  • Active-Low CLR and Active-Low LDAC Inputs for Asynchronous DAC Updates
  • Active-Low CLR Input Resets Output to Programmed Value or Zero Code
  • Active-Low FAULT Output Indicates Open-Circuited Current Output, Short-Circuited Voltage Output, or Clear State
  • Temperature Drift
    • Voltage Output: ±0.4ppm FSR/°C
    • Current Output: ±7.9ppm FSR/°C
  • Small 64-Pin LQFP Package (10mm x 10mm)

 
  • 工业模拟输出模块
  • 工业仪表
  • 过程控制
  • 可编程逻辑控制器/分布式控制系统

    图表

    功能框图

    评估板

    设计指南
  • 数/模转换器 (PDF)

    可靠性报告
  • 查询FIT数据:
  • 申请可靠性报告: (English only)

    软件/模型

    定购信息
    注:

    1. 购买产品,请访问:http://www.maxim-ic.com.cn/sales
    2. 没有找到您所需要的器件?请咨询我们的应用工程师。我们的专家会帮助您找到合适的器件,通常在一个工作日内回复。
    3. 型号尾缀:T或T&R = 卷带; + = RoHS/无铅; # = RoHS/无铅豁免权。详细信息请参考:完整的数据资料型号命名规则
    4. * “封装代码/变更”提供产品使用的变更信息。注意:型号尾缀中的“+”、“#”和“-”表示器件的RoHS状况,封装图上可能显示不同的尾缀字符。


    器件: 1-3 of 3

    MAX5661 免费样品 采购
    封装: 类型 引脚 占位面积
      封装图编码/变更 *
    温度 RoHS/无铅?
    材料分析
    MAX5661EVKIT+  



    参考数据资料
    MAX5661GCB+T  



    -40°C至+105°C 参考数据资料
    MAX5661GCB+  
    LQFP;64引脚;
    封装图: 21-0083 (PDF)
    使用封装码/变更:C64+8*
    -40°C至+105°C RoHS/无铅:无铅
    材料分析

    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: 19-0741; Rev. 0; 2008-08-27
    本页最后一次更新: 2008-08-27



          隐私权政策    法律声明

          © 2008 Maxim Integrated Products, Dallas Semiconductor版权所有