• ADG1636 Consumption

    Hello;

    In ADG1636 datasheet; why the power consumption would increase so much when Digital inputs=5V? 

    And in this case; what pin does Digital inputs mean? IN+; EN?

     

     

    Many thanks;

    Bell

  • ADG1636 Suitability

    I am looking for analog switches.

    The first is SPDT two channel. It must be capable of switching between a 0 to 14v square wave signal and a -5 to +14v zero crossing square wave  signal. Current less then 10mA

    The second is SPDT two channel. It must…

  • RE: ADG1636 Large Signal Voltage Tracking & Idd

    Hi Mochi,

    Please have a look at the ADG1636 datasheet.

    On page 11, figure 15 shows the Idd VS Logic Level graph you are looking for.

    Unfortunately, the ADG1636 does not have a graph of "Large Signal Voltage Tracking vs. Frequency".

    May…

  • RE: ADG836L

    Hi Vincent,

    The ADG836L, Dual SPDT/2:1 MUX and is capable in operating at Single Supply from 1.65V to 3.6V only. It is specified to accept Analog Signal Range of 0V to Vdd only. It will not accept negative input voltage.

    ADG1636 on the other hand is…

  • RE: AD822 Output on Multisim Simulator

    Allow me to clarify.  The original image I posted with the two comparators and the AND gate was to illustrate a window comparator.  It provides three logic outputs that represent the three states you are looking to detect.  That circuit does not output the…

  • RE: 分光光度计资料大全

    ADI双光束分光光度计解决方案

    分光光度计最重要的产品特性就是稳定性,包括三个方面的稳定性要求:随时间和温度的漂移是非常重要的考虑因素; 需要低漂移的精确信号链; 双光束架构也是重要因素。

    ADI提供了完整的双光束分光光度计解决方案,详细资料可以下载附件PDF文档。


  • ADI公司解决方案通报—放大器IC

    目录

    • 差分放大器采用单电源驱动1.8 V ADC
    • 电流检测放大器实现最大1μV/°C的失调漂移性能
    • 经过测试的电路设计
    • 热电偶放大器简化设计
    • 放大器IC选型指南
    • ADC驱动器提供快速压摆率
    • 同类最佳的电压反馈型放大器
    • 输出驱动器增强灵活性和性能
    • 差分放大器驱动184 MSPS SAR ADC,接受±10 V输入
    • 高分辨率、零漂移电流检测放大器
    • 适用于高精度设计的微功耗基准电压源
    • 精密放大器针对低功耗、宽电源电压范围应用而优化

  • RE: ADG839: Negative voltage switching

    Hi Emilzacharia,

    From my understanding of the schematic above:

    • It seems that the ADG839 is level shifted to the negative voltage with GND to -3.3V and Vdd to ground (0V). Checking at the ADG839 datasheet, this configuration might be working because 
  • TAGS LIST: Switches/Multiplexers

    AD8104
    AD8105
    AD8106
    AD8107
    AD8108
    AD8109
    AD8110
    AD8111
    AD8112
    AD8113
    AD8114
    AD8115
    AD8116
    AD8117
    AD8118
    AD8175
    AD8176
    AD8177
    AD8178
    AD8186
    ADV3200
    ADV3201
    ADV3202
    ADV3203
    ADV3205
    ADV3224
    ADV3225