• AD1582: FAQs

    The AD1582 does only show some mV (24mV - 60mV)at the Output.

     

    A C (Capacitor) between Vout and GND is mandatory required for the Reference to
    work.
    A minimum C is not specified in the datasheet - I tested it with 100nF - it
    worked for me but…

  • AD1582: Requirements for heat sinking FAQs

    i want to know if i will need a heat sink fro this device (Vin=3.3V and
    Iout=100uA). Therefore, i need to know what are the Tj, Tjunction-ambient and
    Tjunction-case.
    can you send me those parameters?

     

    The thetaJA for the sot 23 package used by…

  • number of logic gates transistors used

    We would like to know the number of logic gates / transistors used in  AD1528

     

    there are 52 for AD1582.
  • RE: AD1583: Solder temperature

    Hi Renat,

     

    According to the ordering guide located on page 17 of the AD1583 data sheet the family of part numbers AD1582, AD1583, AD1584 and AD1585 are RoHS compliant. For RoHS compliant products I recommend to all customers to use the JEDEC J-STD-020…

  • TAGS LISTS: Voltage References

    LT1460
    LTC1258
    LT1021
    LT1027
    LTC1798
    RH1021-10
    RH1021-5
    RH1021-7
    LT6660
    LH0070
    LTC6655
    AD2700
    AD2702
    AD584S
    REF01S
    REF05S
    REF10S
    REF43S
    REF02S
    AD1582
    AD1583
    AD1584
    AD1585
    LT1019
    LT1236
    LTC6652
    REF02…
  • AD7655 relationship between internal MUX and accuracy

    Hello

    Our customer is measuring accuracy of AD7655 and please let me know your advice relationship between internal MUX and accuracy.

    Our test resul shows  large difference  (about 50~100LSB) between channel A (INA1 and INA2) and channle B (INB1 and INB2…

  • channel selection of AD7655

    the input channel select control A0 can not work properly, that is when A0=0,
    it will sample INA2 and INB2, not INA1 and INB1. Is it possible? Another
    problem is that using the A channel and B channel to sample the same voltage
    (2.5V…
  • ADI 全新中文资料(2019 年 12 月)

  • 全新解决方案新鲜出炉哦——智能能量采集和低功耗故障指示器设计

    《智能能量采集和低功耗故障指示器设计》是ADI本月推出的全新解决方案,该方案在近期举办的“第七届配电自动化技术应用论坛”上首次公开亮相,同时亮相的还有与其配套的Demo,它们同时成为论坛上的热门款之一。

    该解决方案完整版,现在可供大家免费下载哦:http://h.analog.com/CN-APM-FCI

    输配电(T&D)系统已发展为发电站和不同的终端用户负载之间巨大的互联电力传输网络。为了尽可能监测配电网络的各个支路,尤其是城市和农村地区的架空电力线缆,快速查找并响应线路故障并在最短时间…

  • ADI芯片辨识、型号查找

    看看截图: