• OP07D Absolute maximum rating of Differential Input Voltage

    In the datasheet , Table3 indicates that the absolute maximum rating for the differential input voltage is ±0.7V.

    Is this correct? it is very small compared to the input voltage range.

  • RE: Power Dissipation of OP07D

    This question has been assumed as answered either offline via email or with a multi-part answer. This question has now been closed out. If you have an inquiry related to this topic please post a new question in the applicable product forum.

    Thank you,
  • RE: 为什么OP07D构成的差分比例运算电路,双电源供电时工作正常,单电源不正常

    OP07D只能工作于双电源状态,单电源供电会导致共模电压抬升到VCC/2, 你的输出会叠加这个共模电压,导致问题。 

  • About AD620  Make vs. Buy Error Budget

    Hi there,

    I have a question about AD620's Table 4.

    http://www.analog.com/static/imported-files/data_sheets/AD620.pdf

    About  the Homebrew circut caluculation, where does Gain Nonliniarity spec"40ppm" come from?

    I checked OP07D datasheet…

  • 3/23/16: Electromagnetic Flowmeter Design for Industrial Process Control

    Presenter: Ke Li, System Applications Engineer

     

    The webinar will discuss some of the electronic design challenges with Industrial electromagnetic flowmeters. It will compare conventional analog demodulation with a newer digital oversampling architecture…

  • TAGS LIST: Amplifiers

    AD600
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  • 【在线研讨会讲义PPT下载】工业过程控制应用的电磁流量计设计

    将传统的模拟解调架构与新型数字过采样架构进行比较,后者可大大简化电路设计和物料清单,并且在电路板面积、功耗和成本方面颇具优势,评估结果表明并不亚于商用流量计。

    ADI近期举行的在线研讨会【工业过程控制应用的电磁流量计设计】和大家一起讨论了一些电子设计挑战。有兴趣的大侠可点击http://webinar.elecfans.com/295.html 查看视频回放。

    同时,这里分享了此次研讨会的讲义,需要的大侠可点击附件进行下载哦~

    此次研讨会大致内容包括:

  • 转发ADI模拟技术训练营——放大器初步

    转发ADI模拟技术训练营——放大器初步 by zrk787

    转发ADI模拟技术训练营——放大器初步

    目录
    第一部分:放大器的分类简介
    第二部分:使用放大器的一般性规则
    第三部分:选择放大器入门
    第四部分:使用网络资源
    第五部分:数据记录和报告撰写
    第六部分:实验和注意事项

    8664.attachment.pdf
  • Noise optimizing AD8599 &&

    Good day,

    I have a task to optimize noise in BW 10Hz - 10kHz.

    Voltage gain shall be around 20..50. OA connected directly to source of signal,

    which has impedance 1kOm DC and 50Om AC. OA connected to middle point of R1/R2 divider,

    where R1 connected…