• RE: ADCMP600 SPICE Model

    Hi,

    We'll take this offline and send you the beta model (unreleased). 

  • ADCMP600

    利用该芯片(ADCMP600)比较两个值a,b的大小。直接把a,b直接接到Vp和Vn上,还是需要加上电阻再接上?求解,谢谢。

  • ADCMP600  PIN

    datasheet上的管脚图和官网上PCB原理图,管脚不一致,板都画完了,才发现,到底啊哪个是正确的?

  • ADCMP600 Eval Board

    Hello,

    I am having trouble seeing the expected signals from my ADCMP600 Eval Board. When connected to 50ohm terminated scope, the output voltage is less than 1/2 of what I expect. If connected to a 1M termination, I can see more of the output swing however…

  • Theta j-c of ADL5513, ADCMP600

    Hi,

    I would like to enquire the junction-case thermal resistance (theta j-c) of the following components:

    ADL5513 16-Lead [LFCSP_VQ], CP-16-3 Packaging

    ADCMP600 SOT-23 5 Lead Packaging

  • Random jitter specification for ADCMP600 comparator

    I am considering using the ADCMP600 high speed comparator to detect pulses from a photo diode. The output will be fed to a time to digital converter (TDC) chip and will be part of a laser ranging system.  To maximise the timing precision of the system…

  • ADCMP600, 601, 602, 608 Evalation Board schematic

    I need the schematic of the ADCMP600, 601, 602, 608 Evaluation Board

     

    please find attached
  • 比较器adcmp600过流问题

     我用adcmp600搭了一个滞回比较器,电阻R4接基准电压4v没有问题,VN端接本想接经分压电阻得到的电压,来与4v基准电压比较,若vn小于4v,Q输出高电平,这没有问题。但若VN接上大于4v的电压,结果示波器测得vn是1v,比较器5v供电的直流电压源电流也明显上升到180mA。这是为什么?这种怎么解决?

  • Input offset tempcos for ADCMP600 series comparators?

    Hi all,

    I'm working on a new design that currently uses an ADCMP607 to convert user-input sine waves to square waves for timing input.  There are lots of signal-conditioning front-end bits ahead of the comparator, ending with the ADCMP607.  Despite…

  • ADCMP600 used for 10 MHZ Sine to Square Wave Conversion

    Hi!

    Figure 22 in the ADCMP600 data sheet shows a "Self-Biased 50% Slicer" circuit.   Is this circuit suitable for converting a 10 MHZ Sine

    to Square Wave.

    Input Signal can range from 0 dBm (0.6V pk-pk) to 15 dBm (3.5 V pk-pk)...Input signal…