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TI Home » TI E2E Community » Support Forums » Amplifiers » High Speed Amplifiers » All Tags » THS770006
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High Speed Amplifiers

Welcome to the High Speed Amplifiers Section of the TI E2E Support Community. Ask questions, share knowledge, explore ideas, and help solve problems with fellow engineers. To post a question, click on the forum tab then "New Post".

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THS770006
  • fda
  • fully differential amplifier
  • noise figure
  • OPA2695
  • THS7700
  • ths770012
Related Posts
  • Forum Post: Can fully differential amplifiers with noise figures of up to 13dB be used to drive a high-speed 16-bit ADC without impacting performance?

    DavidT DavidT
    Adequacy of noise performance of fully differential amplifiers for driving high-speed 16-bit ADCs can be determined by comparing the noise figure of the amplifier to the noise figure of the 16-bit ADC. The typical noise figure of a high performance 16-bit pipeline ADC is 30dB to 33dB, while that of...
    on Oct 4, 2010
  • Wiki Page: THS770006 and THS770012 FAQ

    Sannatizer35 Sannatizer35
    This is a frequently asked questions section for the THS770006 and THS770012
    on Oct 21, 2010
  • Wiki Page: THS7700 Gain and Phase Plot

    Sannatizer35 Sannatizer35
    Q: THS7700 Gain and Phase Plot by 11846 Hi I am looking for an amp with a gain of 5 that can support a LTE singal 100 MHz wide centered at 225 MHz. What I would like to see is a gain & phase plot of the THS7700. I know the gain is not a match, but they can adjust their line up so that it works...
    on Oct 22, 2010
  • Wiki Page: Can fully differential amplifiers with noise figures of up to 13dB be used to drive a high-speed 16-bit ADC without impacting performance?

    Sannatizer35 Sannatizer35
    Can fully differential amplifiers with noise figures of up to 13dB be used to drive a high-speed 16-bit ADC without impacting performance? by 682470 Adequacy of noise performance of fully differential amplifiers for driving high-speed 16-bit ADCs can be determined by comparing the noise...
    on Oct 25, 2010
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