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Welcome to the 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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PSRR
  • DC/DC Ripple
  • EMIRR
  • PLIMIT
  • Single-Ended
  • TAS5103
  • TAS5704
  • THS4130
  • TPA3112D1
Related Posts
  • Wiki Page: TAS5704 DC/DC converter for AVDD and DVDD

    Don Dapkus Don Dapkus
    Q: TAS5704 DC/DC converter for AVDD and DVDD Hi team, Our customer wants to use 3.3V DC/DC converter for AVDD and DVDD of TAS5704. Is it OK? If it is OK, could you tell us the maximum ripple voltage of DC/DC converter? A: Re: TAS5704 DC/DC converter for AVDD and DVDD A DC/DC converter...
    on May 18, 2010
  • Forum Post: Re: EMI/RF and low frequency analog

    Christopher Hall Christopher Hall
    Hi Randy, EMI could possibly be the issue. It is interesting that you see the correlation between RF transmission and the low frequency noise. Do you know where in the signal chain you are first seeing the noise and would you be able to capture an oscilloscope screenshot of it? It sounds like you...
    on Aug 26, 2011
  • Forum Post: Need THS4130 PSRR vs Freq Characterization with Single-Ended Outputs

    Gary Cochran Gary Cochran
    My customer would like to see the attached PSRR vs Freq graph (Figure 13 of the THS4130 datasheet) redone to show each output ("Vout+" and "Vout-") separately (Single-Ended) rather than differentially. Can someone in the product group please perform this characterization and post...
    on Jul 23, 2012
  • Wiki Page: TAS5103 PSRR

    Don Dapkus Don Dapkus
    Q: TAS5103 PSRR Are there any documents showing the difference between an open loop device PSRR and a closed loop device PSRR? For example TAS5103 vs TAS5706? A: Re: TAS5103 PSRR Hi, I have attached a couple of files that will hopefully show the difference in PSRR between open loop and closed...
    on Feb 4, 2013
  • Forum Post: TPA3112D1 “PSRR” improvement needed: PLIMIT?

    Bart Vanlandeghem Bart Vanlandeghem
    The wiki document “PSRR Class D.pdf” explains: These switching architectures are incredibly efficient (same architecture found in switch-mode power suppliers), but are much more sensitive to supply noise than traditional Class-AB amplifiers. Think about it for a second … the amplifier’s...
    on Apr 29, 2013
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