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  • SN74AVC16244: Buffer + Level Shift configuration

    • Resolved
    Part Number: SN74AVC16244 Hi team, Could you help confirm if this design is feasible? thanks

  • ADS41B25EVM: Configure CMOS output instead of LVDS output

    • Resolved
    ( SN74AVC16244 ) in order to configure the CMOS output option. However, I am a beginner at soldering and it sounds

  • SN74AVC16T245: Output Resistor necessary?

    • Resolved
    SN74AVC16244 which is also of AVC logic type? Thank you Haje

  • RE: TFP410: TFP410

    If you want to redrive a 165 MHz clock (ie a 330 Mbps data stream), and 27 other similarly fast digital signals at 3.3V, there's not a lot of options in the standard logic portfolio. The two options I found would be the SN74AVC16827 (20 bit buffer...

  • RE: TLC5928: TLC5928 Cascade buffer

    Hi, Would you take a look at SN74AVC16244 or other similar devices? If you think this answers your question, please help to click "Resolve". Thanks. Regards, Kenneth

  • RE: TLK2711SP EVM Board to Board Link via Parallel Bus

    Hello Wade, Thank you for your insights and suggestion. I'm in the process of trying to find someone with a delay pulse generator in my company. I considered creating a custom interface board using a SN74AVC16244 to buffer the RXD/RKxSB pins of...

  • RE: TLC5940: After running sometime with LED brightness increasing and decreasing, then TLC5940 died out

    Hi, Yap, It should be OK to use two power supplies. SN74AVC16244 is a buffer to condition the input signals to the EVM. This buffer eliminates any noise on the input signals, generates fast, clean rise and fall times, and improves the drive capability...

  • RE: SN74LVC541A: as a 3.3V TTL 150MHz buffer

    Thank you, Dylan. How about SN74AVC16244? Compared to SN74LVT244B.

  • Re: ADS62P43 EVM board

    Hi, After I replace the resistor banks with the buffer SN74AVC16244, is there any other modification that I need to do?? Is there any way that I can make a modification to achieve both LVDS and CMOS outputs?? Thanks Mahadevan

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