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#si5351c — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #si5351c, aggregated by home.social.

  1. I've recently used insights from this article to implement a sample rate step size 128 times smaller than previously supported in HackRF:

    pa3fwm.nl/technotes/tn42a-si53

    This means that sample rates around 20 Msps can be adjusted in steps of about 0.015 Hz. The precision is even better at lower sample rates.

    I highly recommend reading it if you use #Si5351 in any projects. #Si5351A #Si5351B #Si5351C

  2. I've recently used insights from this article to implement a sample rate step size 128 times smaller than previously supported in HackRF:

    pa3fwm.nl/technotes/tn42a-si53

    This means that sample rates around 20 Msps can be adjusted in steps of about 0.015 Hz. The precision is even better at lower sample rates.

    I highly recommend reading it if you use #Si5351 in any projects. #Si5351A #Si5351B #Si5351C

  3. I've recently used insights from this article to implement a sample rate step size 128 times smaller than previously supported in HackRF:

    pa3fwm.nl/technotes/tn42a-si53

    This means that sample rates around 20 Msps can be adjusted in steps of about 0.015 Hz. The precision is even better at lower sample rates.

    I highly recommend reading it if you use #Si5351 in any projects. #Si5351A #Si5351B #Si5351C

  4. I've recently used insights from this article to implement a sample rate step size 128 times smaller than previously supported in HackRF:

    pa3fwm.nl/technotes/tn42a-si53

    This means that sample rates around 20 Msps can be adjusted in steps of about 0.015 Hz. The precision is even better at lower sample rates.

    I highly recommend reading it if you use #Si5351 in any projects. #Si5351A #Si5351B #Si5351C

  5. I've recently used insights from this article to implement a sample rate step size 128 times smaller than previously supported in HackRF:

    pa3fwm.nl/technotes/tn42a-si53

    This means that sample rates around 20 Msps can be adjusted in steps of about 0.015 Hz. The precision is even better at lower sample rates.

    I highly recommend reading it if you use #Si5351 in any projects. #Si5351A #Si5351B #Si5351C