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#ghz — Public Fediverse posts

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

  1. Xiaomi lança aquecedor de casa de banho inteligente com radar de 24 GHz. Este aquecedor premium para casas de banho destaca-se pela integração de tecnologias de deteção avançadas e pela promessa de otimizar a qualidade do ar interior em ambientes húmidos. 🔌

    🔗 tugatech.com.pt/t87459-xiaomi-

    #casa #casadebanho #ghz #lan #radar #xiaomi 

  2. Xiaomi lança aquecedor de casa de banho inteligente com radar de 24 GHz. Este aquecedor premium para casas de banho destaca-se pela integração de tecnologias de deteção avançadas e pela promessa de otimizar a qualidade do ar interior em ambientes húmidos. 🔌

    🔗 tugatech.com.pt/t87459-xiaomi-

    #casa #casadebanho #ghz #lan #radar #xiaomi 

  3. Xiaomi lança aquecedor de casa de banho inteligente com radar de 24 GHz. Este aquecedor premium para casas de banho destaca-se pela integração de tecnologias de deteção avançadas e pela promessa de otimizar a qualidade do ar interior em ambientes húmidos. 🔌

    🔗 tugatech.com.pt/t87459-xiaomi-

    #casa #casadebanho #ghz #lan #radar #xiaomi 

  4. Xiaomi lança aquecedor de casa de banho inteligente com radar de 24 GHz. Este aquecedor premium para casas de banho destaca-se pela integração de tecnologias de deteção avançadas e pela promessa de otimizar a qualidade do ar interior em ambientes húmidos. 🔌

    🔗 tugatech.com.pt/t87459-xiaomi-

    #casa #casadebanho #ghz #lan #radar #xiaomi 

  5. Xiaomi lança aquecedor de casa de banho inteligente com radar de 24 GHz. Este aquecedor premium para casas de banho destaca-se pela integração de tecnologias de deteção avançadas e pela promessa de otimizar a qualidade do ar interior em ambientes húmidos. 🔌

    🔗 tugatech.com.pt/t87459-xiaomi-

    #casa #casadebanho #ghz #lan #radar #xiaomi 

  6. Looking for #recommendations for #usb #wideband #radio #receiver please. Interested in #VLF up to a few #GHz, mostly want to hear #sferics, #hamradio, #shortwave, #solar, #jovian and any curiosities besides.

    Would one single #SDR receiver span all that comfortably? Could it be used with some sort of computer visualisation software to watch the passband go by over time?

    Got my #RSGB M-class callsign over 20 years ago, now curious about RF again :)

    TYVM

  7. Looking for #recommendations for #usb #wideband #radio #receiver please. Interested in #VLF up to a few #GHz, mostly want to hear #sferics, #hamradio, #shortwave, #solar, #jovian and any curiosities besides.

    Would one single #SDR receiver span all that comfortably? Could it be used with some sort of computer visualisation software to watch the passband go by over time?

    Got my #RSGB M-class callsign over 20 years ago, now curious about RF again :)

    TYVM

  8. Looking for #recommendations for #usb #wideband #radio #receiver please. Interested in #VLF up to a few #GHz, mostly want to hear #sferics, #hamradio, #shortwave, #solar, #jovian and any curiosities besides.

    Would one single #SDR receiver span all that comfortably? Could it be used with some sort of computer visualisation software to watch the passband go by over time?

    Got my #RSGB M-class callsign over 20 years ago, now curious about RF again :)

    TYVM

  9. Looking for #recommendations for #usb #wideband #radio #receiver please. Interested in #VLF up to a few #GHz, mostly want to hear #sferics, #hamradio, #shortwave, #solar, #jovian and any curiosities besides.

    Would one single #SDR receiver span all that comfortably? Could it be used with some sort of computer visualisation software to watch the passband go by over time?

    Got my #RSGB M-class callsign over 20 years ago, now curious about RF again :)

    TYVM

  10. Looking for #recommendations for #usb #wideband #radio #receiver please. Interested in #VLF up to a few #GHz, mostly want to hear #sferics, #hamradio, #shortwave, #solar, #jovian and any curiosities besides.

    Would one single #SDR receiver span all that comfortably? Could it be used with some sort of computer visualisation software to watch the passband go by over time?

    Got my #RSGB M-class callsign over 20 years ago, now curious about RF again :)

    TYVM

  11. Damn, I really should finish reverse engineering the DC feed and PLL for this 58GHz transceiver in an old MetroHopper microwave link.

    #electronics #mmW #GHz

  12. Damn, I really should finish reverse engineering the DC feed and PLL for this 58GHz transceiver in an old MetroHopper microwave link.

    #electronics #mmW #GHz

  13. Is an isolator overkill when measuring a Gunn diode oscillators output power?
    Not even the frequency, just power.

    #GHz #24GHz #ghz_bands

  14. Is an isolator overkill when measuring a Gunn diode oscillators output power?
    Not even the frequency, just power.

    #GHz #24GHz #ghz_bands

  15. Quick antenna switch kludge.
    No power yet, as the TX side of that radio is nowhere near working yet.

    Also need to buy more large tips for the radio clubs big, good iron.
    The weller used here was just not enough.

    #hamradio #homebrew #GHz

  16. Quick antenna switch kludge.
    No power yet, as the TX side of that radio is nowhere near working yet.

    Also need to buy more large tips for the radio clubs big, good iron.
    The weller used here was just not enough.

    #hamradio #homebrew #GHz

  17. Why are there no #8bit #CPU with #GHz #clock-rates?
    Here's some answers
    forum.arduino.cc/t/why-are-the

    > Most 8-bit AVR chips have a maximum clock of 20MHz. For many applications that's enough, but it made me wonder: why do even modern 8-bit CPUs lag so far behind 32-bit CPUs in terms of clock rate?

  18. Why are there no #8bit #CPU with #GHz #clock-rates?
    Here's some answers
    forum.arduino.cc/t/why-are-the

    > Most 8-bit AVR chips have a maximum clock of 20MHz. For many applications that's enough, but it made me wonder: why do even modern 8-bit CPUs lag so far behind 32-bit CPUs in terms of clock rate?

  19. Clock output from RP2040.
    IIRC span was 1MHz - 1500MHz
    Output was from RP2040 GPIO (I think it was GPIO21, as that's GPOUT0 and that can output more direct from the clock peripheral) thru a 10pF series cap to the spectrum analyzer input.

    #rp2040 #GHz

  20. Clock output from RP2040.
    IIRC span was 1MHz - 1500MHz
    Output was from RP2040 GPIO (I think it was GPIO21, as that's GPOUT0 and that can output more direct from the clock peripheral) thru a 10pF series cap to the spectrum analyzer input.

    #rp2040 #GHz

  21. Setup for setting setting up the power meters and the drive amplifier output power.

    #hamradio #GHz #ghz_bands #2.4GHz #13cm

  22. Setup for setting setting up the power meters and the drive amplifier output power.

    #hamradio #GHz #ghz_bands #2.4GHz #13cm

  23. Manual waveguide frequency meter.
    Just rotate the micrometer until you see a peak on the detector diode being fed to the BNC.
    Then read the frequency from the scale.

    #GHz #microwaves

  24. Manual waveguide frequency meter.
    Just rotate the micrometer until you see a peak on the detector diode being fed to the BNC.
    Then read the frequency from the scale.

    #GHz #microwaves

  25. Whee, new lab additions.

    Might finally dare to power up those X-band amps and see where they operate.
    And possibly even the ancient surplus 6GHz TWTA.

    #GHz #surplus #microwaves

  26. Whee, new lab additions.

    Might finally dare to power up those X-band amps and see where they operate.
    And possibly even the ancient surplus 6GHz TWTA.

    #GHz #surplus #microwaves