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Roman Piksaykin 2023-11-13 11:56:28 +03:00 zatwierdzone przez GitHub
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# pico-DCO
# Digital controlled radio frequency oscillator for Raspberry Pi Pico # Digital controlled radio frequency oscillator for Raspberry Pi Pico
The library for Raspberry Pi Pico includes the headers and source code and all The library for Raspberry Pi Pico includes the headers and source code and all
@ -44,7 +43,7 @@ I am licensed radio amateur who is keen on experiments in the area of the
digital modes on HF. digital modes on HF.
My QRZ page is https://www.qrz.com/db/R2BDY My QRZ page is https://www.qrz.com/db/R2BDY
![DSC_0269](https://github.com/RPiks/pico-DCO/assets/47501785/dfa3ae65-5ceb-46cb-a4ec-bf7b5defc5ec) ![DSC_0269](https://github.com/RPiks/pico-hf-oscillator/assets/47501785/dfa3ae65-5ceb-46cb-a4ec-bf7b5defc5ec)
# Feedback # Feedback
I gracefully appreciate any thoughts or comments on that matter. I gracefully appreciate any thoughts or comments on that matter.
@ -55,8 +54,8 @@ I have plans of building a transceiver on the base of this library.
1. Install Raspberry Pi Pico SDK. Configure environment variables. Test whether 1. Install Raspberry Pi Pico SDK. Configure environment variables. Test whether
it is built successfully. it is built successfully.
2. git clone this repository. cd pico-DCO ; ./build.sh 2. git clone this repository. cd pico-hf-oscillator ; ./build.sh
Check whether output file ./build/pico-DCO.uf2 appears. Check whether output file ./build/pico-hf-oscillator.uf2 appears.
3. Prepare the surrogate antenna (if you possess an SSB receiver) or pin-out 3. Prepare the surrogate antenna (if you possess an SSB receiver) or pin-out
for an oscilloscope or a spectrum analyser. The default output pin is GPIO6. for an oscilloscope or a spectrum analyser. The default output pin is GPIO6.