TT2A works at 7.030 and 14.060. However, crystal sockets are used in the kit, offering a more flexible frequency switching. Crystals ranging from 60m – 20m can be plugged in to work without altering the tank coil. Photo by Youkits Photo by Youkits WORKING ON OTHER HF BANDS The frequency range for BAND 1 is…
DetailsThe original idea (as seen above) was to implement a complete SSB modulator and demodulator with software in a ATTINY45 micro-controller chip and a AD9834 as DDS. The software samples microphone signal with ADC and then derives the amplitude and phase of the audio signal. The amplitude and phase extraction is derived from the in-phase…
DetailsThis Open source project offers a solution to remote control of your Amateur radio station. Base for connecting other components and their remote control. The main advantage is low cost and adaptability (open source code). Arduino Band decoder – independent module kit Main functions: Independent hardware. Open code (by OK1CDJ) – you can modify. Arduino…
DetailsUniversity of Southampton – Southampton engineers a Raspberry Pi SupercomputerWatch this video on YouTube Computational Engineers at the University of Southampton have built a supercomputer, from 64 Raspberry Pi computers and Lego. The team, led by Professor Simon Cox, consisted of Richard Boardman, Andy Everett, Steven Johnston, Gereon Kaiping, Neil O’Brien, Mark Scott, and…
DetailsThe regular monthly meeting of the Central Toronto (CenTor) Amateur Radio Club will be held on Tuesday May 7, 2013 at 19:30 EST at the Leaside Retirement Residence, 10 William Morgan Drive, Toronto, ON. All visitors are welcome! Please note that visitor access is restricted if you have a cough, cold or flu. The meeting…
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