Western Australia did this in 1933 and it passed with 66% of the vote against a turnout of 91.6%. It was never ratified.
https://en.m.wikipedia.org/wiki/1933_Western_Australian_secession_referendum
Western Australia did this in 1933 and it passed with 66% of the vote against a turnout of 91.6%. It was never ratified.
https://en.m.wikipedia.org/wiki/1933_Western_Australian_secession_referendum
@BrucePerens_K6BP @AJ9BM @KA7O you can calibrate the NanoVNA and include the port saver in the calibration.
Interesting that you raise the cycle count for an SMA connector. 500 cycles in my radio shack is likely going to exceed my lifetime.
@AJ9BM @KA7O @BrucePerens_K6BP so far the closest I've come to that is using a short SMA patch lead on the NanoVNA. Any recommendations for an SMA port saver?
@BrucePerens_K6BP we did. Politicians decided that his contribution to the conversation was political, not science and acted accordingly.
Society needs to elect better politi
@BrucePerens_K6BP I've just reviewed this and emailed you a patch with some suggested updates and fixes.
@g4dbn what software are you using to create models and what are you using for generating tool paths and gcode?
@g4dbn par for the course.
I ordered from the USA into Western Australia. It travelled from Minnesota to Sydney in 24 hours and from Sydney to Perth in 24 days.
@roadriverrail I don't have my logs at hand, but Houston, Cuba, Sweden and Ukraine come to mind.
@roadriverrail whoa, high power :)
My radio lives on 5 Watts, ever since I was told, over a decade ago, that my licence was a joke because it only permits 10 Watts. From Western Australia I've spoken to stations all over the globe, most of them whilst I was operating portable with either a vertical or a dipole.
My WSPR experiments are about attempting to discover more about propagation and the various fairytales we've been taught.
I'd encourage you to see where less than 100 Watts gets you!
1345500 km per Watt
Anything and everything Amateur Radio and beyond. Heavily into Open Source and SDR, working on a multi band monitor and transmitter.Excited to experiment with propagation and currently trying to discover just how little power is needed to get from VK6 to EA8, so-far 50 mW!Trialling new ways of learning #MorseCode with video: https://youtube.com/@vk6flab#geek #nerd #hamradio VK6FLAB #podcaster #australia #ITProfessional #voiceover
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