#k6ark — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #k6ark, aggregated by home.social.
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Trying to make a linked EFHW using #K6ARK technique
Cut a length to 10m, tune it, add the next length to 12 and it shifts resonance down. Shorten the side connected to the unun to tune back to 10. Connect in link, tune to 12m
Add the next length to 15m, double check the 12m and its also shifted
Id guess the antenna is coupling a bit and lengthening ?
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Trying to make a linked EFHW using #K6ARK technique
Cut a length to 10m, tune it, add the next length to 12 and it shifts resonance down. Shorten the side connected to the unun to tune back to 10. Connect in link, tune to 12m
Add the next length to 15m, double check the 12m and its also shifted
Id guess the antenna is coupling a bit and lengthening ?
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Trying to make a linked EFHW using #K6ARK technique
Cut a length to 10m, tune it, add the next length to 12 and it shifts resonance down. Shorten the side connected to the unun to tune back to 10. Connect in link, tune to 12m
Add the next length to 15m, double check the 12m and its also shifted
Id guess the antenna is coupling a bit and lengthening ?
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Trying to make a linked EFHW using #K6ARK technique
Cut a length to 10m, tune it, add the next length to 12 and it shifts resonance down. Shorten the side connected to the unun to tune back to 10. Connect in link, tune to 12m
Add the next length to 15m, double check the 12m and its also shifted
Id guess the antenna is coupling a bit and lengthening ?
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Trying to make a linked EFHW using #K6ARK technique
Cut a length to 10m, tune it, add the next length to 12 and it shifts resonance down. Shorten the side connected to the unun to tune back to 10. Connect in link, tune to 12m
Add the next length to 15m, double check the 12m and its also shifted
Id guess the antenna is coupling a bit and lengthening ?
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I am going to pair it with a #K6ARK #efhw kit https://k6ark.com/kitsandparts/, and then make the EFHW based on his micro-traps to do 40/30/20 in that range in particular.
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I am going to pair it with a #K6ARK #efhw kit https://k6ark.com/kitsandparts/, and then make the EFHW based on his micro-traps to do 40/30/20 in that range in particular.
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I am going to pair it with a #K6ARK #efhw kit https://k6ark.com/kitsandparts/, and then make the EFHW based on his micro-traps to do 40/30/20 in that range in particular.
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I am going to pair it with a #K6ARK #efhw kit https://k6ark.com/kitsandparts/, and then make the EFHW based on his micro-traps to do 40/30/20 in that range in particular.
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Riding the momentum of yesterday's QRP Build Event at #Pacificon2021, I took to building the #K6ARK BNC End Fed Antenna Kit™ for an EFHW QRP antenna. #hamradio