Thanks for posting this up Ray, very informative. Always enjoy your videos and you always make me smile 🙂 If you get chance and given the good conditions on the 10m band could you do a video on your 10m Repeater and others? I think it would be interesting and encourage more use on that section of the band 👍🏼 73 Franco
Hello Ray , I hope that all is well & good . I just wanted to pass on an observation on several programs that I recently watched on RF tower transmitters , all the coax cables are within copper tube conduits in order to minimize RF loss & to restrict external interference & noise .
Thank you again. I always took repeaters for granted without slightest understanding of how they work. While I don't have any repeater circuits, I am about to try the bottle test with some brandy. 73! Buck KA3GEA
Very cool video. I like the wine bottle effect. Very fun. You should do another video on your morse code switch you where playing with on your last podcast. Love to see that. Anyway thanks for sharing. Take care as always. 😊
Set up is almost identical to a mmdvm digital repeater. Only the logic differs. Do you have to use a vocal id or is a morse ID sufficient for an analog repeater in the UK ? 73 PD9PB - PI1BLA
Theres a video somewhere in youtube land where a UA-camr built a repeater for the American GMRS system. I seem to recall an American ham channel making one out of a couple of Baofeng HT's. Incredible science. A bit above my pay scale at the moment 😂
It was also sometimes used for pendulums for clocks because of of its very low coefficient of expansion. You don't want a pendulum to change in length with temperature variations.
So, this entire video is merely an excuse for you to get pissed?? Ha Ha. Very good analogy, though. I have some experience with THREE TX/RX combinations. THAT is a complicated calibration It is, however exactly the same procedure you just described, just three instead of two. I liked the AUDIO station ID, it sure beats Morse. With our triplexer, we had channel ID telemetry, which was mores, but not numbers, it was a specific sequence that ID'd the channels. 12356 (Pause 1sec) 2. -denoted the channel from Eddington to Almanac Mountain in Maine. Thanks, Ray!!
Hi Chuck, great to hear from you. Haha, you sussed me out with the wine! I didn't drink it all.... not quite! Thanks for the info, very interesting. Cheers, Ray.
Just wondering... might we get more youth into the radio hobby if we stop talking in wavelengths and start talking in frequencies? Here in Australia 477MHz CB is the everyday comms in every car and truck. Call it a 70cm band radio and everyone will look at you like you're from Mars. Take commercial FM radio, it's all frequency based. "The Breakfast Drive Time Show On 105.5" and everyone knows what 105.5 MHz is but call it the 3 metre band and you're talking gibberish.
Another educating video Ray.Thank's 🙂
Thanks!
Very interesting thanks for the insight into repeaters.
Thanks!
Excellent video Ray and very educational, loved the wine bottle analogy. Always look forward to you videos no matter what they are. 73 Allan.
Thanks, Allan.
Thanks for posting this up Ray, very informative. Always enjoy your videos and you always make me smile 🙂
If you get chance and given the good conditions on the 10m band could you do a video on your 10m Repeater and others? I think it would be interesting and encourage more use on that section of the band 👍🏼
73 Franco
Hi Franco, a ten metre repeater video is a good idea. I'll give it some thought. Cheers, Ray.
Thank you so much Ray - loved learning about some of the intricacies within a UHF repeater. Where would we be without engineers, eh !?
Where would we be, indeed!
Great explanation. Thanks Ray 👍🏻
Thanks!
Hello Ray , I hope that all is well & good . I just wanted to pass on an observation on several programs that I recently watched on RF tower transmitters , all the coax cables are within copper tube conduits in order to minimize RF loss & to restrict external interference & noise .
That's interesting, thanks for the info.
Thanks Ray, great video as always. I appreciated the explanation of the Cavities especially. Please don't stop making the content.
Thanks, Paddy. Great to hear from you. More videos coming soon. Cheers, Ray.
Very informative and good learning curve thank you from UK
Thanks!
Thank you again. I always took repeaters for granted without slightest understanding of how they work. While I don't have any repeater circuits, I am about to try the bottle test with some brandy. 73! Buck KA3GEA
Hi, Buck. Great to hear from you. Cheers! 🍺
Thanks for doing the video Ray, I'm glad I was able to assist in your explanation of how the repeater works. Roy.
Hi Roy, I couldn’t have done it without your expertise and knowledge. I look forward to the next joint video. 👍
The sense wire that turns the radios on is pin10, Ignition. Just connect it to V+ and the radios will always be on if there is power.
👍
Very cool video. I like the wine bottle effect. Very fun. You should do another video on your morse code switch you where playing with on your last podcast. Love to see that. Anyway thanks for sharing. Take care as always. 😊
Great to hear from you. Good idea about Morse code video. 👍
Set up is almost identical to a mmdvm digital repeater. Only the logic differs. Do you have to use a vocal id or is a morse ID sufficient for an analog repeater in the UK ? 73 PD9PB - PI1BLA
Hi, great to hear from you. We don't have to use a voice ident. But many people think it's a good idea.
Great video Ray! Thank you for making this one. 73 from Ed M0MNG.
Thanks, Ed. Glad you liked it. 73 Ray.
TNX Ray good video as always 73 de G6JMX
Thanks!
Theres a video somewhere in youtube land where a UA-camr built a repeater for the American GMRS system. I seem to recall an American ham channel making one out of a couple of Baofeng HT's.
Incredible science. A bit above my pay scale at the moment 😂
Invar was used to produce shadow masks for color picture tubes.
Interesting, thanks!
It was also sometimes used for pendulums for clocks because of of its very low coefficient of expansion. You don't want a pendulum to change in length with temperature variations.
@@MrFoxy1951 excellent! 👍
Are you the repeater keeper? I was wondering how you came by this kit? Great video btw
were well exdplained!
Thanks, Adam.
@@g4nsj your weclome Ray! happy weekend sir and happy Dxing!
Thanks Ray - G3YSW
Thanks, Nigel.
So, this entire video is merely an excuse for you to get pissed?? Ha Ha. Very good analogy, though. I have some experience with THREE TX/RX combinations. THAT is a complicated calibration It is, however exactly the same procedure you just described, just three instead of two. I liked the AUDIO station ID, it sure beats Morse. With our triplexer, we had channel ID telemetry, which was mores, but not numbers, it was a specific sequence that ID'd the channels. 12356 (Pause 1sec) 2. -denoted the channel from Eddington to Almanac Mountain in Maine. Thanks, Ray!!
Hi Chuck, great to hear from you. Haha, you sussed me out with the wine! I didn't drink it all.... not quite! Thanks for the info, very interesting. Cheers, Ray.
Thanks for the video Ray 73 de Mike G4VQH
Thanks, Mike.
Thanks Ray de MW0LKX
👍
At the very start of the video, you sounded quite tired. 🤔
I was tired. I’d been up since 5am. 😴
Just wondering... might we get more youth into the radio hobby if we stop talking in wavelengths and start talking in frequencies?
Here in Australia 477MHz CB is the everyday comms in every car and truck. Call it a 70cm band radio and everyone will look at you like you're from Mars. Take commercial FM radio, it's all frequency based. "The Breakfast Drive Time Show On 105.5" and everyone knows what 105.5 MHz is but call it the 3 metre band and you're talking gibberish.
Hmm, good point. Great to hear from you. Cheers, Ray.
If you keep drinking that wine ,your SWR's Gonna go up and you will blow your finals.
DE VE3TYA
Haha, good point! 🍷🤣
Ray, you're awesome. I have always wanted to know how a duplexer works. And I'm glad it was explained by you. Thank you, Sir. 🫡