I'm sorry you're going through such hard times, Paul, with your finances and your health issues. I will be praying for the issues you're currently in. I first started watching your videos back in 2018, I believe. I even bought an oscilloscope from your recommendations. Still have and love it. I stopped doing electronics for a couple of years due to personal issues, but also overwhelmed by trying to learn more about electronics. But I got back into it a few months ago, and have learned a lot. Thanks for all you do. 💙😥🙏
Hi Paul! I came for electronics and am staying for (and enjoying) RF. Thanks for making these videos. Ignore the naysayers, there are many more yay-sayers.
It's a good explanation of frequency versus wavelength. Now do a discussion on Vpp versus Vp versus Vrms. Explain why.. Power in Watts = Vpp^2 / 400 ..in a 50 ohm impedance circuit and how you can use that relationship to calibrate your Bird slugs or OHR WM-2 watt meter. 72/73 de k6whp dit dit
I'm sorry you're going through such hard times, Paul, with your finances and your health issues. I will be praying for the issues you're currently in. I first started watching your videos back in 2018, I believe. I even bought an oscilloscope from your recommendations. Still have and love it. I stopped doing electronics for a couple of years due to personal issues, but also overwhelmed by trying to learn more about electronics. But I got back into it a few months ago, and have learned a lot.
Thanks for all you do. 💙😥🙏
Hi Paul! I came for electronics and am staying for (and enjoying) RF. Thanks for making these videos.
Ignore the naysayers, there are many more yay-sayers.
Thanks for that
Clear and straight to the point. I like it! 😀
Thanks for the refresher on frequency and wavelength.
Any time!
Love it, great explanation!
No problem here, this is applied electronics...
Thank you.
Good Video as always.
It's a good explanation of frequency versus wavelength. Now do a discussion on Vpp versus Vp versus Vrms. Explain why..
Power in Watts = Vpp^2 / 400
..in a 50 ohm impedance circuit and how you can use that relationship to calibrate your Bird slugs or OHR WM-2 watt meter.
72/73 de k6whp
dit dit
Cool😊 . And important.
2200 meters would have a full wave antenna length of 7,217 feet 😁
23cm would have a full wave antenna length of 9.06 inches. 😁
☮brother.
Thanks for the lesson.
My pleasure!
Sorry Paul, you’ve lost me, not gonna unsubscribe, just yet, go back to electronics mate..
I'm about finished with everything.
This is as electronic as it gets.