Great demo, many thanks for sharing … this really helps me a lot in my project. Quite impressive to see no power loss of pulsed DC for that distance using such small gauge wire in one wire transmission. I guess adding a coil at the end of transmission line may yield more power for your 2025 blinking leds. And all of this with just a little 1.5v aa battery ❤
Thanks for the video. What is an "AV double diode LED" and how does it work? It appears to be two germanium diodes connected in series connected to the negative and positive of the LED. Thank You.
An 'AV plug' is the common term. It's the first two letters of the creator, a Mr. Avramenko and the AV does look like the directions of the diodes. Typically, 1N4148 signal diodes are connected, but any can be used. Both are connected at one end together, one faces one way, the other faces oppositely. The other ends then become a positive and a negative, converting the fast pulsed on/off energy from a wireless energy system into a positive supply and a negative supply for a DC load. A capacitor across the outputs can help to smooth that DC type output supply and then things like motors can run. The 2025 sign already has a supply capacitor onboard, so was able to work. Can see the connections at 2:17 😀
Both are effective, being as only a switch function is being used. I think though, that BJT's tend to be used for lower power projects, there being no usual need for 10A handling or up to 100V as common for MOSFET's. Also, BJT's tend to work from around 0.6V, are cheap and have the bandwidth 😀
Unfortunately I have none or would have tried (moved house about 2 years ago and a lot of parts got junked). The neons do point to there being enough voltage though 😀
So, basically you drive 25 oscillators using one wire transmission with only one source which also powers one oscillator itself ? I wonder if you would be able to power a dc/dc buck booster together with your 2025 blinking lights and charge a 1.2 V aa rechargeable battery ?
25 LED's, but running through the main osc circuit, yep. A buck booster would be fun. If it worked I would think it would have low current output, the main circuit only drawing around 30mA. However, it should charge a 1.2V battery to some extent. It's an interesting question and I'll likely look at that in the future 😀
![Lp. Сердце Вселенной #60 РОЖДЕНИЕ ЛОЛОЛОШКИ [Финал] • Майнкрафт](http://i.ytimg.com/vi/YoR0pAV9FVQ/mqdefault.jpg)
Great demo, many thanks for sharing … this really helps me a lot in my project. Quite impressive to see no power loss of pulsed DC for that distance using such small gauge wire in one wire transmission. I guess adding a coil at the end of transmission line may yield more power for your 2025 blinking leds.
And all of this with just a little 1.5v aa battery ❤
Thanks Caesarus, happy you liked it 😀
Yep, a coil on the end would help.. especially tuned with a capacitor.
Yep certainly impressive. Nice circuit and share.
Thanks. All of my old solder tubes now have wire on them! 😀
Great video Slider
Thanks Johan 😀
Thanks for the video. What is an "AV double diode LED" and how does it work? It appears to be two germanium diodes connected in series connected to the negative and positive of the LED. Thank You.
An 'AV plug' is the common term. It's the first two letters of the creator, a Mr. Avramenko and the AV does look like the directions of the diodes. Typically, 1N4148 signal diodes are connected, but any can be used. Both are connected at one end together, one faces one way, the other faces oppositely. The other ends then become a positive and a negative, converting the fast pulsed on/off energy from a wireless energy system into a positive supply and a negative supply for a DC load. A capacitor across the outputs can help to smooth that DC type output supply and then things like motors can run. The 2025 sign already has a supply capacitor onboard, so was able to work.
Can see the connections at 2:17 😀
I do like a disassembly that involves using a hammer 😁😁👍👍🔨🔨⚒⚒
Yes indeed! 😁
Is there a benefit to using the standard slayer exiter with a bjt over a slayer that uses a mosfet
Both are effective, being as only a switch function is being used. I think though, that BJT's tend to be used for lower power projects, there being no usual need for 10A handling or up to 100V as common for MOSFET's. Also, BJT's tend to work from around 0.6V, are cheap and have the bandwidth 😀
Slider But can old florocent tubelights will work pls experiment🎉🎉🎉
Unfortunately I have none or would have tried (moved house about 2 years ago and a lot of parts got junked). The neons do point to there being enough voltage though 😀
One point seven megahertz
Yeah, thought it was 1.8MHz before seeing the display... the camera was in the way 😀
So, basically you drive 25 oscillators using one wire transmission with only one source which also powers one oscillator itself ?
I wonder if you would be able to power a dc/dc buck booster together with your 2025 blinking lights and charge a 1.2 V aa rechargeable battery ?
25 LED's, but running through the main osc circuit, yep.
A buck booster would be fun. If it worked I would think it would have low current output, the main circuit only drawing around 30mA. However, it should charge a 1.2V battery to some extent. It's an interesting question and I'll likely look at that in the future 😀
"tower"
Haha yes, well to an ant it would be. I suppose '1:48 Scale Tower' would be more appropriate compared to Tesla's sparkgap originals.