® - RF ReCharge - Seeking Help From Community

[Jason409]

Greetings Community.

I am trying to replicate a radiant energy circuit called: RF Recharge

The author of the circuit will not provide the full schematic or component list, despite repeated requests through the years.

My understanding of electronics is synoptic, so I am seeking the help of the experts here in this forum.
Specifically, the experts who have experimented with the radiant energy.

I have put together the circuit guessing the components and layout.

My replication does not work. What is wrong? What is the correct circuit diagram?

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First, here is the original video of the circuit from the author:

[VIDEO]https://www.youtube.com/watch?v=Zpr86moArIg[/VIDEO]

Here is a previous version of his circuit:

[VIDEO]https://www.youtube.com/watch?v=K6Xi89cx4W4[/VIDEO]

More Videos From the YouTube user are here:
https://www.youtube.com/user/369OSIRIS/videos
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In one of the videos, the author provides a partial circuit diagram:
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Here are the components that I purchased:
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These are my drawings, and understanding of the circuit. What have I done wrong?
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Here are photos of my replicated circuit:
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Testing the circuit with a charged 6.3V Capacitor

I used the 91V - Gas Gap Arrestor


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The RF ReCharge circuit seems similar to the circuit below, so I am posting it for inspiration. (I have had some good experiences with this circuit)
[VIDEO]https://www.youtube.com/watch?v=QoYDbHhbaNY[/VIDEO]

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Looking Forward to your input.
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[Jason409]

Can anyone offer any advice?

Surely, there must be someone here with some input.

[kenssurplus]

if no full disclosure, might as well throw darts in the dark

Hi Jason, I know the frustration of asking for help and no-one responds. I am not the one to help you, as I have difficulty with the clearest and most complete directions. You could try asking lasersaber on Laser Hacker Alternative Energy | Alternative projects, inventions, experiments and DIY projects.

He and most of those on his forum, seem to understand J.T. (Joule Theif) and joule ringers and running off of very low power circuits.

[citfta]

Hi Jason,

I did not see your original post. I have spent about an hour or so looking at the videos and the schematic drawings you have posted. I am sorry to tell you the schematic he posted in his video that you reposted cannot possibly work.

Let me explain why. His schematic shows all three transistors having the same trigger signal going to the base of all three. Then he shows the collector of the first two going to the gas discharge tube. And from there if there was magically enough voltage to overcome the 91 volts of the discharge tube the connection would then be made to one end of the blue coil. Now at the same time the third transistor is also going to be connected to the other end of the same blue coil. So what you have in reality is you are connecting both ends of the same coil back to ground through the transistors. And unfortunately there is no power from anywhere to even turn on the transistors in the first place.

From your hand drawn schematics and your pictures it appears you were able to faithfully reproduce what he posted.

If you want to turn on a coil or other device you first apply power to one end of the coil or device. Then you connect the other end of the device or coil to the collector of an NPN transistor like the 2n2222 transistors you have in your circuit. The emitter of the transistor goes to ground. Now when you apply a positive current to the base of the transistor it turns on and grounds the low voltage side of your coil or other device. This allows current to flow through your device or coil.

As you can see in the schematic you posted there is nothing like that kind of circuit there. So there is no way for any current to flow through the coils or other parts of that circuit. I suspect his video is like a lot of other ones on Youtube. It is a fake or he doesn't really know what he is doing and therefore is unable to post a correct schematic.

I hope this was some help to you even if it was not the answer you were looking for.

Carroll

[Quigon10101]

I second citfta. Energy harnessed from RF is in milliwatts especially the amps are in micro amps and there is no way it can also drive transistors. If my assumption is correct and you are looking to harness RF energy then try something involving simpler components and germanium diodes and as a result you might be able to light a LED at the end. I had interest in this area and I searched for, improved upon and finally posted a circuit over at energy science forums (a forum mainly for the Bedini SG machines study). I posted two versions of it there iirc. Most people do not or have already abandoned the RF charge area in its current state simply because the output of the charge is low enough. Secondly, RF energy mechanics is not understood completely by almost everyone.

Sorry I couldn't help more. You haven't provided your objective with the circuit either. Good luck and happy experimenting.

[Jason409]

Thank you ALL for your Valuable Input.

When I have more to share, I will post.

[wayne.ct]

Divide and conquer

Hi Jason, I read your first post and stood aside because I know other members on this forum have more experience with some aspects of your build than I. But, I will give you my two bits, in case it may help. There are two parts to this, if you are willing to think about it as I do. First, the joule thief. Second the RF recharge. I do not use the phrase RF recharge. So, you will have to adjust your thinking to understand my explanation. The term I use is RF capture.

Your first step is to get each of the two parts to work independently. I have done each separately and I think you will be able to do it too. Just approach the build from that perspective and you will be more successful.

That said, can you tell me which of the two parts is not working?

If you not planning to continue with this replication, just say so. That's okay, too. One problem with this is that you don't have a good circuit diagram. So, I expect, your basic level of electronic knowledge is getting in your way. If you can accurately explain exactly what you are doing, I will try to help.