P2 : Bedini 10 Coil Testing... flash back from 2017 

haha love it :) ~Russ

thanks, kinda fun to watch my own thoughts from a few years back. I sure learned a lot in the last few years!! ~Russ

@@RWGresearch I know how that goes.

:) yeah I did a lot of testing with that.. stick around for more :) also, I have seen you have been doing ALOT of stuff. Any luck / discoveries worth sharing? keep up the experimenting and sharing! ~Russ

On the battery charging part I have not much experience, I did experiments in the beginning but couldn't motivate myself to go further on that. Eventhough the load doesn't consume the energy, the batterie will only succeed in storing +-80% of what's comming to it. I couldn't find the point where "gain" is made to become unity to be able and switch the batteries indefenetly, because we evacuate the gain with the diode (my thaught on it). Allthough there's some small amount of energy comming back to the run batteries (24V), I couldn't find a way to influence it in a positive way so the losses where compensated. I'm not saying there is no way to do it, because looking from it with what I've experienced with my experiments, I know that just knowing what balance to create between the parts used can give you the wanted result (or closer to it :) ). With my last experiments I experienced this more clearly because I was able to get closer to the results wanted in resonant circuits, just by using Impedance matching and/or find the balance between L & C values whether I want current or voltage gain. It's not only the formula to fill in to get resonance, you also want balance between the values of L & C according to the fact you want current (high capacitor value in parallel with low inductor value, with Q factors that allows the wanted result) or voltage gain(low capacitor value in series with high inductor value, with Q factors that allows the wanted result). Now I have the problem in combining them to get power gain because it seems that both are opposite of the parts values needed, but it's showing that one can not to quickly say it doesn't work. I always keep in mind that even in not succeeding myself to get the battery switching indefenetly, the percentage that the charging batteries are able to recupurate is what we have as gain in comparisment by not using it. So if we have 80% that the battery is able to store from what it get's in, then we allready have 80% gain by using this system. @Russ: Up until a few months ago "Impedance matching" was just a nice description to me but couldn't really understand it's value towards what I was doing, now that I have experimented on it I have better understanding, very far from complete, but enough to say to other people that it can really help boosting up results. Therefor when I heard you talking about "low impedance transformer" it rang a bell :) Thinking on it afterwards, it came to me that by using the variac I had allready done some experiments on that, it just didn't came to my mind in that sence because at that moment of experimenting the impedance matching didn't had that much meaning to me as it does now. So to me it's not only understanding the terms used but also understanding it's value towards what we're doing. I understand the reason why you're doing this video's in steps and not just give the end result. That doesn't mean that I'm not curious to your end results :) I'm looking forward to your upcomming video's.

trust me I see your point... but the key thing here is that these are dug up personal recordings of my past experiments... and the point of posting these videos are not to prove or show YOU anything YOU are looking for... the point of these videos is to show you WHAT I HAVE learned in the process of testing said device... if you don't know where where were going then I'm not 100% sure how you got here. but ill give you a hint... google " bedini" and that will tell you where were going... thanks for the positive criticism. :) ~Russ

I'm missing the abbreviation! what is a TDR ? I have my 10Kj bank :) ~Russ

@@RWGresearch large flat coil as big as you can make, then discharge the capacitor bank,then using a oscilloscope read reflected pulse.....have fun rus glad to see your still about

Thanks! was a bit slow this one :) ~Russ

thx. it is kinda interesting indeed. ~Russ

yes indeed. you got it... its not truly decoupled is it... :) ~Russ

one must have missed the last video... the same schematic was there, references were given... one must do there home work.. . and I covered it up in this so one could see what I was testing... not what I was not... any how. one can talk to a camera all they want in a car... :) not a smart phone! comment made me laugh. one must have missed all the reasons for posting these videos... if one have had any time here on my channel, one will know that most all my deep thinking's happen while I'm driving... I guess one missed all my motorcycle logs :) ~Russ