Partnered Output Coils - Free Energy

[TinselKoala]

TK
Now that you have it much the same as mine,are you able to do a power disipation measurement of the output coil-power disipated through the resistor during the 5% on time,and power disipated through the resistor during the 95% off time.
Thanks.

Yes, I can probably do that. But my potcores still aren't behaving 100 percent like your system is, I'm still on "page one" simply looking at a basic transformer in an attempt to get some kind of "baseline" for comparison purposes. While I've been doing that you've gone further and I still haven't tried to "catch up" with the other measurements you've been making.
It's kind of difficult to make simultaneous input and output measurements on this particular circuit without differential (ground-isolated) probes though. But it should be relatively straightforward to do the power measurement on the output. Adding even a small value current-sense resistor to the output does change the circuit behaviour somewhat, though.

[EMJunkie]

   The thing is Junkie I'd probably knock the bloody building down,
I guess I'd be on a par with you and an oscilloscope!
              John.

Well done John, good joke!

Old Mate, do the experiment! Please, think about this!

   Chris Sykes
       hyiq.org

[EMJunkie]

Yes, I can probably do that. But my potcores still aren't behaving 100 percent like your system is, I'm still on "page one" simply looking at a basic transformer in an attempt to get some kind of "baseline" for comparison purposes. While I've been doing that you've gone further and I still haven't tried to "catch up" with the other measurements you've been making.
It's kind of difficult to make simultaneous input and output measurements on this particular circuit without differential (ground-isolated) probes though. But it should be relatively straightforward to do the power measurement on the output. Adding even a small value current-sense resistor to the output does change the circuit behaviour somewhat, though.

WOW!!!

UPS or Inverter running on batteries??? SMPS???

Got the Time TK?

hahaha

[TinselKoala]

Yes.

No.

I dont know what you mean by heat taking an average path?.

You may be supprised.
But lets keep it close to my experiment.
Lets run the light bulb on 3 volt's @ 191mA at a duty cycle of 95%. This is 573mW of power going to the globe.
Then lets switch to 20 volt's @ 15.82mA at a duty cycle of just 5%. This is 320mW of power.
Now which one do you think will make the light bulb brighter?.

Enjoy.

https://www.youtube.com/watch?v=Ct2Ks44ZZ9c

Nice demonstration. But why don't you use the scope to look at current and voltage and produce a couple of instantaneous power curves for the two conditions? I'm not questioning the results exactly, I've seen filament bulbs driven by high frequencies get much brighter than expected too. But I think your scope can do the AxB multiplication easily enough, and then you can ask it for the "average" of the resulting power trace and probably be more accurate.

[EMJunkie]

Hahahaha - Light Humour on TK

URL: https://www.youtube.com/watch?v=wJ3ysjirUHI

I really thought the punch line was going to be: "Ah found my Rigol"

   Chris Sykes
       hyiq.org