LCAP (Again) Possible Free Energy. (Voltage Gain Over time)

[TheGeneralHackr]

I have posted before about this device probably about 3 years ago (in the over unity section), and along that time my progress on this circuit has been at a partial standstill.
The device if you didn't already know produces more voltage out then in (loaded I might add), it is a minimal voltage increase (at 1.5v) but its noticeably. Rises by a couple mv every day or so after the initial high voltage gain (of about 50mv).
That small mv gain is all at 1.5v input, but what if you raise the voltage? I raised the input voltage to 35VDC and within 5 hours the voltage gained by 2 volts, after that it slowed down.
That is a bit of the research I did into the circuit, I also currently have the voltage gaining while blinking 40 LEDs.

Anyhow off the topic of that, I just recently went back over all the responses of the original lcap post and there are many great points added, but I noticed no one was able to replicate the result I had and its due to me writing the wrong schematic. I've been replicating these circuits off of memory but when I tried to replicate them off my own schematic they didn't work.
So here is a updated parts list and schematic, scope shots and some replications I'm working on.
Parts List
2N2222A (Others work but not as well, I've tried 2N3904, 2N4401, 2N3055 and they work but not great)
0.47 uf Tantalum Capacitor
1Mohm Potentiometer (Mine measured 870 kOhm)
LED (Measuring 1-3 Mohm in reverse Bias)
1 to 1 Transformer (I have only had two coils work so far, the one I'm using now came from a Dell computer power supply. I have the Model no Somewhere)
1Kohm 1/4 Watt resistor
KBP307 Bridge Rectifier (Shown in Picture, May be listed on schematic)


Hopefully this information can be used to build a successfull replica.

[TheGeneralHackr]

Bridge rectifier was wrote wrong here is the good schematic.

[Tink]

The "AC to + diode" creates a short.
This device will most likely not work.

[Tink]

The "- to AC diode" blocks the emitter flow to the negative pole of the battery.

[itsu]

TGH,

after your last FWBR modification i got it to work (kind of).
I had to reverse the led and i had to also connect the emitter to minus (-)
My AC leads are reversed versus your diagram.
I am using 2x AA rechargeables, at 2.4V for the moment.

The collector signal is shown in the screenhot below.

Using a 470nF poly cap, so no tantalum.

Voltage slowly dropping on the batteries........


Regards Itsu