Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[xenomorphlabs]

In case anyone wondered, today i received my KT805AM transistors. Those seem pretty good. They should be also darlighton transistors since they have a current gain (at DC values) ranging from 1100-1400!
In oher words they can light a 10w 12v bulb (connected to a 12v battery) by using a 18K resistor at base. Impossible feat for whatever transistor i possess except darlightons of course.

Hmm, is there different models of the KT805AM?
From what i have found the hfe is far from 1000 which would indeed make it a Darlington.
See here:
doc.chipfind.ru/pdf/vzpp/kt805am.pdf
http://alltransistors.com/transistor.php?transistor=39145

The hfe is stated with 15

Baroutologos, where did you order yours and have that information from?

[Kator01]

Thanks kator01,

i tried some filtering yesterday by putting chokes in the  + and - leads near the batteries with
and without some decoupling capacitors (0.1uF), but this made my kachercoil to stop working :-( ??!!
Somehow it seems that my kacher generator needs the supply voltage to oscillate with it.
Anyway, i will look into this diagram the next days.

Regards Itsu

Itsu,

very important result. This means that the Kacher gets a Hf-feedback via the battery-terminals. So all power-measurements done so far ar obsolete.

Feedback is the key.Look here in this russian forum what they do. It is shown in the first vid. They are running a coil #1. Coil #2 is identical standing nearby ( loose coupling) in the field of coil#1. Now he attaches one side of the bulb to the bottom wire of coil#2 ( remember coil#2 is freewheeling and no load ) and the other to the primary driver-coil of coil#1

Now this delivers power to the bulb and at the same time high frequency HV-feedback into the driver-coil. One part of the HV-Energy is returned within the loop, driving the whole system up to a point of saturation ( equilibrium ), mainly determined by the inner resistance of the bulb and the capacitance of the coils towards air

http://www.001-lab.com/001lab/index.php?topic=5.0

In another vid they attached a hv-cap ( value of which I do not know) to the top of one coil. From the cap then to the bulb and then to the driver-primary-coil. My guess, the first setup with two coils is more effective.

Regards

kator01

[verpies]

very important result. This means that the Kacher gets a Hf-feedback via the battery-terminals. So all power-measurements done so far ar obsolete.

Most of them were only gross approximations anyway.  If Itsu's scope had better firmware then the power measurement would be valid despite the battery fluctuations.

If the operation of the device was sensitive to a low-Resistance choke in series with the battery then most likely it is also sensitive to the length of wires from the battery and even to the shape and routing of the wires from the battery.

[Magluvin]

Could you use a strong filter on the battery input? Large inductor in series with the batt positive, and a large capacitor from there to batt neg/gnd.  Even double up, add another coil after that and a large cap.

The last cap will need to be of proper size for good operation of the circuit.

Now you can measure the power from the battery/supply with very little if any ripple.

Mags

[core]

** Off Topic

Some bad things happening in this world. Its going to get damn interesting, and maybe dangerous soon. My guess is FE will come out AFTER they start handcuffing some big players in this world.

-Core