Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[verpies]

video...
FREE HEATING  ....
www.youtube.com/watch?v=8n5sSmJsCdY

WTF!? 
All this effort to show us an Eddy Brake ?

The heat is not free - It comes at the expense of the rotor's motion.
Such heating can be produced by any sufficiently strong varying magnetic field.  It does not matter if the field is produced by moving magnets or an AC coil.
See:
http://www.youtube.com/watch?v=NofJswNBDBs
http://www.youtube.com/watch?v=zw_SrGU2iYs

[baroutologos]

Hi Meggerman,... No, is not what I tried to explain. The mains I have here is 230V rms. The output on lamp is made with scope so the peak to peak measure is 250V that converted to rms  gives 250*0.707= 176,75V. Why all that?  just to have an idea to evaluate the lamp light....

hey ronotte,
dont get confused man. 250 p-p equals 250 * 0.707 * 0.5 = 88+ volts rms. Assuming you have a 230 volt 60w lamp, this should be run on 650+ volts p-p @ an average current (rough estimations) 0.26 Amp in order to output indicative wattage. Anyway, you got the picture...

ps: Can you provide a datasheet for the TIP23 (does it exists?)... it gives me a hard time to spot it.

[ronotte]

@baroutologos,
sorry, I forgot to divide by 2 as it is referenced to halph sinusoid.....Ok thanks
Roberto

[wattsup]

I wonder what other kind of usable load is possible to use. In fact working at 1MHz it seems not possible to connect any other thing: so to be useful it could for example be transformed to 50Hz....
Roberto

@ronotte

Why not take that HV output and marry it to a scaled down Caduceus Coil (CC) via the spark gap and see what happens. Then read off that reduced output.

The other option is taking a Microwave oven transformer  (MOT) and sending the HV to the secondary and take output from the primary but a MOT ay generate more losses then the CC.

Also, you can wind a thicker wire coil over the tall secondary and feed off the RE while it should not hinder the HV of the secondary from making the spark gap. If the third coil can produce output as well, then this can be returned to source via a dioded cap and zener diode.

@verpies

That driver TPS2833 is not available locally.

The last dual driver circuit that I made is still working (incredible I know) and I would like that one also to be FG driven as well a making a few single drive circuits. This would be a major time saver and enable me to advance very quickly in finding the right effects.

I just got word that my flybacks arrived at the post office.

wattsup

[itsu]

@ all,

Some questions answered/demonstrated about "finding the zero-point" of my scope, and a demonstration about the filtering (chokes) which stops my kacher to oscillate.
A 0.1uF capacitor between  +  and - leads works reasonable good, so using that for new input measurement test using the graphical (ch1 * CH2) math function of my scope.

http://youtu.be/hd4RFNCH0s0

I will now concentrate on improving the output of the device.

Thanks,  regards Itsu