Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

Hi Hoppy and Nick 

Niceee, I'm actually glad you guyz are working on it!
but what I wanted to see if you guyz could measure the amps of input and output soon as you have it at the
Output coils, to see what it does when connecting the load. If amps decrease in input and if it increases output amps.
It's some measurement I did long ago with some meters but I have to do it again to be sure of my self. It was only 1 day of measurement. As mentioned by Hoppy.

Hi Geo,

I carried out a scope measurement of the load / no-load current for my 120V / 60W bulb connected to the 80 turn secondary tuned to max brightness with 6uF of cap across the 10 turn primary.

A load current reading of 7.8A was taken using a 0.1R shunt resistor in series with the 24V battery. The no-load current was 5.1A.

It is straightforward to measure the current using a 'shunt' resistor simply by measuring the voltage across the resistor and using Ohms law to calculate the current. A scope is not essential for this measurement as the waveform is not very complex and can be measured fairly accurately using a DVM. I tried a Fluke DVM and a cheapo DVM and both gave very close readings to the scope measurement, as did my Fluke DC clamp meter directly reading the current. The shunt resistor can either be obtained as a single 0.1R (either 1% or 5% tolerance & min 10W) power resistor or made-up using 10 x 1R (min 1W) resistors connected in parallel. The resistor(s) should ideally be non-inductive types but for measuring this setup where we do not need high accuracy, ordinary ceramic type power resistors can be used. The shunt resistor and DVM can be permanently connected whilst experimenting so that measurements can be seen at a glance whilst connecting different loads and coil arrangements.

It will be clearly seen from this exercise that adding a load to the output winding will increase the current drawn from the battery.

In regards to looping-back. If the AC terminals of a full wave rectifier is connected across the secondary of the ferrite trafo and FWBR pos and neg connected across battery, then the current rises by 5A and the bulb reduces in brightness. If the FWBR is connected across the load, then the current reduces to 4.5A and the bulb extinguishes.

[itsu]

I love playing with HV.


@Grum C  It doesn't hurt (much).  I saw your comment to GeoFusion on YouTube.   


DonL

A word of warning:

"RF currents do not stimulate nerves. Therefore, one can have high frequency electric currents flowing through the body without feeling anything."

See: http://www.capturedlightning.org/hot-streamer/TeslaCoils/Safety/safety.htm

Regards Itsu

[dllabarre]

A word of warning:

"RF currents do not stimulate nerves. Therefore, one can have high frequency electric currents flowing through the body without feeling anything."

See: http://www.capturedlightning.org/hot-streamer/TeslaCoils/Safety/safety.htm

Regards Itsu

Thank you.  That's important information that should be viewed by everyone.
DonL

[ramset]

And some more good information
here
http://www.overunity.com/14211/lenzless-resonant-transformer/msg383479/#new

Jack is exploring an anomoly with a well planned thread  a very simple build with a nice PDF 

Just a few measurements and this could be very good.

Chet

[Thaelin]

   And on a VERY serious note here   

  RF leaves some very serious burns. I can attest to that
first handed.  500W linear amp and it got me good. Just
a small burn spot at first, then opened up a very large
gaping sore. Never take this warning lightly. Think MW oven.

thay