You have to read back through my posts click my handle and read i published loads. But here is my AWAKENING tool. Take a 250 watt light bulb and in series fit a capacitor and inductor selected so the i/p power is power factor ZERO. The watts consumed and measured by any suitable test method will show leakage power around 3 watts when i did this. The 250 watt light is FULLY LIT. The volts drop across the bulb is about 12 volts. The bulb works underwater perfectly fully lit. The power factor is virtually zero creates standing wave the bulb is powered by zero point energy for FREE.
its the basis for many many OU systems.
This is a great post and few following replies by bolt, i had a similar belief myself that reactive power can do real work. This is also one good point from Thane Heins, that reactive power can do real work.
So, bolt says load is put in series with inductor and a cap and that power factor is zero and that there are standing waves. So he is talking about resonant circuit. But series resonant circuit is not power factor zero, PF zero is when circuit is purely inductive or capacitive, at series resonance it is like short circuit as TheCell replies...
@bolt
it is important to know, if the transformer is necessary or not.
The lc series circuit without the lamp will create a short cut if in resonance. In a LCR circuit IN RESONANCE you can simply drop the lc
because the don't have any effect on it.
If you use a transformer the lc circuit in resonance will drive the core into saturation because the current is maximum in resonance.
In all this similar devices saturation of the core is used to get the effect.
Please do your experiment and let us know.
I believe this to be valid approach, i believe bolt powered 250W bulb with 3W of active power, but what exactly did he mean.
LC in parallel with source and load makes more sense as parallel LC is like open circuit. But he said series.
Some more from bolt replying to questions from Honk
https://overunity.com/9521/magnacoaster-vorktex/15/Quote from: Honk on August 04, 2010, 01:23:07 PM
Hi Bolt. Just ignore trolls, there are everywhere.
I have some questions if you don't mind?
1) Is the LC circuit on the output series connected or parallel connected with the transformer?
But I do think you mean series?
SERIES...AND USE AN RLC ONLINE CALCULATOR TO GET VALUES CLOSE FOR L AND C'S TO MAKE RESONANCE TANK
2) In your LC circuit, do you say there is no inflow of current at the 110VAC input to the transformer
when tuned correctly while the lamp being fully lit?
CORRECT THE REAL WATTS POWERING THE CIRCUIT IS USUALLY UNDER 5 WATTS.
3) How do you measure the voltage and current into the lamp?
I'd use a series current shunt with the lamp and then measure the voltage across both the
shunt and across the lamp by a two channel scope. Lamp wattage = Volt times current.
NO YOU CAN DO THAT YOU CANT MEASURE RE DIRECTLY AS IT COMES FROM OUTSIDE ITS AN AMBIENT RESOURCE YOU CAN MEASURE THE VOLT ACROSS THE BULB THOUGH WHEN IT FULLY LIT AND WILL BE AROUND 12 VOLTS.
ITS IMPORTANT THAT ANY R IN THE CIRCUIT IS EXTREMELY SMALL SO YOU DONT GO PUTTING SHUNT IN OR YOU KILL IT. THE REACTIVE AMPS WILL BE EXTREMELY HIGH IF THE BULB IS DROPPING 12 VOLTS AT 250 WATT THE AMPS = 20.8 AMPS. A 1000W BULB WILL DROP AROUND 18 VOLTS AND 52 AMPS!!!!!!!!
4) Have you performed this type of measurement to exclude power errors?
UP TO YOU TO CONVINCE YOURSELF YOU ARE NOT DREAMING WHEN YOU SEE A 250 WATT LAMP FULLY LIT RUNNING ON 3 WATTS. ALSO THE LIGHT IS A HAZY BLUE WHEN POWERED BY RADIANT ENERGY.
I hope you find some time to answer my questions?
It would be most valuable to all of us.
NOT ANSWERING ANY MORE ON THIS NOW DO YOUR OWN RESEARCH.
