COP 20.00 (2000%) Times, Reactive Power Energy Source Generator,

[pulp]

with your actions TinselKoala i think you earn the ban. Please moderation to take the necessary actions!

I think Koala is right.
1. You are making measurements with your soundcard This is absolutely not serious.
2. Your  calculations are fishy and not acceptable and amateurish.

The admin should ban you instead of him.

[Kator01]

tinselkoala,

, must be very frightning your herd - I mean because your hairs are raised up like beeing under high voltage ...LOL

X_name41: did you read and understood my comment ?

precise measurement is done only with a 0.1 Ohm resitor in the ground-line and measuring the voltage-drop across this resistor..
then use the standart equation  U = R x I -> I  = U / R .

Do you get this ?

Kator01

[x_name41]

see now, because the frequency is of the order of 70-80KHz, soundcard oscilloscope at the smallest possible range, shows the triangular waveforms of current and voltage dephased of the about 90 degrees, at change of the range is observed following picture, sinusoidal waveforms are expanded and narrow the, like mech an accordion, and the waves are again at 90 degrees. On top of, can you not see the results in the video materials referring to this device? (they show the exact same thing), must to be blind for can not you accept the truth as it is. Measurements with respect to consumption are made with a digital multimeter "DT837" in the DC power supply

https://www.youtube.com/watch?v=x7JDElxCyX4&
https://www.youtube.com/watch?v=OjHKjmHrSWM&;

[listener191]

Attached is a revised drawing for my SERPS timing circuit. Had some bad DIV values in the first draft and have now changed some of the triggers.

This circuit basically works and 1st and 3rd quadrant values provide the ranges as shown, but I  need to  experiment with the 2nd and 4th quadrant values and the pulse width values.

Barry

[nelsonrochaa]

see now, because the frequency is of the order of 70-80KHz, soundcard oscilloscope at the smallest possible range, shows the triangular waveforms of current and voltage dephased of the about 90 degrees, at change of the range is observed following picture, sinusoidal waveforms are expanded and narrow the, like mech an accordion, and the waves are again at 90 degrees. On top of, can you not see the results in the video materials referring to this device? (they show the exact same thing), must to be blind for can not you accept the truth as it is. Measurements with respect to consumption are made with a digital multimeter "DT837" in the DC power supply

https://www.youtube.com/watch?v=x7JDElxCyX4&
https://www.youtube.com/watch?v=OjHKjmHrSWM&

x_name41,
Do not give up of your intentions. Have so many  egocentric people that cant be able to be constructive in their opinions. seem formatted. i think i dont need say the names.
I think at some point, some people lose track of mutual respect and should moderate in relation to the comments.

I think it's possible to use reactive power. I did some tests in which it is perfectly visible, something is happening.
In my tests I used as load, various types of inductive and capacitive loads and results in my humble opinion very interesting.
Take a look
https://www.youtube.com/watch?v=Eoc_9h4vCKs
https://www.youtube.com/watch?v=4hR0Ak2vsyg
https://www.youtube.com/watch?v=DaHXLZ6QJss

Supposedly the reactive power is not capable of performing work, Watts, but if it is used in an inductor generates a magnetic flux, with dc current,. that can be converted into work by induction.
The reactive power is used to strengthen the magnetic field during operation of an inductive load. The inductors consume reactive power!
inductive circuits absorb reactive power with the current waveform lagging the voltage waveform by 90 degrees.
the system with the lower power factor will have higher circulating due to energy that returns to the source from energy storage in the load currents. must be intercepted and escorted through the induction load.
This is my opinion of course .

Good experiences, I will continue to follow your developments of this project.