Reactive power - Reactive Generator research from GotoLuc - discussion thread

[gotoluc]

Luc,

In your video #2 where you show the setup with the 5 & 10 Ohm series resistors, I wonder if you've taken the temperature of those resistors? If so, how hot did they get?

Would you be willing to do a DC test on them to verify the power you measured?

Thanks.

.99

Hi poynt,

no temperature readings were taken. My IR temp reader is in storage. I'm kind of limited on stuff at this time as I have no home. Now living for free in my uncles basement. Can't afford a place of my own.

Are you suggesting to FWBR the ac and attache the load to dc? if so It can be done but 3 to 4 watts could be lost in the conversion.

I'm wondering why you want to see that since test 5 already demonstrates 20+ Watts going to charge a dc battery!

Maybe appreciate what I just shared then to keep asking for more. I think I've shown enough and it's now time to replicate if you need more. I'm sure you can understand I don't owe anything to anyone and would like to use my own time for the development of the circuit then to prove this or that to all who come.

Please don't take this personally as I'm not just writing this for you.

The circuit is not complicated to build lol... it all can be done for free from garbage you pickup here and there.
Just grab a capacitor and FWBR and do the test Hob did.

Luc

[poynt99]

Luc,

By DC test I meant that you would simply connect the 15 Ohm load to a variable DC supply and adjust it until you achieve the same temperature they were at while powered by your circuit. It's a simple and effective way to confirm the power measurement in the resistors.

[poynt99]

Hi poynt99,
regarding your 2 circuit diagrams at:
http://www.overunity.com/14106/reactive-power-reactive-generator-research-from-gotoluc-discussion-thread/dlattach/attach/130974/

if we look both times for to see the consumed power at the load resistor,
we must only invert the  channel 2 scope trace in the lower circuit diagram.
(as there the flowing current is displayed negatively on the scope)

In the upper diagram the channel 2 at the shunt resistor must not be inverted.

Let´s just measure it normal to see it only from the side of the "load resistor",
that is in GotoLuc´s case the LCR circuit,
as it is normally done.

This is less confusing than what you want to measure.
The topic is difficult enough, so we don´t need to be confused with more confusing
measurement methods.

I don't know what you find confusing Stefan. You haven't even shown any analysis of my diagram to explain your objection. May I suggest you start there? I asked some clear and simple questions about the the previous diagrams; have you tried answering them?

[gotoluc]

Luc,

By DC test I meant that you would simply connect the 15 Ohm load to a variable DC supply and adjust it until you achieve the same temperature they were at while powered by your circuit. It's a simple and effective way to confirm the power measurement in the resistors.

So does this mean we cant even trust a 58Hz RMS readings from a high end scope now?

This will never end!... I don't know why I bother to torture myself like this

[poynt99]

Well Luc,

The scope was at the same time displaying an average power of 1.66W. Am I assuming wrong that this MATH reading is for the power in the resistors? If it was not for the resistors, then what?