Confirmation of OU devices and claims

[benfr]

benfr, thank you for the trial to make it clear ( me not ! )
Probably it will be a need to invest two hours of life for his view  and  description :
https://m.youtube.com/watch?v=ke4aqkrkh1o
So only after that I will ask you again for details. !


Happy disclosure wishing
OCWL

not sure to understand you...

[benfr]

Hi benfr,

You wrote:

You mention "disruptive discharge".  I do not think there is "disruptive discharge" happening and I wrote this to a.king in my post #339, Page 23 of this thread. However, he has not returned with an answer yet.

Would you mind explaining how you think it happens in Rick's setup when the series LC (i.e. the TX) circuit is driven by the output of the gate driver IC? 

Gyula

Gyula, simply put -  a SQUARE wave IS a disruptive discharge. YES you need this to trigger the resonance we are looking at. BUT you could not have it and still do useful observations - beyond my area of play, here, so I won't tell you to start this. The Gate driver is, merely, a disruptive discharge amplifier.

[a.king21]

https://www.youtube.com/watch?v=AQqYs6O2MPw

[partzman]

Gyula, simply put -  a SQUARE wave IS a disruptive discharge. YES you need this to trigger the resonance we are looking at. BUT you could not have it and still do useful observations - beyond my area of play, here, so I won't tell you to start this. The Gate driver is, merely, a disruptive discharge amplifier.

Hi Benfr,

Perhaps you could explain what a square wave is a discharging?  Obviously something is being disruptively discharged but it is unclear as to exactly what this "something" is?

Regards,
Pm

[benfr]

Hi Benfr,

Perhaps you could explain what a square wave is a discharging?  Obviously something is being disruptively discharged but it is unclear as to exactly what this "something" is?

Regards,
Pm

Hi, a square wave is disruptive ie suppose I'm "shouting loud at you" for some bad reason   suddenly when there was silence.
_|
that is the waveform that would be recorded.
the louder I shouted, the strongest the dB discharge, and the longest the vertical bar.
Now, superpose a square wave and match the above wave.
You have now the place where the disruptive discharge takes place.