Confirmation of OU devices and claims

[gyulasun]

Hi forest,
Here is the 'enviroment' (I mean full) text from Tesla with the Figures:  http://www.tfcbooks.com/tesla/nt_on_ac.htm#Section_2

Please feel free to quote the sentence or sentences which sound weird for you and I will try to comment how I interpret it, ok? 

Gyula

[itsu]

Thanks for the comments.

The TX coil will be fixed in the middle on a PCB which already will have the gate driver installed for later tests
(I have IXDD614DPI drivers 14A).

The 5 RX coils will also be on a PCB but slideable.

The picture above was a quick setup which had still 2 coils attached to each other via a cap, this will be removed.

Itsu

[lancaIV]

a.king21,#327:
bigger coil with 3,75 Watt electric input and claimed 900 Watt (EMF) output

Such an electromagnet would change the energy market ! Inductive heating and to electricity conversion !
Do you will publish your information ?

Sincerely
OCWL

[a.king21]

a.king21,#327:
bigger coil with 3,75 Watt electric input and claimed 900 Watt (EMF) output

Such an electromagnet would change the energy market ! Inductive heating and to electricity conversion !
Do you will publish your information ?

Sincerely
OCW

It's in Rick's video, but you have to understand it is not my process.  We have to do things step by step. Then there comes a point of general comprehension, which is like a point of no return. Everything becomes obvious at that point.

[a.king21]

The importance of the gate driver:  The innovation by Rick is in the gate driver, because it causes a more disruptive discharge.  The disruptive discharge is  something which Tesla championed.  In this case it produces a larger magnetic field.
The difference is without the gate driver and  with the  frequency generator that has 20V PP you only get 250V PP on the transmitter coil, but 1300V with the gate driver @ 9V. So the gate driver dramatically increases the gains because of the fast rate of change.
This happens at  resonance of course, and you can see the increase on the scope shots.
The purpose of the disruptive discharge is to increase the rate of change.
The gate driver consumes about 1/4 watt at 9 volts.


At 34 minutes Rick starts to introduce the gate driver:https://www.youtube.com/watch?v=18kOGVfkoik
Look at 1:10:40 for a further gain with the big coil:  https://www.youtube.com/watch?v=18kOGVfkoik[/size]