One could say that there are two circuits at play here. The radiant collector and the radiant exciter.
The radiant exciter has the purpose of radiantly exciting the batteries, of which there are two.
The circuit is called a Brovin Kacher Radiant Exciter.
The circuit for the radiant collector is called a Tesla Radiant Collector.
Basic Schematic:


The input to the radiant exciter circuit is about 20mA; however, the radiant collector is not directly connected to the batteries. Output from the radiant collector circuit can be seen to be considerably more than the input to the exciter circuit.
More Detailed


Replication #1

Replication #2

Replication #3
Diodes for Replication #3
These diodes cost about $30US each.
The radiant exciter has the purpose of radiantly exciting the batteries, of which there are two.
The circuit is called a Brovin Kacher Radiant Exciter.
The circuit for the radiant collector is called a Tesla Radiant Collector.
Basic Schematic:


The input to the radiant exciter circuit is about 20mA; however, the radiant collector is not directly connected to the batteries. Output from the radiant collector circuit can be seen to be considerably more than the input to the exciter circuit.
More Detailed


Replication #1
HTML Code:
http://youtu.be/2JxunfyhtFI

Replication #2
HTML Code:
http://youtu.be/vnHTtpPvsTQ

Replication #3
Diodes for Replication #3
Originally posted by kajunkreations
View Post
HTML Code:
http://youtu.be/nhbtOvNLnko









I know they should be here parallel to primary coils and they should be turned on/off sequentially because that is how this circuit works I think (push-pull ?).
Comment