With a series diode in the primary circuit, there will be a short circuit.
Transformers do not operate on direct current.
Or am I missing something...
Thank you for your input.
I know that FETs and other solid state components are better to use than diodes
to produce better performance in todays circuits. I am old old school and use diode to
indicate what I am trying to do with current direction in the circuit.
I am taking a 60 Hz. AC signal and breaking it up into two circuits.
One for the increasing 60Hz. power signal and the other for the decreasing signal.
Circuit one is for converting the increasing input to output circuit only using
one quadrant of the hysteresis curve of both the drive core and the core of the output coil.
The other circuit is taking the decreasing input power signal and converting
this half of the 60Hz. signal for both the drive coil core and output coils core
through a different quadrant of the hysteresis curve than that of the first circuit.
By limiting each of the cores to operate within only one quadrant of the
materials performance curve, the crystallin structures within the core
material do not have to flip polarity. This should improve the performance
of the circuits.
Now the first drawing has been changed to show a plus and minus output supply.
I have placed another drawing in order to ask an interesting question here?
In listening to the "Holcomb Energy System" tapes and reading their information
about its operation, it seems like they have found an amplification of the steel
used in their system. So I am trying to understand how this amplification
can occur in a simpler circuit.
So the second sketch is asking if a smaller amount of flux moving through
steel or other core material can influence additional molecules in the core of
an output coil to align in the same direction in order to support an additional
magnetic flux flowing through the output core in order to produce more
electrical output power than the input power used to drive the output coil?
With a conventional transformer it is not possible. BUT can a transition
area be designed that will allow additional flux to flow through the output
core in addition to the flux from the drive coil?
If it could, would not this additional flux produce more electrical power?
What is the simplest circuit that demonstrates steel being used to amplify
electrical energy?
Lunkster