Pulsed DC Transformer with Embedded Magnets

[ltseung888]

This is an odd way of putting it. I presume you agree that we
pulse the primary circuit at its resonance. The core will then
deliver this frequency to the secondary coil which will then
drive that circuit. This second circuit must be designed to
have the same resonant frequency as the first.

Dear Paul-R,

If you look at my FLEET diagram or the Stan Meyer circuit, the important circuit is the Secondary.  The load (resistor or the Water fuel cell capacitor) is in the Secondary Coil Circuit.  Our experimental set up is focused on the LCR resonance circuit in the Secondary Coil Circuit.  The Secondary Coil in the transformer is in itself an inductor!

The Primary Coil Circuit is mainly the Pulse Generator that can be set to any frequency.

[The Observer]

Hello all,

Although I do believe Resonance is a Key Factor in trying to lead out energy from a transformer,
I figured out a way that the primary of a transformer would not be aware of the secondary.
             
                             D
------- %---------|<1-----
             %                          |
L-->    %                          $  <---R                              Rise time of Primary
             %                         $                                                    ___|__                            _____
             %                          |                                                   |           |                          |          |
-------- %------------------                                   ________|           |_____________|          |
                                                                                                                       |
                                                                                                         Decay time of RL Secondary

Here's how it works.  1. Pulse in  Primary at rise time for circuit.
                                  2. No current flows in Secondary as diode is blocking at this time.
                                  3. When Primary is off... Back pulse from Collapsing Core then allowed through Secondary R.

Thus a Transformer who's Primary is not aware of the load on the Secondary !

Am I the first person to figure this out?
                                                         
The Observer

[FatBird]

Good Points The Observer.


Here is something that is not being discussed.  Check in his Patent Application where he says that when the Coil is pulsed, the result is an Echo Ringing of several Pulses.  In other words, several Pulses Out for every pulse in.  That's why he has a Bridge in the output circuit.

BUT, the thing that PUZZLES me is that it says the frequency is only 80 to 600 pulses per MINUTE.  That is ONLY 1 to 10 Pulses per SECOND (Hertz)!!!!

So is that a mis-print or what???

.

[Paul-R]

The Primary Coil Circuit is mainly the Pulse Generator that can be set to any frequency.

Surely, the primary frequency induces the SAME into the secondary.

We must choose a frequency for the primary that we can live with for the
secondary, the load cuircuit.

[ltseung888]

Good Points The Observer.


Here is something that is not being discussed.  Check in his Patent Application where he says that when the coil is pulsed, the result is an Echo Ringing of several Pulses.  In other words, several Pulses Out for every pulse in.  That's why he has a Bridge in the output circuit.

BUT, the thing that PUZZLES me is that it says the frequency is only 80 to 600 pulses per MINUTE.  That is ONLY 1 to 10 Pulses per SECOND (Hertz)!!!!

I believe that the Magnacoaster device works differently from the Stan Meyer device.  The echoing from the mushroom shaped magnetic field may indeed have a different frequency from the Input.

In that case, a very low frequency may be correct.  (Our Tong Wheel rotates at approximately 100 rev per minute.  That is 1.6 rev per second.  At that rate, the number of pulses per second is about 20.)

When I have the actual Magnacoaster product to test, I shall have something concrete to report.