Pulsed DC Transformer with Embedded Magnets

[The Observer]

Mr. Tseung,

In regards to using pulsed DC in a transformer.

Maximum power transfer is going to occur when pulse width is on the order of the rise time of the primary.
Anything longer than the rise time
                         is wasted DC current in the primary
                                                since the magnetic field has ceased changing.

                  This means a square wave of over 100 khz is probably going to be needed.

I tested putting a magnet next to a transformer the other day... it takes away from the system,
                                                                                                         as core dipoles are no longer turning,
                                                                                                         thus diminishing the changing magnetic field.

My experiments revolve around Resonating Transformers.
I'm surprised you aren't talking about this given the Lead-Out Theory relies on Resonant Pulses... does it not?

I think a great project would be to experiment with the Resonance
                                                                        of a Step- up/Fly-Back Transformer from a Television Set.

Keep up the good work Mr. T.

The Observer

[Paul-R]

We are going to get BEMF happening here, aren't we? If so, we will need a rectifier with high value diodes, probably the  1000v ones that the Bedini folk use, and a battery to take it all.

[ltseung888]

The cheapest Pulse A ?

http://www.harlanlabs.com/pulsegen.html

HP 8013B Pulse Generator
1Hz to 50MHz (25MHz max square wave). Fixed transition times of 5nS (3ns into load). ±10 volt output (5V into 50ohm). DC offset ±2.5V. Pulse width 10nS to 1 sec with vernier. Ideal for testing TTL.

price: US$125

We may want to build a cheap Pulse Generator using the 555.  It could a be circuit board included with the FLEET.  Any good suggestions?

*** The really cheap Pulse Generator of repeatedly hitting the on/off button did not work out.  The Output Voltmeter showed some change in milli-volts.  Result not conclusive - except very tired figures!

[rave154]

ltseung888

here is the PWM circuit i have used many times, it has variable frequency and variable duty cycle.

the BUZ 350 can be replaced with an IRF540 or IRF740 etc.

[ltseung888]

ltseung888

here is the PWM circuit i have used many times, it has variable frequency and variable duty cycle.

the A 350 can be replaced with an IRF540 or IRF740 etc.

Thank you.

I was made aware of the patent from Magnacoaster.  They already have demonstrated prototypes.  It looks like the Lead-Out Energy theory wins again without our producing a prototype here.  Electron Motion energy is lead-out (bring-in) from the surrounding by the setup.  Once started, the device can continuously lead-out such energy and feedback to the starting point.

We may do an educational toy.  There will be another motionless overunity device to be demonstrated in China at the Hangzhou Conference.  I do not have the details at present.  However, I believe the working priniciple may be similar.

WO2009065219
Publication Title:
ELECTRICAL GENERATOR
Abstract:
Abstract of WO 2009065219
(A1) An electrical generator comprises an induction coil having a first end and a
second end. There is a first magnet disposed adjacent the first end of the
induction coil so as to be in the electromagnetic of the induction coil when the
induction coil is energized, and for creating a magnetic field around at least the
first end of the induction coil. There is also a second magnet disposed adjacent
the second end of the induction coil so as to be in the electromagnetic field of the
induction coil when the induction coil is energized, and for creating a magnetic
field around at least the second end of the induction coil. A power input circuit
portion provides power to the induction coil. A timer is disposed in the power
input circuit portion for creating electrical pulses and controlling the timing of the
electrical pulses to the induction coil. A power output circuit portion receives
power from the induction coil.
------------
Courtesy of http://v3.espacenet.com