Pulsed DC Transformer with Embedded Magnets

[Bruce_TPU]

Summary of what we have learned so far

1.   If we can lead-out (or draw-in) energy from the surrounding, we do not violate the Law of Conservation of Energy.
2.   Mathematically, we can prove that a horizontal pull of a pendulum does lead-out gravitational energy.
3.   For small angles, approximately two parts of horizontal energy can lead-out one part of vertical (gravitational) energy.
4.   If we replace the mechanical pendulum with a magnetic pendulum, we can lead-out magnetic energy.
5.   Magnetic energy is due to the rotation of the electrons.  Leading-out magnetic energy is equivalent to leading-out electron motion energy. 
6.   There is constant exchange of gravitational and electron motion energy in the universe.  Any drain of such energy from our Lead-Out Energy Machines will be quickly replenished by such exchanges.  Thus, a Lead-Out Energy Machine can run cool.
7.   We can extend the concept from oscillation to vibration, rotating and flux changes.
8.   In Motionless Electricity Generators (MEG), we rely on flux changes.  Electron Motion Energy can be led-out via pulsing at the resonance frequency.
9.   Some MEGs use pulsing at the Power Source.  The resonance circuit is in the Primary.  Examples include Kwang-Jeek Lee, Tariel Kapanadze and Don Smith.
10.   Some MEGs use resonance circuit at the Secondary.  The Load is part of the resonance circuit.  Examples include Stan Meyer and Bob Boyce.
11.   The tuning for resonance can be done in different ways.  These ways include manually adjusting a spark gap, adjusting the Pulsing frequency of a Pulse Generator, self resonant circuits and using variable inductors or capacitors.
12.   Programmed load-following techniques are conceivable.   If loopback techniques are perfected, a Lead-out Energy Machine will need only starting energy.  The discussion of Coefficient of Performance (COP) will be meaningless.  The focus will be on how much actual output power the machine can generate without burning out its compenent parts.
13.   It is conceivable that pulsing at the right frequency (resonance frequency or submultiples) of ANY resonance circuit can lead-out electron motion energy.

The lead-out energy appears to be pollution-free, almost inexhaustible, available anytime and anywhere.  The components needed to build such Lead-Out Energy Machines appear to be inexpensive costing in the region of a few hundred USD.  Battery charging units can be purchased from Magnacoaster from USD4,200+ now.  (Rasa has already ordered a unit.  That should be available for testing within weeks.)

A number of groups worldwide are putting their information on the Internet.  These include Newman, Bedini, Searl, Magnacoaster, Wang, Boyce, Kapanadze, Don Smith, Tseung etc.  Some groups prefer to remain confidential.  These include many Government establishments and some Companies on their way to product production.

The most likely research in the coming weeks from Tseung et al is in the direction of:  Pulsing LCR resonant circuits to see whether output power can be greater than input power.  Is this a general principle?  Pushing a swing at the right time leads-out gravitational energy.  Will pulsing a LCR resonant circuit at the resonant frequency lead-out electron motion energy?

Others can build products guided by the indisputable Lead-Out Energy Theory and the experimental results available now (and more in the coming weeks).  A fleet of FLEETs will come out to benefit the World.

I like your #13.  Especially the "sub multiples" part.  Think more like pulsing harmonics or subharmonics and you may be closer.  But then you need to know what primary frequency to pulse at, and that would tend to be a frequency of a magnetic standing wave.  Then design that which is being pulsed to receive said wave, say a magnetic tuned loop antenna and then you are nearly in TPU land.

Cheers,

Bruce

[wings]

I like your #13.  Especially the "sub multiples" part.  Think more like pulsing harmonics or subharmonics and you may be closer.  But then you need to know what primary frequency to pulse at, and that would tend to be a frequency of a magnetic standing wave.  Then design that which is being pulsed to receive said wave, say a magnetic tuned loop antenna and then you are nearly in TPU land.

Cheers,

Bruce

http://www.energeticforum.com/renewable-energy/1631-peter-whatever-happened-eric-p-dollard-3.html#post90090

[ltseung888]

I don't think so. It will make that circuit run at its most efficient.
We need to check out Tom bearden's words on what he calls
"regauging" energy.

Dear Paul-R,

Now you do not have to think.  You do not even need to try to understand Tom Bearden’s writings.  Go straight for the experiments.  I did some experiments with my new “toys” â€" Pulse Generators, oscilloscopes, toroidal transformer, diodes, capacitors, resistors, multimeters etc.  The result confirms the theory extremely well.

Pulsing a resonant circuit indeed could lead-out electron motion energy.  I shall publish the detail results and confirm them with multiple experts.  Anyone with USD300 spare cash can repeat or do similar experiments.  Those in Shenzhen can buy at the “wholesale Price” electronic stores and may even have some change on USD200.

I have been warned by my other inventor friends not to go out and expose myself to possible danger.  No dining out.  No crossing the streets.  No visits from strangers.  Triple lock the doors.  Publish the experimental results and let hundreds verify them first.  Make sure the “evil parties” have no way to murder hundreds or thousands of inventors or replicators.  This will also give time for some of them to finish their product development.

The theory is far too simple â€" just pulse a resonant circuit appropriately,  you will get more Output Power than Input Power.  My biggest difficulty was to learn how to “use the new toys”!

Paul-R, Observer, Mags and others with Pulse Generators, Oscilloscopes, toroidal transformers etc, DO the experiment now.  Select a series LCR circuit and place it either on the Primary or the Secondary side of the toroidal transformer.  Pulse at the resonance frequency and compare the INPUT and OUTPUT power.  Your independent research and results will benefit the World.  (The “evil parties” will have many more inventors to kill.  I shall be safer!)

[ltseung888]

The FLEET experiments by Lawrence Tseung Part 1

The main test equipments are as follows:
1.   A Victor 2002 Pulse Generator that can generate 5 types of waveforms.  The maximum is 2mHz and 20 V peak-to-peak.  The internal resistance is 50 ohms.  This means the external resistance will affect the achievable peak Voltage.
2.   A Victor LCR meter that can read Inductance, Capacitance and Resistance.  I was happy to get the meter because that simplifies the experiments considerably.   Both items 1 and 2 were purchased from Baolilai Electronic Tools Co. Ltd at 賽格廣場 Room 1111, in Shenzhen. Phone Number: 0755-83775543.  The cost was RMB600 and RMB180 respectively.
3.   The Toroidal Transformer from Yongchang Zhixin Electronic Col Ltd. for RMB70.  Their address is in same building Room B003, Phone Number : 0755-61242198.  The toroidal transformer was supposed to be used to convert 220V to 12 AC and rated at 100 watts.  The red leads are connected to the 220 side.  There are four blue leads.  Blue 1 and 2 leads connect to a coil representing 12V.  Blue 3 and 4 connect to another coil representing 12V.  For our purpose, we use Blue 1, 2 and Blue 3, 4 as a one-to-one transformer and ignore the Red Coil.
The preliminary results show that we can indeed do the following:
1.   Send AC Pulses of different waveforms to the Secondary Coil as a one-to-one toroidal transformer.  The multimeter at the Secondary picked up the signals and displayed them correctly.
2.   Put a Diode in the Primary Circuit.  The multimeter at the Secondary picked up the signal as AC with double the frequency.  This was expected as Pulsed DC will generate AC in the Secondary.
3.   Put a Diode in the Secondary Circuit.  The multimeter at the Secondary picked up the signal as DC.  Half wave rectification was effectively used.
4.   Varying the frequency of the Signal Generator does change the voltage reading on the Secondary.

I stopped experiment 1 at this point to take a rest (and to celebrate success).  More to follow.

[ltseung888]

We borrowed an oscilloscope and a multimeter that can display waveforms.

Will take sometime to master them.