ENERGY AMPLIFICATION

[Dave45]

Dear Dave45.

I see this circuit the other way round !! An Ac generator charging the capacitor through the chokes. The rapidly moving interrupter discharging the cap through the primary providing a high frequency output to what I see clearly as some of Tesla's "Gas discharge lamps"

Just my "Two penneth"

Cheers Grum.

Hey Grum I agree, but the interupter only has to short the primary at 60 hz. the generator can run at high frequency's.

I agree 100% maybe I wasnt clear in my last post.

dave

[Grumage]

Hey Grum I agree, but the interupter only has to short the primary at 60 hz. the generator can run at high frequency's.

I agree 100% maybe I wasnt clear in my last post.

dave

Dear Dave.

I have just been rightly corrected by A.king21 !! It seems we are both incorrect in our assumptions !!  "A" is actually the commutator  of a DC machine this directly charges the Capacitor through the chokes !!  Well spotted A.king21. 

Here is the last bit of text from Tesla's patent.

Having now described my invention and the manner in which the same is or may be carried into practical effect, what I claim is—

1. The apparatus herein described for converting direct currents into currents of high frequency, comprising in combination a circuit of high self-induction, a circuit-controller adapted to make and break such circuit, a condenser into which the said circuit discharges when interrupted, and a transformer through the primary of which the condenser discharges as set forth.

2. The combination of a source of direct current and a circuit therefrom, choking-coils in said circuit, means for making and breaking the circuit through said coils, a condenser around the point of interruption in the said circuit and a transformer having its primary in circuit with the condenser as set forth.

3. The combination with a circuit of high self-induction and means for making and breaking the same, of a condenser around the point of interruption in the said circuit, and a transformer the primary of which is in the condenser-circuit as described.

4. The combination with a circuit of direct current and having a high self-induction, of a circuit-controller for making and breaking said circuit, a motor for driving the controller, a condenser in a circuit connected with the first around the point of interruption therein, and a transformer the primary of which is in circuit with the condenser as set forth.

5. The combination with a circuit of direct current, a controller for making and breaking the same, a motor having its field-magnets in said circuit and driving the said controller, a condenser connected with the circuit around the point of interruption therein and a transformer of the primary of which is in circuit with the condenser as set forth.

NIKOLA TESLA.



Cheers Grum.

[Magluvin]

IGBT's are about the only transistor that will pass this much power and do it solid state.

Well, they handle HV better, but the on resistance is high. That is a problem if the aim is to discharge a cap into a very low resistance primary. Most of the power will be dissipated in the transistor. You can put them in parallel, but were talking a lot to get down to very low mohm switching.

I have a few transistors that are as low as .0035 ohm typ.(Yes, 3.5mohm) Only 55v max, but 765A peak(forward and reverse)  BUK95   TO-220 case.  In Titios basic circuit there is only 24v in.

Im going to try some things with SIDAC's. The ones I have break over at about 230v and stay shorted till a min current is reached. So if a tiny cap is charged, that on period wont be long.

Mags

[Dave45]

Yea Tesla built a gen that could run at any frequency he wanted but the results would be the same we could run it from the grid or any AC source, high frequency and high voltage would be better.

The mazilli circuit is not true AC, it is after the secondary but not in the primary, True AC pulses neg one leg pos the other leg.

In order to gain the most benefit from your static neutralizing or static control equipment, it is important that you understand how they operate and how they provide the means of neutralization. Most electronic static neutralizers are constructed by placing a high voltage on a sharp point in close proximity to a grounded shield or casing. There are two basic types static control ionizers- AC & DC
With Alternating Current ionizers the high voltage alternates current pulses through the 60 cycle operation, the air between the sharp points and the grounded casing is actually broken down by ionization and therefore both positive and negative ions are being generated. Half of the cycle is utilized to generate negative ions and the other half is utilized to generate positive ions. On 50 or 60 cycles per second power grid polarity is changing ionization every 1/100 or 1/120 of a second. 

In static neutralizers they put the electrodes in close proximity this causes the fields to neutralize each other, this effectively kills any static, the same is happening with our transformers by running each leg to the same transformer we are neutralizing any ambient energy we may be drawing from the atmosphere.

The separated chokes in the patent are more important than one might realize, each choke is on a different leg and not in close proximity this allows them to draw pos and neg energy from the ambient thats why I drew the diode the way I did, this rectifies the bemf within the circuit.
The bemf from each choke alternates through the diode.

[Dave45]

Neg bemf from a pos pulsed choke and pos bemf from a neg pulsed choke.

They say only neg current runs through our circuits but Im not so sure, I'll leave it at that before I get tarred and feathered.