ENERGY AMPLIFICATION

[d3x0r]

Thx
what would you say stops the fet from conducting, what turns it off.

uhmm... the other one being on... (oh so what turns this one off?)


well... it is a function of the separate inductor and the low resistor from power to the gate...


got distracted was making an LT Spice model... I'm not really sure; I think that the extra inductor can be wound on the secondary as a detector instead of a time constant....


OH got it.


The source is floating, so as it builds up voltage against the coil, the gate will be less high relatively and it will fall off...

[Dave45]

uhmm... the other one being on... (oh so what turns this one off?)


well... it is a function of the separate inductor and the low resistor from power to the gate...


got distracted was making an LT Spice model... I'm not really sure; I think that the extra inductor can be wound on the secondary as a detector instead of a time constant....


OH got it.


The source is floating, so as it builds up voltage against the coil, the gate will be less high relatively and it will fall off...

Sounds reasonable thanks, if you get it working in a sim I would really like to see it.
The simulator at falstad gives the option to view in conventional or electron flow not sure about the others.
Somehow the coils effect the circuit, I couldnt get it to pulse two toroids unless they were bucking.

[d3x0r]

Sounds reasonable thanks, if you get it working in a sim I would really like to see it.
The simulator at falstad gives the option to view in conventional or electron flow not sure about the others.
Somehow the coils effect the circuit, I couldnt get it to pulse two toroids unless they were bucking.

it oscillates....; I omitted some of the diodes..  I was referencing http://wiki.4hv.org/index.php/File:Mazzilli_flyback_driver.png


This link is the falstad simlulation  Should turn down the currrent speed.

Updated link with diodes and a switch.
I added a switch at the power supply, to get it to work you have to start the sim, then open and then close the switch.... there's no option to start at 0 voltage, so everything ends up energized... Oh good the exported state is with the switch open, so close the switch and should be good



Had to set the time step to 1ns also...


I was wrong about the floating source; it's the LC time constant of the coils and capacitor across them that determines frequency. 


Added capacitor that drains VERY slowly; mthough only microseconds have gone by Increased capacitance and inductance of drive coils

[Dave45]

I think you nailed it thanks I know that is alot of work I played with it in the past but could not get it to work 

[Dave45]

Make yourself a test set up. Use Two large low voltage Capacitors. Make sure one is about 1/2 the capacity of the other. Charge the smaller one fully and discharge it into the larger one. Take measurements ON BOTH before and after discharging them together to see how much power is transferred.
Now do the same with a small bulb in series as you discharge the small cap into the larger one. Measure the power levels in both caps. You will have had some light produced and some heat, but the WHOLE charge is transferred to the other capacitor!! !!!!
Reciprocating charges are most likely what the Statica machine is based on.
If you place a highly inductive electromagnet in place of the bulb in the example above, you'll have a magnetic field produced that doesn't "consume" any power. Heater elements can be used the same way! This proves that all electromagnetism, heat and light are produced in electrical circuits by the "zero point" energy and the electricity is just a catalyst!!!
WE'VE BEEN USING F/E IN ALL OUR ELECTRICAL DEVICES RIGHT FROM THE START WITHOUT EVEN REALIZING IT!!

I ran across this today sounds like its worth a shot, capacitive discharge.

http://www.linux-host.org/energy/sgcarter.html


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