Im in the process, it's just a matter of free time and money and it's becoming a slow process. Hopefully by the end of summer with some modifications to Meyers inefficient long tubular capacitors.
Rw371
3 posts · 1 thread started · writing between Jun 2011 and Jun 2011
An identity on Energetic Forum as it was harvested, not an account on this site. Nobody here has claimed it, and nothing connects it to a person by name.
Basically it's a high voltage tesla regenerative transmitter/reciever.
The vic circuit, for it to work properly you need to have two unrelated/uncoupled opposing voltages. also the bifilar acts as a amplitude modulator in this circuit. The one capcitor is what I call a sacraficial capacitor, its used to ramp up the voltage. so for lack of a better term it is an actual leyden jar type capacitor. meaning that the cathode of this capacitor is actually insulated from the water, and the anode would be in the center, not insulated. Now you need to find the capacitance of the sacraficed capacitor, from there you could figure out what your bifilars inductance should be to achieve resonance at 50 khz. Between this capacitor you place a spark gap which is set at distance as great as possible to achieve max voltage with out letting this cap become fully charged. If you do let it become fully charged it will pop your de Q'ing diode. After your spark jumps it goes into your primary tuning coil, which is set to a frequency of 500or 200 khz. the voltage is then induced into the secondary coil which should have the same inductance a your bifilar coil. By the way the primary and secondary coil should be wound on a ferrite core. Now you take the secondary coil and couple it to the second part of the bifilar then in between the coupled coils you place eight of the remaining water capacitors in parallel with one hand made adjustable air capacitor in series. You adjust this until the coupled coils resonate a your chosen frequency 500 or 200 khz. What happens is as your pwm injects its frequency it amplitude modulates your coupled bifilars and secondary coils frequency, continually increasing its voltage, hopefully until you reach or as close as you can get to zero point energy. Well I chose 50khz/200khz and 500khz because they are best sonar frequencies 50 khz has the longest range in sonar 200 and 500 khz give you the best resolution also they are harmonic frequencies of 50 khz also what I have read your frequency should double in your bifilars voltage ramping side because of this fact(harmonics), which means you should set you pwm to 25khz to achieve the 50khz
The vic circuit, for it to work properly you need to have two unrelated/uncoupled opposing voltages. also the bifilar acts as a amplitude modulator in this circuit. The one capcitor is what I call a sacraficial capacitor, its used to ramp up the voltage. so for lack of a better term it is an actual leyden jar type capacitor. meaning that the cathode of this capacitor is actually insulated from the water, and the anode would be in the center, not insulated. Now you need to find the capacitance of the sacraficed capacitor, from there you could figure out what your bifilars inductance should be to achieve resonance at 50 khz. Between this capacitor you place a spark gap which is set at distance as great as possible to achieve max voltage with out letting this cap become fully charged. If you do let it become fully charged it will pop your de Q'ing diode. After your spark jumps it goes into your primary tuning coil, which is set to a frequency of 500or 200 khz. the voltage is then induced into the secondary coil which should have the same inductance a your bifilar coil. By the way the primary and secondary coil should be wound on a ferrite core. Now you take the secondary coil and couple it to the second part of the bifilar then in between the coupled coils you place eight of the remaining water capacitors in parallel with one hand made adjustable air capacitor in series. You adjust this until the coupled coils resonate a your chosen frequency 500 or 200 khz. What happens is as your pwm injects its frequency it amplitude modulates your coupled bifilars and secondary coils frequency, continually increasing its voltage, hopefully until you reach or as close as you can get to zero point energy. Well I chose 50khz/200khz and 500khz because they are best sonar frequencies 50 khz has the longest range in sonar 200 and 500 khz give you the best resolution also they are harmonic frequencies of 50 khz also what I have read your frequency should double in your bifilars voltage ramping side because of this fact(harmonics), which means you should set you pwm to 25khz to achieve the 50khz
heres my take on Stans circuit. He wanted to achieve zero point energy
aka Hutchinson effect.
Heres a pic of a circuit I beleive he used
sorry I didn't show the d Q'ing diode in this drawing.
aka Hutchinson effect.
Heres a pic of a circuit I beleive he used
sorry I didn't show the d Q'ing diode in this drawing.
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