The Flavored Coffee Guy
Newbie level 3
overunity thermoelectric
Hello,
The Circuit Examples, Part Values are included with the zip file. If you would like rules of thumb, you can find them here at this link at my website. Tutorial
Simulator model files that are provided in the attached file were produced by Switcher CAD III Bode plots of the successive stages of the circuit establish how the circuit is constructed and reveals the importance of fine tuning. If you are familiar with capacitive current doublers, they don't have a ring value and resonant circuits do. It does work as a product of Q, rate and at times, bad impedance matching and precision tuning.
The model files include a circuit that if constructed will convert 20W to 2.4KW. Another model file which may require very serious parts searches and research to acquire or construct the required parts would convert 30W to 13KW, if constructed. The supply is intended for plasma generation for the sake of heating. After which the heat may be used to heat a building cheaply, or to provide heat to a pile of thermoelectric generator cells and convert it to a usable form of electricity. Plasma at high enough temperatures acts like a piece of wire and the resistance drops to a few places after the decimal point if the vacuum pressure is right. Which is similar to Ionization (gas-filled) Tubes, which can be used to switch on to conduct millions of amperes of current. Very similar to a xenon camera flash. One the plasma is excited by a 2 to 3kv pulse, 200 to 450 volt dump from a capacitor bank through bulb. At higher frequencies the domain and temperature of the plasma doesn't have time to loose conductivity and produces allot of heat.
Hello,
The Circuit Examples, Part Values are included with the zip file. If you would like rules of thumb, you can find them here at this link at my website. Tutorial
Simulator model files that are provided in the attached file were produced by Switcher CAD III Bode plots of the successive stages of the circuit establish how the circuit is constructed and reveals the importance of fine tuning. If you are familiar with capacitive current doublers, they don't have a ring value and resonant circuits do. It does work as a product of Q, rate and at times, bad impedance matching and precision tuning.
The model files include a circuit that if constructed will convert 20W to 2.4KW. Another model file which may require very serious parts searches and research to acquire or construct the required parts would convert 30W to 13KW, if constructed. The supply is intended for plasma generation for the sake of heating. After which the heat may be used to heat a building cheaply, or to provide heat to a pile of thermoelectric generator cells and convert it to a usable form of electricity. Plasma at high enough temperatures acts like a piece of wire and the resistance drops to a few places after the decimal point if the vacuum pressure is right. Which is similar to Ionization (gas-filled) Tubes, which can be used to switch on to conduct millions of amperes of current. Very similar to a xenon camera flash. One the plasma is excited by a 2 to 3kv pulse, 200 to 450 volt dump from a capacitor bank through bulb. At higher frequencies the domain and temperature of the plasma doesn't have time to loose conductivity and produces allot of heat.