Here is another TBC shape experiments done in France.
Tesla's "WIRELESS TRANSFER OF ENERGY"
Jean-Louis Naudin
Here a test about the measuring the temperature of the OUTPUT COIL with 4180 W of halogen lamps used as loads.
More infos at: The JLN Labs home page
After having connected the load to the Tesla bifilar coil through some electrical plugs, put the coil on the middle of the induction cooker. Push the start/stop button and then the "function" button. By default, the delivered power on my induction cooker model is 2000 W, this is too much for this experiment : reduce the power to 1000 W with the (-) button.
At the beginning, the LCD shows the E0 error code (No cookware on the plate, cookware not fitted for induction) with a bip. To build up the EM coupling of the output coil, you need only to place temporarily a sheet of magnetic metal (180x180mm) or a magnetic cookware above the coil and in the middle of the induction cooker. When the output lamps are lit you must remove quickly the metal sheet because this metal sheet will heat up very fast. Never maintain the cookware or the metal sheet on the induction cooker in this experiment. If everything has been done correctly the halogen lamps will light at high power. You may move the output coil so as to get the maximum of ligh induction cookert output. The flat bifilarTesla coil doesn't heat too much and you may move it without any problem with your hands.
Tesla explains that a standard coil of 1000 turns with a potential of 100 volts across it will have a difference of .1 volt between turns. A similar bifilar coil will have a potential of 50 volts between turns. In that the stored energy is a function of the square of the voltages, the energy in the bifilar will be 502/.12 = 2500/.01 = 250,000 times greater than the standard coil!"
This induction cooker buy on Amazon for only 39,90 €
[VIDEO]https://www.youtube.com/watch?v=JqgO7AEZXzI[/VIDEO]
Tesla's "WIRELESS TRANSFER OF ENERGY"
Jean-Louis Naudin
Here a test about the measuring the temperature of the OUTPUT COIL with 4180 W of halogen lamps used as loads.
More infos at: The JLN Labs home page
After having connected the load to the Tesla bifilar coil through some electrical plugs, put the coil on the middle of the induction cooker. Push the start/stop button and then the "function" button. By default, the delivered power on my induction cooker model is 2000 W, this is too much for this experiment : reduce the power to 1000 W with the (-) button.
At the beginning, the LCD shows the E0 error code (No cookware on the plate, cookware not fitted for induction) with a bip. To build up the EM coupling of the output coil, you need only to place temporarily a sheet of magnetic metal (180x180mm) or a magnetic cookware above the coil and in the middle of the induction cooker. When the output lamps are lit you must remove quickly the metal sheet because this metal sheet will heat up very fast. Never maintain the cookware or the metal sheet on the induction cooker in this experiment. If everything has been done correctly the halogen lamps will light at high power. You may move the output coil so as to get the maximum of ligh induction cookert output. The flat bifilarTesla coil doesn't heat too much and you may move it without any problem with your hands.
Tesla explains that a standard coil of 1000 turns with a potential of 100 volts across it will have a difference of .1 volt between turns. A similar bifilar coil will have a potential of 50 volts between turns. In that the stored energy is a function of the square of the voltages, the energy in the bifilar will be 502/.12 = 2500/.01 = 250,000 times greater than the standard coil!"
This induction cooker buy on Amazon for only 39,90 €
[VIDEO]https://www.youtube.com/watch?v=JqgO7AEZXzI[/VIDEO]
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