A few considerations
I hope it will be useful. The most important thing to remember that the sinusoidal oscillations will never gain. Only impulse technology capable of providing the desired effect.However, not every impulse is able to do so.
The pulses have to be monotonous. No jitter should not be.
So he has to work a discharger a fixed time. Fully managed spark gap, is the path to success, as make E.Grey.Therefore, if the gap is shaking, it's a next spam.
The pulse duration is strictly related to the length of the conductor of the primary coil.
The steepness of the front of a pulse and its amplitude is directly related to the expression of the effect. The sharper edge of the pulse and the higher the voltage, the easier it is to get the effect.
Tesla said: "... in order to obtain the energy - needed to cool of the ether ..."
The basic principle - the principle of heat pump
Similarly, working refrigerators, air-only environment.
When properly configured triggered spark gap, the primary coil, there is a vortex ethereal object. Its presence is the cause of the flow of energy from the ethereal medium. While this effect is not obtained, the scheme does not provide any benefit.
By itself, the discharge is not an energy source, it is a common misconception. The shock wave produced by spark gap is an essential education in the form of a toroid, ethereal medium at this point is compacted.
Along the axis of of a toroid begins drawing ether and dumping on the other side.
Even with only a primary coil can collect extra energy, as make mr. E.Grey. To get more power is needed the segmented object. That object is the secondary coil.
No modern measurement instrument is not capable of working with such systems, in which the electron currents are absent. If you have an oscilloscope shows the pulse, so there is no effect. To measure currents and voltages, use only the old arrow instruments.
At input and output is better to measure only the direct currents to get rid of the coefficient of the waveform.
Then it is possible to correctly measure the balance of power at the input and output.
Likely Flooding?
Too much "water" and no real solutions
B. R.
Vasiliy
I hope it will be useful. The most important thing to remember that the sinusoidal oscillations will never gain. Only impulse technology capable of providing the desired effect.However, not every impulse is able to do so.
The pulses have to be monotonous. No jitter should not be.
So he has to work a discharger a fixed time. Fully managed spark gap, is the path to success, as make E.Grey.Therefore, if the gap is shaking, it's a next spam.
The pulse duration is strictly related to the length of the conductor of the primary coil.
The steepness of the front of a pulse and its amplitude is directly related to the expression of the effect. The sharper edge of the pulse and the higher the voltage, the easier it is to get the effect.
Tesla said: "... in order to obtain the energy - needed to cool of the ether ..."
The basic principle - the principle of heat pump
Similarly, working refrigerators, air-only environment.
When properly configured triggered spark gap, the primary coil, there is a vortex ethereal object. Its presence is the cause of the flow of energy from the ethereal medium. While this effect is not obtained, the scheme does not provide any benefit.
By itself, the discharge is not an energy source, it is a common misconception. The shock wave produced by spark gap is an essential education in the form of a toroid, ethereal medium at this point is compacted.
Along the axis of of a toroid begins drawing ether and dumping on the other side.
Even with only a primary coil can collect extra energy, as make mr. E.Grey. To get more power is needed the segmented object. That object is the secondary coil.
No modern measurement instrument is not capable of working with such systems, in which the electron currents are absent. If you have an oscilloscope shows the pulse, so there is no effect. To measure currents and voltages, use only the old arrow instruments.
At input and output is better to measure only the direct currents to get rid of the coefficient of the waveform.
Then it is possible to correctly measure the balance of power at the input and output.
Originally posted by RAMSET
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Too much "water" and no real solutions
B. R.
Vasiliy
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