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Charging capacitors beyond 5 Tau provides high negative-voltage for a timeframe equal to time beyond 5T. The small amount of current (I) after charging for 5 Tau reflects the fact that the voltage change after this period is minimal so current is also minimal. Many electricians and engineers believe that the lack of current reflects that the cap…

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Attaining-Extended-Discharge-Periods-in-Capacitors-Using-Additional-Tau-Periods

Capacitors are typically charged only until the point at which their power reaches 5 Tau, or 99.3262053% of the source voltage. Capacitors hold and release charge in periods of Tau. As a capacitor will never reach 100% of charge, any period beyond 99.33% charge is within safe operating conditions. Charging with additional Tau cycles which near 100% but never exceed the 1/1 threshold creates a field which has extended Tau cycles of power.

Example: If a device is charged for 10 Tau on a circuit, the circuit will have power from the capacitor for 5*RC longer than when charged for 5 Tau.

Resistors can be charged and used via voltage at the negative terminal connector.

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Charging capacitors beyond 5 Tau provides high negative-voltage for a timeframe equal to time beyond 5T. The small amount of current (I) after charging for 5 Tau reflects the fact that the voltage change after this period is minimal so current is also minimal. Many electricians and engineers believe that the lack of current reflects that the cap…

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