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A method for controlling pulsed power that includes measuring a first pulse of power from a power amplifier to obtain data. The method also includes generating a first signal to adjust a second pulse of delivered power, the first signal correlated to the data to minimize a power difference between a

A method for controlling pulsed power that includes measuring a first pulse of power from a power amplifier to obtain data. The method also includes generating a first signal to adjust a second pulse of delivered power, the first signal correlated to the data to minimize a power difference between a power set point and a substantially stable portion of the second pulse. The method also includes generating a second signal to adjust the second pulse of delivered power, the second signal correlated to the data to minimize an amplitude difference between a peak of the second pulse and the substantially stable portion of the second pulse.

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1. A method for controlling pulsed power, comprising: measuring a first pulse of delivered power from a power amplifier to obtain data;generating a first signal to adjust a second pulse of delivered power, the first signal correlated to the data to minimize a power difference between a power set poi

1. A method for controlling pulsed power, comprising: measuring a first pulse of delivered power from a power amplifier to obtain data;generating a first signal to adjust a second pulse of delivered power, the first signal correlated to the data to minimize a power difference between a power set point and a substantially stable portion of the second pulse; andgenerating a second signal to adjust the second pulse of delivered power, the second signal correlated to the data to minimize an amplitude difference between a peak of the second pulse and the substantially stable portion of the second pulse. 2. The method of claim 1 further comprising providing the second signal as an input to a voltage source, the voltage source providing a voltage to a voltage to power converter. 3. The method of claim 2 further comprising correlating the second signal to a time delay measured between the voltage source receiving a set point and the voltage to power converter outputting power. 4. The method of claim 1 further comprising calculating a pulse shape error between the peak of the first pulse and the substantially stable portion of the first pulse. 5. The method of claim 4 further comprising correlating the second signal to the pulse shape error. 6. The method of claim 1 further comprising calculating a power offset between the power set point and the substantially stable portion of the first pulse. 7. The method of claim 6 further comprising correlating the first signal to the power offset. 8. The method of claim 1 further comprising providing the first signal as an input to a voltage source, the voltage source providing a voltage to a voltage to power converter. 9. The method of claim 8 further comprising correlating the first signal to a duty cycle input of the voltage source.