Adjustable zero voltage to high voltage power supply

A method for providing, by an adjustable power supply, an adjustable output voltage, comprising:

• providing, by a first modulator generator, an adjustable voltage signal equivalent to an operating range of the first modulator generator;
• providing, by a second modulator generator, a modulated signal comprising a fixed frequency modulated signal using the adjustable voltage signal while a clock signal is transmitted to the second modulator generator by an adjustable pulse width modulator (“PWM”);
• converting, by a transformer, the fixed frequency modulated signal to an increased output voltage signal;
• generating, by a voltage multiplier, an increased DC output voltage;
• producing, by a filter, a cleaned increased DC output voltage, wherein a first portion of the cleaned increased DC output voltage powers a load;
• dividing down, by a plurality of integrated circuits, a second portion of the cleaned increased DC output voltage;
• comparing, by the plurality of integrated circuits, the divided down second portion with a control signal;
• splitting, by the plurality of integrated circuits, a resulting difference between the divided down second portion and the control signal into two feedback signals;
• and
• simultaneously transmitting the two feedback signals to the first modulator generator and the adjustable pulse width modulator (“PWM”).

A method for providing, by an adjustable power supply, an adjustable output voltage, comprising:

• providing, by a first modulator generator, an adjustable voltage signal equivalent to an operating range of the first modulator generator;
• providing, by a second modulator generator, a modulated signal comprising an increasing frequency modulated signal using the adjustable voltage signal while a clock signal is transmitted to the second modulator generator by an adjustable pulse width modulator (“PWM”);
• converting, by a transformer, the increasing frequency modulated signal to a decreased output voltage signal;
• and
• generating, by a rectifier, a rectified DC output voltage suing the decreased output voltage signal;
• producing, by a filter, a cleaned rectified DC output voltage, wherein a first portion of the cleaned rectified DC output voltage powers a load;
• dividing down, by a plurality of integrated circuits, a second portion of the cleaned rectified DC output voltage,
• comparing the divided down second portion to a control signal;
• splitting a resulting difference between the divided down second portion into two feedback signals;
• and
• simultaneously transmitting the two feedback signals to the first modulator generator and the adjustable pulse width modulator (“PWM”).