Self-adjusting regulator and method of using same

A method of using a self-adjusting regulator, the method comprises:

• generating an output voltage;
• receiving a reference voltage;
• determining a difference between the reference voltage and the output voltage;
• generating at least one oscillation control signal to adjust a switching rate of the self-adjusting regulator based on the difference between the reference voltage and the output voltage;
• and
• generating at least one bandwidth control signal to adjust a bandwidth of the self-adjusting regulator based on the difference between the reference voltage and the output voltage.

A method of using a self-adjusting regulator, the method comprising:

• generating an output voltage using a power stage;
• controlling the power stage using a control loop configured to control the power stage, wherein controlling the power stage comprises:
• adjusting a bandwidth of the self-adjusting regulator in response to at least one compensator control signal using a compensator, and
• generating an oscillation signal using an oscillator to control a switching speed of the self-adjusting regulator in response to at least one oscillator control signal;
• and
• controlling the control loop using a voltage sensing control circuit, controlling the control loop comprises:
• generating the at least one compensator control signal and the at least one oscillator control signal based on a comparison of the output voltage and a reference voltage,
• wherein in a low speed mode operating the self-adjusting regulator at a first bandwidth generated by the compensator, and at a first switching speed generated by the oscillator, and
• in a high speed mode operating the self-adjusting regulator at a second bandwidth generated by the compensator, and at a second switching speed generated by the oscillator, wherein the second bandwidth is greater than the first bandwidth, and the second switching speed faster than the first switching speed.