A CMOS Current-mode DC-DC converter with input and output voltage-independent stability and frequency characteristics utilizing a quadratic slope compensation scheme

@article{Umimura2007ACC,
  title={A CMOS Current-mode DC-DC converter with input and output voltage-independent stability and frequency characteristics utilizing a quadratic slope compensation scheme},
  author={K. Umimura and Hiroki Sakurai and Y. Sugimoto},
  journal={ESSCIRC 2007 - 33rd European Solid-State Circuits Conference},
  year={2007},
  pages={178-181}
}
A CMOS Current-mode DC-DC converter using a quadratic slope compensation scheme is presented. The use of a quadratic slope instead of a conventional linear slope makes a damping factor and a frequency bandwidth of a current feedback loop independent of the converter's output voltage. Further designing the coefficient of the quadratic slope to be fully dependent of the input voltage, the damping factor and the frequency bandwidth become completely independent of both the input and output… CONTINUE READING
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Pulse Width Modulated DC-DC Converters

  • K. C. Wu
  • CHAPMAN & HALL,
  • 1997
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