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This paper propose a fast transient buck converter using hysteresis PWM control, which is based on output ripple voltage and inductor ripple current for charging and discharging characteristics of capacitor C. The proposed control strategy is very simple and solves the compensation problem of the error amplifier in conventional voltage PWM control. It achieves both faster transient response and quasi...
A hysteresis control strategy based on the modulation of output voltage for Buck converter is proposed in this paper, which offers faster transient response and better stability. The small signal is derived, dynamic analysis and evaluation of control strategy is performed and verified by simulation and experiment results.
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