This paper proposes a novel method for the design of a recursive second-order (biquadratic) all-pass phase compensator with controllable stability margin.

Deng, Tian-Bo · This paper proposes a novel method for the design of a recursive second-order (biquadratic) all-pass phase compensator with controllable ...

This paper proposes a novel method for the design of a recursive second-order (biquadratic) all-pass phase compensator with controllable stability margin.

Abstract—A new method is proposed in this paper for the design of an allpass biquadratic (biquad) phase-compensating system whose stability-margin satisfies ...

A new method is proposed in this paper for the design of an allpass biquadratic (biquad) phase-compensating system whose stability-margin satisfies an ...

Biquadratic Digital Phase-Compensator Design with Stability-Margin Controllability · T. Deng. Engineering. J. Circuits Syst. Comput. 2019. This paper proposes a ...

Biquadratic Digital Phase-Compensator Design with Stability-Margin Controllability. Article. Jun 2018. Tian-Bo Deng. This paper proposes a novel method for the ...

Metrics · Biquadratic Digital Phase-Compensator Design with Stability-Margin Controllability. Tian-Bo Deng, Journal of Circuits, Systems and Computers, 2019.

This paper proposes a novel method for the design of a recursive second-order (biquadratic) all-pass phase compensator with controllable stability margin.

Mar 2, 2017 · 2024. Biquadratic Digital Phase-Compensator Design with Stability-Margin Controllability. Tian-Bo Deng, Journal of Circuits, Systems and ...