## Optimization of pole sensitivity in active RC-networks |

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### Contents

Sensitivity Control in Active Realizations | 13 |

Computer Optimization | 36 |

MultiParameter Sensitivity | 62 |

3 other sections not shown

### Common terms and phrases

active device active element admittance Butterworth cascade realization characteristic circuit configurations continued fraction cutoff Dasher Dasher's technique db Ripple digital computer driving-point element values Equation 1.1 feedback Flow chart Fourth order Tschebyscheff fourth-order gain constant given gives higher-order Horowitz decomposition Horowitz example Hurwitz polynomial infinity insertion loss j-axis zero John McMullen kB(s kc/s Kuh's structure logarithmic sensitivity low-pass filter minimax minimize monic polynomial negative real axis negative real roots network function network theory Noel Martin ohms operational amplifier optimization optimum decomposition parameters passive elements passive network passive RC phantom zeros pole polynomial pole sensitivity Pole-pair unit polynomial root problem Q poles RC realization real coefficients real frequencies result root locus root sensitivity roots of A(s s-plane second-order sensitivity function shown in Figure small as possible structure of Figure synthesis transfer voltage ratio transmission zeros TT(S voltage amplifier zero of sensitivity zeros of B(s