An active RC realization of a bilinear RL impedance

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Abstract
Various schemes of realizing an inductor have been proposed in the literature, which use active elements other than gyrator and RC elements. They realize either a bilinear RL impedance in a specified frequency range (Borndt and Dutta Roy 1909, Patranabis and Roy 1072, Sankara Rao and Murti 1970 SANKAKA RAO , K. , and MURTI , V. G. K. , 1970 , Proc. Instn electron, elect. Engrs , 58 , 1860 . [Google Scholar] , Venkateswaran and Radhakrishna Rao 1070 a, b) or a linear RL impedance (Patranabis 1972 PATRANABIS , D. , 1972 , Int. J. Electron. , 33 , 707 . [Taylor & Francis Online], [Web of Science ®] [Google Scholar] , Patranabis and Roy 1972 PATRANABIS , D. , and ROY , S. B. , 1972 , Int. J. Electron. , 33 , 681 . [Taylor & Francis Online], [Web of Science ®] [Google Scholar] ) of a single port. Here is a scheme to realize a bilinear RL impedance, which employs an inverting VCVS of finite gain. The sensitivity figures with reference to the active and passive parameters are seen to be finite and low values.

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