This book was written for use in a course at Linkoping University and to aid the electrical
engineer to understand and design analog filters. Most of the advanced mathematics …

A floating general immittance function simulator circuit is presented using two differential
voltage to current converters (DVTCs) and three passive components. The developed DVTC …

This paper highlights major contributions, during the past half century, in the design of
analog active networks with emphasis on active filters in the audiofrequency range. It is not …

A systematic procedure is presented for the design of active filters obtained as operational
simulations of LC ladder prototypes. The method is based on the signal-flow graph (SFG) …

The active RC simulation of LC filters is of interest, due to the excellent sensitivity properties
thereby obtained. Most known designs of active RC driving-point impedances necessary for …

In this paper, we analyze the effect of opamp finite gain-bandwidth-product (GBW) on the
performance of generalized impedance converter (GIC)-based frequency-dependent …

In this paper, two three-opamp-based active RC biquad structures based on generalized
impedance converters (GIC) due to Mikhael–Bhattacharyya and Padukone–Mulawka …

ABSTRACT A method for realizing new mutually coupled circuits by using mutators is
described. Various types of mutually coupled circuits, such as a mutual inductance, a mutual …

In this paper, a new technique for realizing area-efficient, low-noise filters is introduced. The
proposed filter topologies utilize noise shaping techniques to shift the noise of the passive …

In this paper, a new design technique for designing higher order minimally invasive lowpass
filters is proposed. The proposed fully differential filter has been simulated in TSMC 130 nm …