Design and Realization of Broadband Active Inductor Based Band Pass Filter

Abstract

With the latest developments in the wireless communication systems, the alternative design methodologies are required for the broadband design of microwave components. In this paper, a compact broad band pass filter (BPF) design is introduced through the microwave design technique based on the active inductor (AIN) with the numerical computation and experimental measurement studies. The proposed AIN based BPF has operating frequency band extending from 0.8 GHz to 2.7 GHz in compact size with high selectivity in comparison to conventional LC based BPF. The experimental measurement results agree well with the numerical computation results. The proposed AIN based BPF design has technical capability to be conveniently tuned to operate at different frequency bands.

A Reconfigurable Multi-band Resonator and Its Application to Band-pass Filter

“…In [6], a novel tunable dual bandpass filter (DBPF) is proposed with the ability to independently tune two passbands. In [7], a design of an active inductor used for a reconfigurable band-pass circuit is proposed. In [8], a dual-band bandpass filter based on novel microstrip terminated cross-shaped resonators is proposed, which has fixed and reconfigurable bandwidths.…”