In this paper a new approach for the design of class AB active inductors is proposed.
Several active solutions have been presented in the literature for replacing spiral inductors …

The analysis and design of a high-Q differential active inductor with wide tuning range is
presented in this study. The self-resonant frequency (SRF) and quality factor (Q) of the …

In this research work, a low-power grounded active inductor based on gyrator-C topology is
proposed. The simulation results of the proposed active inductor show maximum quality …

This paper presents spiral inductors for V-band (50GHz-75GHz) wireless Integrated Circuits
(ICs). The effects of variation of various design parameters of spiral inductors viz. number of …

Numerous structural planning of active inductors have been proposed as of not long ago in
literature which showing tuning conceivable outcomes, low chip area and offering …

RF and Microwave active filters design by the use of grounded active inductor (AI) is here
presented. The proposed single transistor AI emulates an inductor behaviour by …

This paper introduces a tool for the optimization of CMOS integrated spiral inductors. Its aim
is to offer designers a first approach on designing inductors without the need for fabrication …

An active inductor (AI) circuit is a widely used component in tuning circuits, filters, oscillators,
etc. These circuits offer various advantages over spiral inductors, namely less chip area …

This work is aimed to compare the performance of toroidal inductors and planar spiral
inductors in multi-layered technologies. Toroidal inductors are investigated theoretically, and …

In this paper the design of high-Q active inductor (AI) with high dynamic range is addressed.
The proposed AI includes a passive variable phase-and amplitude-compensating network …