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 …

In this paper, an improved design of a high-Q factor CMOS active inductor operating in the
mid MHz frequency range is introduced. Analysis of equations has been used to gain insight …

The demand of configurable and compact RF integrated circuit is ever increasing since the
inception of CMOS technology. The inductor has been an essential component in RF system …

The ever expanding wireless and consumer electronics market necessitates the integration
of more and more multiple functions and there is a growing demand for small size, low cost …

A active inductor in CMOS techonology with a supply voltage of 1.8 V is presented. The
value of the inductance L can be in the range from 0.12 nH to 0.25 nH in high frequency …

This paper presents compendium analysis, simulation and comparison of conventional
spiral/passive inductor and active inductor in 90nm CMOS process. Spiral inductor is a …

Electronic industries always drive to add more functionalities to the devices. Tunability and
compactness have become thrust parameters for the microelectronic researchers. In …

The potential of active inductors (AIs) has been often reduced by lack of accurate design
methodologies and limitations due to the inherent noise sources. This paper deals with …

A compact active inductor circuit is proposed. The circuit is based on the gyrator-C approach
with both transconductance stages realized by MOS transistors in common-source …

Background: All modern transceiver circuits utilize high-performance band pass filters for
proper frequency selection led the researchers to inaugurate the journey of CMOS active …