In this paper an optimization-based approach for the design of RF integrated inductors is
addressed. For the characterisation of the inductor behaviour the double π-model is used …

The need for implementing low cost, fully integrated RF wireless transceivers has motivated
the widespread use CMOS technology. However, in the particular case for voltage …

The design of circuits which are robust against variations in operating and process
conditions is crucial in today's IC industry. In the analog design flow this problem can be …

This chapter presents the optimal design of radio-frequency integrated spiral inductors. The
basic idea is to generate an analytical model to characterize integrated inductors based on …

This paper discusses a simplified methodology and optimization of geometry for designing
of Planar Spiral Inductors. The existing method to calculate Inductance of a spiral ie, the …

The sizing of the analog blocks of integrated circuits must be computed predominantly
automatically to ensure the efficiency of the design flow for integrated circuits also in future …

The models of CMOS RF inductors are reviewed and improved for design. A compact
frequency-independent equivalent circuit is developed for symmetric inductors used in …

This paper will present the concept of discrete part value optimization as a powerful tool in
electronic circuit design and simulation. The implementation of this feature in efficient “first …

In this paper we deal with analog active filter design using discrete components taking into
consideration tolerance effects. Sensitivity analysis is performed to determine the most …

This paper addresses the automatic generation of RF integrated inductors model. In this
work the double p-model is used as a way of characterizing the inductor behaviour over a …