Tunable radio-frequency (RF) components are pivotal elements in frequency-agile and
multifunctional systems. However, there is a technical barrier to achieve miniaturized fully …

In this paper, design and simulation of optimized MEMS spiral inductor are presented. The
effects of design parameters on characteristics of inductor have been considered. The …

In this chapter, the microelectromechanical system (MEMS) model library is exploited to
build up in Cadence the schematic of a complex MEMS‐based network, namely, a multistate …

A multi‐layer inductor is proposed to achieve high inductance with moderate Q‐factor
values. The development of integration of devices technology in radio‐frequency (RF) has …

In this Chapter an overview on different classes of passive components that can be realized
using radio frequency microelectromechanical systems (RF MEMS) technology is provided …

NMR is one of the important analytic tools which is used to obtain certain information such
as metabolic concentrations in neural or muscular tissues. In some other important …

In this chapter an overview on the different classes of passive components that can be
realized in radio frequency microelectromechanical systems (RF MEMS) technology is …

A double split series stacked multilayer on chip inductor (OCI) with high quality factor (Q)
and inductance (L) is proposed, in this paper. The design and simulation of the proposed …

The wireless communication market has been ever-growing in recent decades. Radios with
high performance and capabilities to support wireless connections are increasingly …

In this paper on-chip multi-layer inductor is proposed using VLSI multi-layer design concept.
Proposed multi-layer inductor shows 40% improvement in terms of Q-factor and 20 …