A fully integrated concurrent dual-band low noise amplifier with suspended inductors is
reported. Wideband input impedance matching and wideband low noise characteristics are …

Layout optimized planar spiral inductors using variable width (W) and spacing (S) across
their turns are known to exhibit higher quality factors (Q). In this paper, we explore the …

A layout design algorithm for a variable-width inductor is proposed to minimize metal
resistance. For a given chip area, the proposed algorithm can rapidly design metal widths of …

In this paper, we demonstrate an effective way of annealing in vacuum to enhance the-
Factor of planar spiral inductors for RF applications. The impact on the enhancement of the …

The on-chip planar spiral inductors having variable width (W) and spacing (S) across their
turns are known to exhibit higher quality factors (Q). In this paper, we present an efficient …

Selective removal of the silicon underneath a set of single-turn multilayer interlaced stacked
(SMIS) radio-frequency (RF) transformers with nearly perfect magnetic-coupling factor (k IM …

This article presents a planar circular spiral inductor introducing an optimum compensatory
ground capacitance to improve its quality factor and self-resonance frequency (SRF). The …

With advancement in technology, higher level integration is coming to fore which demands
components with high performance and efficiency in time to market. In VLSI domain, layout …

We have fabricated high-quality-factor toroid and solenoid inductors using two copper-
plating steps. The inductors exhibit Q-factors as high as 87 at 14.5 GHz and 35 at 6.4 GHz …

A switchable number of turns, symmetric, parallel stacked, variable width and spacing
inductor structure with performance optimized for multi-band operation and an area efficient …