This paper investigates the electrical performance of graphene-based on-chip spiral
inductors by virtue of a physics-based equivalent circuit model. The skin and proximity …

Conical inductors and metal-oxide-metal (MOM) capacitors are shown to have higher
qualityfactor (Q) characteristics at millimeter wave (mm-wave) frequencies over conventional …

In this article, an implementation method for compact basic passive devices is proposed, in
which the vertical interconnects are optimized by the through glass vias (TGVs) technique …

A new frequency-independent modified T-equivalent circuit for 3-D spiral inductor is
proposed in this letter. Closed-form analytical expressions are proposed account for …

A physical‐based analytical model for double‐layer inductors to reduce the on‐chip area
occupied is presented. A simple DC inductance model is developed based on self …

Аннотация В статье предложены модели планарных симметричных восьмиугольных
катушек индуктивности, отличающиеся методом расчета индуктивности и учетом …

В работе описывается модель проводника, которая может быть использована для
построения катушек индуктивности различных конфигураций топологий в любых Si и …

This paper deals with a high-frequency equivalent modeling method of a power inductor
used in PFC converters. The proposed math model allows for the computation of the high …

Design and analysis of a metal-oxide-metal (MOM) capacitor in 0.18-RF CMOS process,
suitable for the-,-, and-band integrated circuits, is presented in this article. In order to …

This paper aims to model the on-chip spiral inductors based on graphene ribbons. The skin
effect, proximity effect and substrate loss effect are properly considered. At the same time …