Achieving power-and area-efficient fully integrated transceivers is one of the major
challenges faced when designing high-frequency electronic circuits suitable for biomedical …

This paper reports for the first time, the dielectric characterization of a new, electronically
tuneable electrochromic (EC) thin-film material over the frequency range 1-67 GHz, at …

This study presents an analytical method for the extraction of the complex relative permittivity
of multi‐layered dielectric substrates that are used to construct thin film microstrip lines …

In this article, new approximate analytical models of graphene-based micro-and nanostrip
transmission lines are given. These models are based on the representation of the …

A transmission line allows different frequencies to conduct alternating current (AC). They are
a peculiar type of wire that allows signal transmission while making it resistant to external …

The method of lines (MoL) has been applied for analyzing the characteristics of various
structures of coplanar transmission lines widely. But in most previous literatures, the …

The goal of this chapter is to analyze the problems in the modeling and design of passive
components at increased frequencies up 100 GHz. It starts with a short review on the state of …

Study on transmission characteristics of terahertz wave in microstrip line Page 1 WI23.pdf The
9th International Symposium on Ultrafast Phenomena and Terahertz Waves (ISUPTW) © OSA …

Simulation Study of Attenuation for THz Wave in Microstrip Line Page 1 IT2A.9.pdf The 8th
International Symposium on Ultrafast Phenomena and Terahertz Waves© OSA 2016 Simulation …

In this Chapter, an analytical review on interated transmission lines for millimeter-wave
applications is given. Several tens of lines are analyzed and their characteristics are …