In this paper, we present a new advanced calibration and normalization procedure for time
domain reflection and transmission (TDR/T-) measurements. Our approach reduces the …

This paper presents a method for effectively characterizing the dielectric permittivity of
nematic liquid crystals across a broad frequency range. These materials show significant …

Efficient coupling of energy in and out of a resonator can significantly enhance its
performance, particularly when used for dielectric characterization of materials. In this paper …

In today's semiconductor-based computer and communication technology, system
performance is determined primarily by two factors, namely on-chip and off-chip operating …

The embedded systems implemented in aerospace, transport, and power converters led to
the development of modules using SiC and GaN semiconductors today. Integrating new …

A dual microstrip resonator sensor for measurement of dielectric constant with high
resolution and a compact area of material under test is proposed. The resonant …

An essential property of dielectric materials is a dielectric constant. In dielectric
measurement, microwave sensors are widely used for electromagnetic radiation of the …

Presents a novel numerical hybrid time/frequency-domain technique for accurate broadband
characterization of the complex dielectric constant of transmission line systems using the …

Engineered materials with special electromagnetic properties are gaining an interest for
applications where tailored material parameters are needed to meet stringent requirements …

An optimization technique for time domain applications is presented. The technique uses a
modification of Powell's (1964) algorithm to obtain the best non-linear least squares fit …