A completely automatic near-field map** system has been developed within the Research
Institute for Electronic Embedded Systems (IRSEEM) in order to determine the …

A compact double-layer Bowtie antenna optimized for medical diagnosis is presented in this
paper. This on-body antenna is matched to the human body to allow more energy to be …

The rapid development of chip manufacturing technology has increased the demand for
precise characterization techniques. The characterization technique of the physical field on …

In this article, a magnetic-field probe with improved common-mode rejection ratio (CMRR) is
proposed, fabricated, and calibrated. The magnetic-field probe consists of a differential dual …

The designs of two resonant electric-field probes with improved sensitivity for near-field
measurements are proposed and measurements in weak radiated level are conducted. One …

This paper studies the feasibility of Microwave Imaging (MWI) for detection of fractures in
superficial bones like the tibia, using a simple and practical setup. First-responders could …

This paper presents an automated procedure to determine the electric or magnetic near-field
profile of electronic systems and devices in a given plane. It combines sequential sampling …

This paper presents a noncontact radio frequency voltage sensing of a printed trace by
using a capacitive-coupled probe. The noncontact voltage sensing is demonstrated by using …

Low-cost and portable electromagnetic (EM) stroke diagnostic systems are of great interest
due to the increasing demand for early on-site detection or long-term bedside monitoring of …

Near-field probes with high sensitivity facilitate the identification of the root causes of
intrasystem radio frequency interference issues, where weak noise desensitizes the …