This paper presents a chronological review of the research carried out on antennas in low-
temperature cofired ceramics (LTCC) technology over the last ten years or so. Major …

Three-dimensional structures in a multi-layer ceramic substrate are important in realizing
ceramic-based meso-and micro-systems. During lamination and/or co-firing, three …

The integration of electronic devices into composite materials is an inevitable requirement
for the development of multifunctional composite materials and structures (MFCMS), which …

Multifunctional composites endowed with signal transmission and excellent mechanical
properties show promising applications in aviation and aerospace. In this study, in …

An easy estimation of the gain enhancement of a microstrip patch that occurs when a
standard PTFE substrate is replaced by air is presented. The theory is verified for a wide …

A novel hybrid integration strategy for compact, broadband, and highly efficient millimeter-
wave (mmWave) on-chip antennas is demonstrated by realizing a hybrid on-chip antenna …

A silicon-based broadband stacked patch antenna with an air cavity using bulk silicon
micromachining process is proposed in this paper. The proposed antenna consists of three …

Purpose This paper aims to present a novel wireless passive pressure sensor based on an
aperture coupled microstrip patch antenna embedded with an air cavity for pressure …

The deformation behaviors of suspended low temperature co-fired ceramic (LTCC)
laminates over a cavity and the evolution of open porosity of LTCC are studied for the …

The wireless high-frequency technology requires a robust, cost-effective, and highly
integrated substrate technology offering the capability for areas of tailored permittivity. The …