ABSTRACT A high sensitivity rounded bow-tie antenna was optimized based on
electromagnetic simulations. The bicrystal Josephson junction detector with a thin layer of …

A new measurement technique of electrical parameters of superconducting thin films at the
Very High Frequency (VHF) range is described, based on resonators with microstrip (MS) …

Multichannel very high frequency (VHF) high-power transmission system, based on a 90°,
high-temperature superconductor YBa 2 Cu 3 O 7 (YBCO) hybrid coupler is presented. The …

A high-performance S-band down-conversion microstrip mixer, for operation from 77 K to
300 K, is described. The balanced mixer combines a 90 degree hybrid coupler, two Schottky …

Featured Application Experimental results prove that major improvement of THz radiation
detection can be obtained by the optimal design of planar antenna with HTSC Josephson …

An innovative method to improve the efficiency of a single-phase electric-grid 125 kVA, 50
Hz shell type and distribution transformer is presented. The diamagnetism characteristic of a …

The increasing demand for cellular communication channels calls for multichannel
solutions. Using one antenna for each channel results in a high density of antennas at the …

A very low noise figure radio frequency (RF) front-end for the cellular realm is presented.
The front-end is composed of two planar YBCO high critical temperature superconductor …

Superconducting Josephson junctions as radiation detectors dramatically reduce the
complexity of THz detection systems. Rather than employing a complicated high frequency …

Detection of THz radiation can be significantly simplified using a detection system based on
Superconducting Josephson junctions. Rather than operating extremely sophisticated …