Implementing high-gain antennas operating in exceedingly high THz regions, eg, the
challenging WR-1.0 band, relies significantly on dependable microfabrication technologies …

In the design process of the traditional compact antenna test range (CATR) system, the
designer mainly considers electromagnetic characteristics, such as co-polar amplitude …

The paper proposes a high gain, low ECC, and high isolation THz MIMO antenna array for
future generation wireless applications to accommodate a growing population of mobile …

This paper presents a method for optimizing the excitation of a linear array feed in a single
parabolic cylindrical compact range (SPCCR), which can improve aperture efficiency while …

A 16-pixel terahertz (THz) receiver front-end working at room temperature was designed,
built, and measured in this paper. The designed receiver front-end is based on the antenna …

Compact antenna test range (CATR) can generate a region of uniform pseudo-plane wave
called quiet zone, which can provide a test zone for obtaining far-field measurement data of …

The technology transfer of terahertz wireless communication from research laboratories to
commercial applications is a global strategic achievement currently pursued to match the …

In this letter, we concentrate on computational electromagnetic (CEM) modeling for a
wideband three-reflector compact antenna test range (CATR) system and evaluate the …

太赫兹天线是未来第六代移动通信(6G) 的重要组成部分, 其中太赫兹透镜天线因其高增益,
稳定的辐射特性, 低成本等优点, 受到广泛关注. 太赫兹透镜天线不存在馈源遮挡的问题 …

Compact antenna ranges test (CATR) are commonly used for antenna testing and radar
cross section measurements. The single parabolic cylindrical reflector (SPCR) compact …