This communication presents a single-glass-layer optically transparent transmitarray (TTA)
with high aperture efficiency at millimeter-wave (mmWave) 5G band. When designing a …

A 140-GHz wideband array antenna-in-package (AiP) that uses multimode resonance is
proposed based on a low-profile multilayer printed circuit board (PCB), which can be …

In this article, a low-cost transmitarray antenna, fabricated using standard printed circuit
board technology is reported, with application to point-to-point communications in the 300 …

This letter proposes a near-field beam focusing transmitarray-based (TA-based) free space
measurement system that is extremely miniaturized rather than horn-to-horn and dielectric …

A completely embedded, planar, dual-element dielectric based antenna directly fed by a
substrate integrated insulated guide within the same layer in Sub-THz band is presented in …

A high-gain and tri-band terahertz microstrip antenna with a photonic band gap (PBG)
substrate is presented in this paper for terahertz communications. Polyimide dielectric …

This letter presents an accurate and efficient method for analyzing the gain pattern of
transmitarray antennas (TAA). This method is derived by following the definition of antenna …

In this letter, the dielectric characterization of nematic liquid crystals (LCs) materials using a
complementary split-ring resonator (CSRR) frequency selective surface (FSS) at sub-THz is …

This paper presents an anisotropic transmitarray for next-generation applications in the 300-
GHz band. First, the proposed three-layer unit-cell is analyzed theoretically to demonstrate …

The transmitarray antenna (TA) has been in focus in recent years for millimetre-wave
applications where highly directive and efficient antennas are of necessity. Various TA …