A novel mm-wave microstrip-fed patch antenna with broad bandwidth and wide angular
coverage suitable for integration in planar arrays is designed, analyzed, and verified by …

A volumetric W-band near-field (NF) antenna measurement system is presented and
evaluated. The system supports measurements at arbitrary locations within the …

A dual linearly polarized antenna array for automotive applications in the 77 GHz band is
presented. The array is composed of 10 single microstrip patch radiators excited by a …

An antenna array which is composed of 30 single microstrip patch elements is proposed.
Three groups of ten patch antennas are arranged as three series-parallel fed columns which …

A circularly polarized antenna array for the automotive radar frequency band at a center
frequency of 79.5 GHz is proposed. The antenna array consists of 10 dual-linearly polarized …

An apparatus for a mmWave RF scanner system is described that enables multiple modes of
operation. The disclosed RF scanner may be configured to perform a variety of independent …

A numerical procedure for the computation of Gaussian beam shaping reflector contours is
presented. The approach applies to one principal plane of the beam. It is based on …

Antenna development at mmW bands has many uniquely challenging issues wherein the
measurement is one of the toughest ones because of the expensive testing setup, system …

This thesis focuses on the design and realization of a phased array antenna that shapes a
well-defined Gaussian beam in the W-band from 75 GHz to 105 GHz. Steering is enabled by …

Wireless power transfer through near field magnetic coupling is becoming increasingly
popular in modern electronics. Consequently, coil geometry design is being examined in …