This paper presents a novel micromachining process to fabricate a 140 GHz planar antenna
based on gap waveguide technology to be used in the next-generation backhauling links …

Radiation leakages are a considerable problem when measuring waveguide structures at
high frequencies. In order to maintain good electrical contact, flanges need to be tightly and …

This paper presents a novel fabrication method based on dry film photoresists to realize
waveguides and waveguide-based passive components operating at the millimeter-wave …

A micromachined ridge gap waveguide power divider operating at 220–325 GHz is
presented. The device is fabricated by SUEX dry film photoresist. Dry film photoresist can be …

SU8 is an epoxy-Novolac resin, which is used as photo initiator in micro-and nano-
fabrication techniques. From literature, graphene has been proved that results in significant …

Thick SU8 microstructures with high aspect ratio and good side wall quality were fabricated
by ultraviolet (UV) lithography, and the processing parameters were comprehensively …

This paper reports the first RF-MEMS component in OSTE polymer. Three OSTE-based
ridge gap resonators were fabricated by direct, high aspect ratio, photostructuring. The …

Microfabrication with Si has its benefits but it is time consuming when etching high ratio
structures. Previously a ridge gap resonator has been fabricated in Si, with a pin height of …

The terahertz (THz) frequency bands have gained attention over the past few years due to
the growing number of applications in fields like communication, healthcare, imaging, and …

Carbon nanotubes are being used here as a base material for rapid prototyping of a high
frequency device. It has been implemented on a ridge gap resonator for 220-325 GHz which …