The design, fabrication, and measurement are presented for a 900-GHz frequency tripler
with silicon micromachined blocks made using deep reactive ion etching. The broadband …

This work presents results of systematically performed optimizations of a quasi-vertical
Schottky-structure for THz-applications. Three versions of structure-design based on a quasi …

We present a detailed discussion of a manufacturing process used for silicon-
micromachining of horn antennas for submillimeter wave applications. The developed …

This work examines the potential of silicon based technologies for the manufacturing of new
passive components in the THz-domain. Silicon was applied both as a very low loss …

This research discusses the design, fabrication, integration, and characterization of
micromachined millimeter-wave components and a signal source for submillimeter-wave …

This work presents results of systematically performed optimizations of a quasi-vertical
Schottky-structure for THz-applications. Three versions of structure-design based on a quasi …

Schottky diode waveguide mixer manufactured by a combination of conventional
micromachining and silicon etching technology. We discuss the field simulation based …

Abstract Im Rahmen der vorliegenden Arbeit wurden Mischerkonzepte für leistungsfähige
Schottky-Dioden-basierte THz-Empfänger für den Frequenzbereich um 600 GHz analysiert …

This paper presents the results of a GaAs Schottky diode waveguide mixer for 600 GHz,
manufactured using silicon micromachining technologies. Both the rectangular waveguide …

Exploitation of the terahertz frequency region offers tantalising rewards over other parts of
the congested spectrum, however current technologies and manufacturing methods are not …