Dr. Stephan Biber

Lehrstuhl für Hochfrequenztechnik (LHFT)

A Quasioptical Bandpass Filter for 300 GHz on an Electrically thick Silicon Substrate (2005) Biber S, Bozzi M, Günther O, Perregrini L, Schmidt LP Conference contribution Design of a Controllable Attenuator with High Dynamic Range for THz-Frequencies based on Optically Stimulated Free Carriers in High-Resistivity Silicon (2005) Biber S, Schneiderbanger D, Schmidt LP Conference contribution Design and Testing of Frequency Selective Surfaces on Thick Silicon Substrate Operating at 600 GHz (2005) Biber S, Bozzi M, Günther O, Perregrini L, Schmidt LP Conference contribution 600 GHz GaAs Schottky Diode Mixer in Split-block Technology (2005) Schür J, Biber S, Cojocari O, Schmidt LP, Hartnagel H Conference contribution Schottky-Structures for THz-Applications based on Quasi-Vertical Design-Concept (2005) Cojocari O, Sydlo C, Hartnagel H, Biber S, Schür J, Schmidt LP Conference contribution Low-Loss Frequency Selective Surfaces on Silicon Substrates for Sub-millimeter Wave Applications (2005) Biber S, Bozzi M, Günther O, Perregrini L, Schmidt LP Conference contribution Design and Measurements of Frequency Selective Surfaces on Silicon Substrates for Sub-mm Wave Applications (2005) Biber S, Bozzi M, Perregrini L, Schmidt LP Conference contribution A Frequency Selective Surface for Harmonic Suppression in THz-Multipliers (2005) Biber S, Günther O, Bozzi M, Perregrini L, Fischer B, Hofmann A, Jepsen PU, et al. Conference contribution 600 GHz Waveguide Mixer fabricated by combined conventional and Silicon Micromachining (2005) Schür J, Biber S, Cojocari O, Sydlo C, Schmidt LP, Hartnagel H Conference contribution DC- and IF-noise performance optimization of GaAs Schottky diodes for THz applications (2005) Cojocari O, Biber S, Mottet B, Rodriguez-Girones M, Hartnagel H, Schmidt LP Journal article