This article shows the highest power handling and fastest switching speed of any previously
reported compact solid-state plasma (SSP) switch. These improvements are made possible …

With many frequency bands previously allocated solely for radar now being reallocated for
sharing, radar transmitters must be frequency-agile, able to quickly change operating …

Many frequency bands, previously allocated solely for radar, are being designated for
sharing. Future radar transmitters must adaptively share the frequency spectrum with …

This article details the principle of operation, design process, and characterization of-band
silicon micromachined evanescent-mode (EVA) waveguide switches. This work includes a …

This article reports the design, fabrication, and measurement of a millimeter-wave (mm-
wave) solid-state-match waveguide switch using bulk silicon micromachining. A …

This work investigates the photoconductive effect in high-resistivity silicon (HRS) as the
radiating element of a plasma monopole antenna. A silicon chiplet forming the monopole is …

This letter presents the design, fabrication, and measurement of a silicon micromachined
photoconductive evanescent (EVA)-mode waveguide switch operating in a single-pole …

Recent policy changes to the United States radar S-band allocation requires that radar
transmitters share the 3.45 to 3.7 GHz range with fifth-generation (5G) wireless …

This paper presents the design, fabrication, and measurement of a W-band photoconductive
evanescent-mode waveguide shunt switch using bulk silicon micromachining. The switching …

This paper demonstrates the first optically-controlled, solid-state-plasma switch from DC-110
GHz. We investigate both a single fiber and a two-fiber π-switch on a coplanar-waveguide …