A Ka-band planar helix slow-wave structure (SWS) which is suitable for microfabrication is
proposed and its design is described in this paper. A wideband design is achieved by using …

A design of a sheet-beam electron-optical system (EOS) for a microfabricated W-band
traveling-wave tube (TWT) is presented. The proposed TWT is based on a rectangular field …

It has been widely reported that carbon nanotubes (CNTs) exhibit superior field emission
(FE) properties due to their high aspect ratios and unique structural properties. Among the …

Wideband power combining of four W-band microfabricated traveling-wave tubes (TWTs) is
presented. The proposed TWTs are based on a planar helix slow-wave structure (SWS) with …

In this article, a novel planar helix traveling wave tube structure is proposed for S/X-band
amplification. The planar helix structure is developed between two printed circuit boards …

Spatial power combining of two Ka-band microfabricated traveling wave tubes (TWTs) is
reported. The TWTs are based on planar helix slow-wave structure with straight-edge …

Travelling-wave tubes (TWTs) are one of the most popular device among vacuum electron
devices. TWTs can be used as amplifiers, constituting travelling-wave tube amplifiers …

Planar-Helix Slow-Wave Structure (PH-SWS) possesses promising potential in the
miniaturization of Traveling-Wave Tubes (TWTs). To utilize this design, understanding in the …

Wideband power combining of two Ka-band traveling wave tubes (TWTs) is reported. The
TWTs are based on a configuration of planar helix slow-wave structure (SWS) with straight …