This work describes the design of a folded waveguide traveling wave tube (TWT) operating in G- band around 145 GHz. In order to achieve high output power and good linearity a new parallel approach, using a single electron beam, was used. The designed TWT showed a maximum saturation gain of 39 dB with a bandwidth of 8.3 GHz. The parallel configuration has better RF performances respect to a standard FWG-TWT without increasing the complexity of fabricatio
The most promising in the THz range is traveling-wave tubes (TWTs) and backward-wave tubes (BWTs) on...
A Ka-band Serpentine Folded Waveguide Travelling Wave Tube (TWT) has been designed. The imposed de...
A folded waveguide travelling wave tube (FWTWT) with 36 periods of slow wave structure (SWS) and mul...
Serpentine folded waveguide travelling wave tube (TWT) is designed and fabricated using photo chemic...
Serpentine folded waveguide travelling wave tube (TWT) is designed and fabricated using photo chemic...
To gain higher power with a lower cathode current density and a simpler structure, a novel rectangul...
To gain higher power with a lower cathode current density and a simpler structure, a novel rectangul...
A novel wide-band traveling wave tube (TWT) based on the double-corrugated waveguide (DCW) is propos...
We present a design study on a self-driving folded waveguide traveling-wave tube (FWTWT). This devic...
E-band (71 - 76 GHz, 81 - 86 GHz) front ends are commercially available for point to point links wit...
The design of a high-efficiency Traveling Wave Tube (TWT) based on a non-conventional folded wavegui...
The design of a high-efficiency Traveling Wave Tube (TWT) based on a non-conventional folded wavegui...
In this paper, the design of a V-band high-performance folded-waveguide Traveling Wave Tube amplifi...
In this paper, the design of a V-band high-performance folded-waveguide Traveling Wave Tube amplifi...
A folded waveguide travelling wave tube (FWTWT) with 36 periods of slow wave structure (SWS) and mul...
The most promising in the THz range is traveling-wave tubes (TWTs) and backward-wave tubes (BWTs) on...
A Ka-band Serpentine Folded Waveguide Travelling Wave Tube (TWT) has been designed. The imposed de...
A folded waveguide travelling wave tube (FWTWT) with 36 periods of slow wave structure (SWS) and mul...
Serpentine folded waveguide travelling wave tube (TWT) is designed and fabricated using photo chemic...
Serpentine folded waveguide travelling wave tube (TWT) is designed and fabricated using photo chemic...
To gain higher power with a lower cathode current density and a simpler structure, a novel rectangul...
To gain higher power with a lower cathode current density and a simpler structure, a novel rectangul...
A novel wide-band traveling wave tube (TWT) based on the double-corrugated waveguide (DCW) is propos...
We present a design study on a self-driving folded waveguide traveling-wave tube (FWTWT). This devic...
E-band (71 - 76 GHz, 81 - 86 GHz) front ends are commercially available for point to point links wit...
The design of a high-efficiency Traveling Wave Tube (TWT) based on a non-conventional folded wavegui...
The design of a high-efficiency Traveling Wave Tube (TWT) based on a non-conventional folded wavegui...
In this paper, the design of a V-band high-performance folded-waveguide Traveling Wave Tube amplifi...
In this paper, the design of a V-band high-performance folded-waveguide Traveling Wave Tube amplifi...
A folded waveguide travelling wave tube (FWTWT) with 36 periods of slow wave structure (SWS) and mul...
The most promising in the THz range is traveling-wave tubes (TWTs) and backward-wave tubes (BWTs) on...
A Ka-band Serpentine Folded Waveguide Travelling Wave Tube (TWT) has been designed. The imposed de...
A folded waveguide travelling wave tube (FWTWT) with 36 periods of slow wave structure (SWS) and mul...