A novel planar design of Gunn diode with a shaped anode contact, utilizing Monte Carlo simulations, has been shown to have produced 0.3 THz frequency current output when operated in delayed mode. Two novel anode designs are investigated here, one with two fixed distances, and the other with three fixed distances between the cathode and anode electrodes. The corresponding waveforms generated, show two and three current peaks respectively. The work suggests high frequency and novel wave-shaping applications are possible in such devices
The planar Gunn diode offers the potential of microwave, milli-metric and THz based oscillator which...
The length of the transit region of a Gunn diode determines the natural frequency at which it operat...
The project contains adventurous research, with an aim to understand and design a planar Gunn diode ...
A novel planar design of Gunn diode with a shaped anode contact, utilizing Monte Carlo simulations, ...
Funding Information: This work was supported by Saudi Arabia’s Ministry of Higher Education. ACKNOWL...
A novel gallium arsenide (GaAs) planar Gunn diode design with shaped anode and cathode contacts usin...
A novel gallium arsenide (GaAs) planar Gunn diode design with shaped anode and cathode contacts usin...
We show the experimental realization of a 108-GHz planar Gunn diode structure fabricated in GaAs/AlG...
The effect of the edge of the channel on the operation of Planar Gunn diodes has been examined using...
A detailed study of GaN-based planar asymmetric nanodiodes, promising devices for the fabrication of...
[EN]In this work, In0.53Ga0.47As planar Gunn diodes specifically designed for providing oscillations...
The authors would like to thank the staff of the James Watt Nanofabrication Centre at the University...
The paper describes the planar Gunn diode, which is well suited to providing milli-metric and tera h...
© 2018 Wiley Periodicals, Inc. The planar Gunn diode offers the potential of microwave, milli-metric...
Monte Carlo simulations forecast Gunn-like oscillations at ~0.75-1.25 THz in InGaAs planar recessed...
The planar Gunn diode offers the potential of microwave, milli-metric and THz based oscillator which...
The length of the transit region of a Gunn diode determines the natural frequency at which it operat...
The project contains adventurous research, with an aim to understand and design a planar Gunn diode ...
A novel planar design of Gunn diode with a shaped anode contact, utilizing Monte Carlo simulations, ...
Funding Information: This work was supported by Saudi Arabia’s Ministry of Higher Education. ACKNOWL...
A novel gallium arsenide (GaAs) planar Gunn diode design with shaped anode and cathode contacts usin...
A novel gallium arsenide (GaAs) planar Gunn diode design with shaped anode and cathode contacts usin...
We show the experimental realization of a 108-GHz planar Gunn diode structure fabricated in GaAs/AlG...
The effect of the edge of the channel on the operation of Planar Gunn diodes has been examined using...
A detailed study of GaN-based planar asymmetric nanodiodes, promising devices for the fabrication of...
[EN]In this work, In0.53Ga0.47As planar Gunn diodes specifically designed for providing oscillations...
The authors would like to thank the staff of the James Watt Nanofabrication Centre at the University...
The paper describes the planar Gunn diode, which is well suited to providing milli-metric and tera h...
© 2018 Wiley Periodicals, Inc. The planar Gunn diode offers the potential of microwave, milli-metric...
Monte Carlo simulations forecast Gunn-like oscillations at ~0.75-1.25 THz in InGaAs planar recessed...
The planar Gunn diode offers the potential of microwave, milli-metric and THz based oscillator which...
The length of the transit region of a Gunn diode determines the natural frequency at which it operat...
The project contains adventurous research, with an aim to understand and design a planar Gunn diode ...