A subharmonically pumped resistive mixer (SPRM) working at millimeter waves based on a heterostructure FET (HFET) technology is described. Nonlinear simulations of the mixer were performed and a special dual HFET chip was developed and fabricated for the demonstration of this mixer. Mixer circuits were fabricated and operational characteristics at 40-45 GHz were investigated
The present study is based on the method introduced by B. Shuppert (1986) for nonlinear analysis of ...
In the design of radio frequency equipment at higher and higher frequencies it becomes increasingly ...
A 38-48-GHz miniature sub-harmonically pumped mixer has been developed using GaAs 0.15-mpHEMT techno...
This paper describes the first subharmonically pumped resistive mixer (SPRM) based on HFETs, operati...
A fundamentally pumped millimeter wave resistive mixer based on an HFET technology working at F-band...
A millimeterwave resistive mixer based on a heterostructure field effect transistor (HFET) is descri...
Different drain mixer configurations, based on Heterostructure Field Effect Transistors (HFET), work...
This paper describes the development and fabrication of two 600 GHz resistive sub-harmonic down conv...
Two subharmonically pumped 210 GHz I/Q mixer MMICs have been successfully realized in a 100 nm gate ...
This thesis presents theory, device models and circuits related to resistive FET mixers: A wave an...
In recent years, the increasing amount of data transmission, the need for automotiveradars, and stan...
The design, fabrication and testing of broadband fixed-tuned 183 GHz and 366 GHz sub-harmonic mixers...
A D-band subharmonically-pumped resistive mixer has been designed, processed, and experimentally tes...
This thesis deals with the research and development of HFETs and HFET based circuits. One of the mai...
In this paper the design of resistive PHEMT mixers and their applications in fully integrated millim...
The present study is based on the method introduced by B. Shuppert (1986) for nonlinear analysis of ...
In the design of radio frequency equipment at higher and higher frequencies it becomes increasingly ...
A 38-48-GHz miniature sub-harmonically pumped mixer has been developed using GaAs 0.15-mpHEMT techno...
This paper describes the first subharmonically pumped resistive mixer (SPRM) based on HFETs, operati...
A fundamentally pumped millimeter wave resistive mixer based on an HFET technology working at F-band...
A millimeterwave resistive mixer based on a heterostructure field effect transistor (HFET) is descri...
Different drain mixer configurations, based on Heterostructure Field Effect Transistors (HFET), work...
This paper describes the development and fabrication of two 600 GHz resistive sub-harmonic down conv...
Two subharmonically pumped 210 GHz I/Q mixer MMICs have been successfully realized in a 100 nm gate ...
This thesis presents theory, device models and circuits related to resistive FET mixers: A wave an...
In recent years, the increasing amount of data transmission, the need for automotiveradars, and stan...
The design, fabrication and testing of broadband fixed-tuned 183 GHz and 366 GHz sub-harmonic mixers...
A D-band subharmonically-pumped resistive mixer has been designed, processed, and experimentally tes...
This thesis deals with the research and development of HFETs and HFET based circuits. One of the mai...
In this paper the design of resistive PHEMT mixers and their applications in fully integrated millim...
The present study is based on the method introduced by B. Shuppert (1986) for nonlinear analysis of ...
In the design of radio frequency equipment at higher and higher frequencies it becomes increasingly ...
A 38-48-GHz miniature sub-harmonically pumped mixer has been developed using GaAs 0.15-mpHEMT techno...
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