The paper describes development and investigation of varactor doubler from input frequency 36 GHz to output 72 GHz. To increase the output power two diode balance multiplier circuit was used. The multiplier was developed for output power no less than 100 mW and conversion efficiency no less than 50%
Obvious advantages of the millimeter wave technology including a large information capacity, high di...
This paper reports on the recent development of monolithic frequency tripler array employing a back-...
There is a high demand for compact, room-temperature sources operating at millimeter-wave and terahe...
The paper describes development and investigation of varactor doubler from input frequency 36 GHz to...
International audienceThis paper presents the design and measurement of a hybrid varactor frequency ...
Abstract—Design and optimization of Schottky varactor diode frequency multipliers for millimeter and...
The development of a millimeter-wave unbalanced frequency tripler based on the nonlinear characteris...
Mechanically tuneable millimeter wavelength frequency doublers typically exhibiting 10-percent conve...
Abstruct-Monolithic diode grids have been fabricated on 2-cm square gallium-arsenide wafers in a pro...
We report on the status of symmetric varactor diode multipliers for signal generation in the teraher...
We describe the heterostructure barrier varactor (HBV) diode and its application in frequency multip...
We present a high-power frequency tripler for 110 GHz and a quintupler for 200-210 GHz. The tripler ...
The design and performance of millimeter-wave monolithic integrated circuits implementing active bal...
Varactor frequency multipliers have been built with fixed mechanical tuning, which cover a fractiona...
Experimental results are presented using quantum-barrier-varactor (QBV) diodes in harmonic multiplie...
Obvious advantages of the millimeter wave technology including a large information capacity, high di...
This paper reports on the recent development of monolithic frequency tripler array employing a back-...
There is a high demand for compact, room-temperature sources operating at millimeter-wave and terahe...
The paper describes development and investigation of varactor doubler from input frequency 36 GHz to...
International audienceThis paper presents the design and measurement of a hybrid varactor frequency ...
Abstract—Design and optimization of Schottky varactor diode frequency multipliers for millimeter and...
The development of a millimeter-wave unbalanced frequency tripler based on the nonlinear characteris...
Mechanically tuneable millimeter wavelength frequency doublers typically exhibiting 10-percent conve...
Abstruct-Monolithic diode grids have been fabricated on 2-cm square gallium-arsenide wafers in a pro...
We report on the status of symmetric varactor diode multipliers for signal generation in the teraher...
We describe the heterostructure barrier varactor (HBV) diode and its application in frequency multip...
We present a high-power frequency tripler for 110 GHz and a quintupler for 200-210 GHz. The tripler ...
The design and performance of millimeter-wave monolithic integrated circuits implementing active bal...
Varactor frequency multipliers have been built with fixed mechanical tuning, which cover a fractiona...
Experimental results are presented using quantum-barrier-varactor (QBV) diodes in harmonic multiplie...
Obvious advantages of the millimeter wave technology including a large information capacity, high di...
This paper reports on the recent development of monolithic frequency tripler array employing a back-...
There is a high demand for compact, room-temperature sources operating at millimeter-wave and terahe...
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