Mechanically tuneable millimeter wavelength frequency doublers typically exhibiting 10-percent conversion efficiency at any output frequency in the range 100-260 GHz have been fabricated. Output power varies from 10 mW at 100 GHz to 6 mW at 260 GHz, with a fixed tuned instantaneous 1-dB bandwidth typically 5 percent of the center frequency. A frequency tripler to 215-GHz output frequency is also described. For this device, a mechanically tuneable 3-dB bandwidth of 210 to 240 GHz was obtained, with a peak conversion efficiency of 6 percent at 4.8-mW output power
For broadband signal generation in the high millimeter-wave range we present a frequency multiplier-...
We present the development status of two different HBV frequency multipliers, with x3 and x5 multipl...
Design and test data for a full waveguide band MMIC tripler using anti-parallel Schottky diodes are ...
Mechanically tuneable, millimeter wavelength frequency doublers typically exhibiting 10 % conversion...
Varactor frequency multipliers have been built with fixed mechanical tuning, which cover a fractiona...
The features of the design and the operation principle of frequency doublers in range 120-220 GHz ar...
This dissertation mainly working on the study of CMOS millimetre-wave frequency multipliers. By revi...
International audienceThis paper presents the design and measurement of a hybrid varactor frequency ...
The paper describes development and investigation of varactor doubler from input frequency 36 GHz to...
Two single-chip frequency multiplier chains targeting 118 and 183 GHz output frequencies are present...
Two H-band frequency multiplier MMICs, a frequency doubler and tripler, are presented. Both circuits...
A coplanar single-ended frequency doubler based on a 100 nm metamorphic HEMT technology is presented...
The design and performance of millimeter-wave monolithic integrated circuits implementing active bal...
The design and characterization of a millimeterwave frequency doubler based on a commercial foundry ...
A 270 GHz broadband frequency multiplier which effectively generates and combines the even harmonics...
For broadband signal generation in the high millimeter-wave range we present a frequency multiplier-...
We present the development status of two different HBV frequency multipliers, with x3 and x5 multipl...
Design and test data for a full waveguide band MMIC tripler using anti-parallel Schottky diodes are ...
Mechanically tuneable, millimeter wavelength frequency doublers typically exhibiting 10 % conversion...
Varactor frequency multipliers have been built with fixed mechanical tuning, which cover a fractiona...
The features of the design and the operation principle of frequency doublers in range 120-220 GHz ar...
This dissertation mainly working on the study of CMOS millimetre-wave frequency multipliers. By revi...
International audienceThis paper presents the design and measurement of a hybrid varactor frequency ...
The paper describes development and investigation of varactor doubler from input frequency 36 GHz to...
Two single-chip frequency multiplier chains targeting 118 and 183 GHz output frequencies are present...
Two H-band frequency multiplier MMICs, a frequency doubler and tripler, are presented. Both circuits...
A coplanar single-ended frequency doubler based on a 100 nm metamorphic HEMT technology is presented...
The design and performance of millimeter-wave monolithic integrated circuits implementing active bal...
The design and characterization of a millimeterwave frequency doubler based on a commercial foundry ...
A 270 GHz broadband frequency multiplier which effectively generates and combines the even harmonics...
For broadband signal generation in the high millimeter-wave range we present a frequency multiplier-...
We present the development status of two different HBV frequency multipliers, with x3 and x5 multipl...
Design and test data for a full waveguide band MMIC tripler using anti-parallel Schottky diodes are ...