Abstruct- We report on the development of low-noise quasi-optical SIS mixers for the frequency range 400-850 GHz. The mixers utilize twin-slot antennas, two-junction tuning circuits, and Nb-trilayer junctions. Fourier-transform spectrometry has been used to verify that the frequency response of the devices is well predicted by computer simulations. The 400-850 GHz frequency band can be covered with four separate fixed-tuned mixers. We measure uncorrected double-sideband receiver noise temperatures around S h u / k ~ to 700 GHz, and better than 540 K at 808 GHz. These results are among the best reported to date for broadband heterodyne receivers. I
The capacitance of superconducting tunnel junctions can seriously degrade the performance of quasipa...
A 410-495 GHz heterodyne receiver, with an array of two Nb/Al2O3/Nb tunneljunctions as mixing elemen...
This article presents a heterodyne experiment which uses a 380-520 GHz planar circuit balanced Nb-Al...
We report on the development of low-noise quasi-optical SIS mixers for the frequency range 400-850 G...
We recently reported (1996) a quasi-optical SIS mixer which used Nb/Al-oxide/Nb tunnel junctions and...
Abstract-We describe quasi-optical SIS mixers op-erating in the submillimeter band (500-750 GHz) whi...
We report on the continuing development of submillimetre quasi-optical slot antenna SIS mixers, whic...
We recently reported (1996) a quasi-optical SIS mixer which used Nb/Al-oxide/Nb tunnel junctions and...
We describe quasi-optical SIS mixers operating in the submillimeter band (500-750 GHz) which have ve...
We describe a new quasi-optical SIS mixer design which attempts to obtain efficient radiation coupli...
We describe a new quasi-optical SIS mixer design which attempts to obtain efficient radiation coupli...
We describe a new quasi-optical SIS mixer design which attempts to obtain efficient radiation coupli...
A quasi-optical mixer employing a Nb/Al/AlOx/Nb twin-SIS junction with a NbTiN/SiO2/Al microstrip co...
We describe the design, fabrication, and the performance of a low-noise dual-polarized quasi-optical...
We report recent results on a 580-740 GHz SIS heterodyne receiver employing a tuned 0.50m Nb/AlO ...
The capacitance of superconducting tunnel junctions can seriously degrade the performance of quasipa...
A 410-495 GHz heterodyne receiver, with an array of two Nb/Al2O3/Nb tunneljunctions as mixing elemen...
This article presents a heterodyne experiment which uses a 380-520 GHz planar circuit balanced Nb-Al...
We report on the development of low-noise quasi-optical SIS mixers for the frequency range 400-850 G...
We recently reported (1996) a quasi-optical SIS mixer which used Nb/Al-oxide/Nb tunnel junctions and...
Abstract-We describe quasi-optical SIS mixers op-erating in the submillimeter band (500-750 GHz) whi...
We report on the continuing development of submillimetre quasi-optical slot antenna SIS mixers, whic...
We recently reported (1996) a quasi-optical SIS mixer which used Nb/Al-oxide/Nb tunnel junctions and...
We describe quasi-optical SIS mixers operating in the submillimeter band (500-750 GHz) which have ve...
We describe a new quasi-optical SIS mixer design which attempts to obtain efficient radiation coupli...
We describe a new quasi-optical SIS mixer design which attempts to obtain efficient radiation coupli...
We describe a new quasi-optical SIS mixer design which attempts to obtain efficient radiation coupli...
A quasi-optical mixer employing a Nb/Al/AlOx/Nb twin-SIS junction with a NbTiN/SiO2/Al microstrip co...
We describe the design, fabrication, and the performance of a low-noise dual-polarized quasi-optical...
We report recent results on a 580-740 GHz SIS heterodyne receiver employing a tuned 0.50m Nb/AlO ...
The capacitance of superconducting tunnel junctions can seriously degrade the performance of quasipa...
A 410-495 GHz heterodyne receiver, with an array of two Nb/Al2O3/Nb tunneljunctions as mixing elemen...
This article presents a heterodyne experiment which uses a 380-520 GHz planar circuit balanced Nb-Al...