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Development of an 8 × 8 CPW Microwave Kinetic Inductance Detector (MKID) Array at 0.35 THz

Jing Li, 杨瑾屏, 刘冬, 林镇辉, 史生才

Published Jan 1, 2015• 0 citations
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China is planning to construct a 5-meter THz telescope named DATE5 at Dome A, Antarctica. This paper reports on the development of an 8×8 CPW microwave kinetic detectors (MKIDs) for the terahertz superconducting imaging array (TeSIA), which is an instrument proposed for the DATE5. The 8×8 CPW MKIDs, operating at 0.35THz, make use of TiN superconducting film of Tc approximately equal to 4.3K. The resonance frequencies of the MKIDs span the 4-5.575GHz band with an interval of 25MHz. The design, fabrication and characterization of the 8×8 CPW MKIDs are presented.

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We present our recent development of superconducting detectors for measurements of cosmic microwave background. We have fabricated antenna-coupled superconducting tunnel junctions (STJs). Two different types of STJs have been fabricated: the parallel-connected twin junction and the microstrip. Both types of STJs made of Nb and Al have successfully detected 80 GHz millimeter wave radiation with photon-assisted tunneling. We have also developed microwave kinetic inductance detectors (MKIDs). The MKIDs offer us high multiplexing factors with a single readout line using the frequency-domain readout. We have developed abosrption-type and transmission-type MKIDs whose resonators are formed with either coplanar waveguides (CPW) or microstrips. The quality factor of the CPW MKID made of Nb is measured to be about 105. The microstrip MKID is being developed for the multichroic measurements.

Physics Procedia•Jan 1, 2012•4 citations
China is planning to construct a 5-meter THz telescope named DATE5 at Dome A, Antarctica. This paper reports on the development of an 8×8 CPW microwave kinetic detectors (MKIDs) for the terahertz superconducting imaging array (TeSIA), which is an instrument proposed for the DATE5. The 8×8 CPW MKIDs, operating at 0.35THz, make use of TiN superconducting film of Tc approximately equal to 4.3K. The resonance frequencies of the MKIDs span the 4-5.575GHz band with an interval of 25MHz. The design, fabrication and characterization of the 8×8 CPW MKIDs are presented.
We present our recent development of superconducting detectors for measurements of cosmic microwave background. We have fabricated antenna-coupled superconducting tunnel junctions (STJs). Two different types of STJs have been fabricated: the parallel-connected twin junction and the microstrip. Both types of STJs made of Nb and Al have successfully detected 80 GHz millimeter wave radiation with photon-assisted tunneling. We have also developed microwave kinetic inductance detectors (MKIDs). The MKIDs offer us high multiplexing factors with a single readout line using the frequency-domain readout. We have developed abosrption-type and transmission-type MKIDs whose resonators are formed with either coplanar waveguides (CPW) or microstrips. The quality factor of the CPW MKID made of Nb is measured to be about 105. The microstrip MKID is being developed for the multichroic measurements.