Demonstration of a 93-GHz Communication System Based on a High-Sensitivity SIS Receiver
Demonstration of a 93-GHz Communication System Based on a High-Sensitivity SIS Receiver
- New search for: Chen, Wei-Ming
- New search for: Shen, X.F.
- New search for: Chen, S.H.
- New search for: Lin, Z.H.
- New search for: Li, J.
- New search for: Shi, S.C.
- New search for: Chen, Wei-Ming
- New search for: Shen, X.F.
- New search for: Chen, S.H.
- New search for: Lin, Z.H.
- New search for: Li, J.
- New search for: Shi, S.C.
A millimeter-wave communication system incorporating with a 100-GHz superconducting SIS (superconductor-insulator-superconductor) receiver is demonstrated. The SIS receiver has an intermediate frequency (IF) band of 1.1-1.7 GHz and an equivalent input noise temperature less than 50 K, while the transmitter is a 93-GHz varactor-tunable Gunn oscillator with its output frequency modulated via an 11-MHz signal source. In addition, two analog FM demodulation techniques are adopted in this experiment.
Document information
Demonstration of a 93-GHz Communication System Based on a High-Sensitivity SIS Receiver
2006-09-01
1309119 byte
Conference paper
Electronic Resource
English
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