300-GHz integrated heterodyne receiver with carrier lock-in Costas loop

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초록

A carrier signal lock-in experiment using a 300-GHz integrated heterodyne circuit is presented. The circuit contains a single voltage-controlled oscillator with a single set of quadrature mixers that are fabricated using 250-nm InP double hetero-junction bipolar transistor technology. An external feedback loop containing packaged baseband components such as amplifiers, a phase discriminator, and a filter is connected to the integrated circuit to form a complete receiver system. For a -25 dBm of input RF signal with 3.5-GHz single-tone carrier-suppressed modulation, the receiver system responds with successful lock-in range of 110 MHz centred around 311 GHz.

키워드

voltage-controlled oscillatorsIII-V semiconductorsheterojunction bipolar transistorsindium compoundsmillimetre wave mixersreceiversmillimetre wave oscillatorsfeedbackintegrated heterodyne receivercarrier lock-in Costas loopcarrier signal lock-in experimentsingle voltage-controlled oscillatorquadrature mixersdouble hetero-junction bipolar transistor technologyexternal feedback loopintegrated circuitcomplete receiver systeminput RF signalsingle-tone carrier-suppressed modulationsuccessful lock-in rangepackaged baseband componentsintegrated heterodyne circuitfrequency 1100 MHzfrequency 3110 GHzsize 250 nmfrequency 35 GHzInP
제목
300-GHz integrated heterodyne receiver with carrier lock-in Costas loop
저자
Yi, C.Choi, S. -H.Kim, M.
DOI
10.1049/el.2019.3609
발행일
2020-03-17
유형
Article
저널명
Electronics Letters
56
6
페이지
276 ~ 277