Terahertz free space communication based on acoustic optical modulation and heterodyne detection

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Terahertz free space communication based on acoustic optical modulation and heterodyne detection

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A terahertz free space communication system based on acoustic optical modulation and heterodyne detection is demonstrated. A high resistivity silicon acoustic optical modulator was used to modulate a continuous terahertz wave at 2.52 THz. A pyroelectric detector was used to detect the modulated terahertz signal via heterodyne detection mode. A modulation frequency of 937 kHz and sampling rate of 1 kbit/s was achieved.

Inspec keywords: pyroelectric detectors; optical signal detection; optical communication; acousto-optical modulation

Other keywords: modulated terahertz signal detection; heterodyne detection mode; continuous terahertz wave modulation; acoustic optical modulation; frequency 937 kHz; terahertz free space communication system; pyroelectric detector; Si; modulation frequency; frequency 2.52 THz; bit rate 1 kbit/s; high resistivity silicon acoustic optical modulator

Subjects: Acousto-optical devices; Optical, image and video signal processing; Signal detection; Free-space optical links; Photodetectors

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http://iet.metastore.ingenta.com/content/journals/10.1049/el.2011.1637
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