Titlebook: New Directions in Terahertz Technology; J. M. Chamberlain,R. E. Miles Book 1997 Springer Science+Business Media Dordrecht 1997 Diode.Modul

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Superconducting Mixers for Submillimetre Wavelengthsthan is available at present. Today, most receivers for frequencies near and above 1 THz have to rely on Schottky-diode mixers, with rather poor sensitivity [1,2]. Low noise SIS mixers based on superconductors have excellent performance and have replaced Schottky-diode mixers for frequencies up to a

商議

Schottky Barrier Devices for THz Applicationsof heterodyne receivers with high sensitivity and high spectral resolution (Δv/v ? 10.) for frequencies up to 3,000 GHz (100 μm) and higher. Although some of the technical solutions are still not ideal and need further improvement to become a real facility instrument, heterodyne receivers have alrea

要素

Device Physics of Intersubband LasersHz (2 mm). Solid state optical sources of electromagnetic radiation work on a fundamentally different principle, with photons generated as a result of electron transitions between discrete states. Devices based on cross-bandgap electron-hole recombination are available typically down to frequencies

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Travelling Wave Detectors — A Principle for Terahertz Operationion principles and design considerations, including coupling strategies, losses, the velocity and the impedance matching of such detectors is presented. We report on the realisation of a velocity matched detector with the so-called transmission line integrated photon drag (TIP-) detector. We aim to

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