Efficiency and power output of the quantum-well injection transit-time device

The operation and FM noise of millimeter‐wave quantum well (QW) oscillators in a harmonic mode (relaxation oscillations) and a fundamental mode using post and cap waveguide mount structures are investigated. Harmonics up to the ninth harmonic was detected. State of the art results for QW oscillators registered were 84 μW (at 77 K physical temperature) and 60 μW at 90 GHz and 1 μW at 176 GHz (at 300 K physical temperature, respectively).

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A theoretical and experimental investigation on millimeter‐wave quantum well oscillators

Rydberg

Grönqvist

Kollberg

1988

Micro & Optical Tech Letters

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Millimeter wave QWITT diode oscillator

Khan¹

1991

Int J Infrared Milli Waves

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Effects of a low-doped spacer layer in the emitter of a resonant tunneling diode

Paulus

Koenig

Jogai

et al. 1990

Superlattices and Microstructures

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Efficiency and power output of the quantum-well injection transit-time device

Cited by 9 publications

References 6 publications

A theoretical and experimental investigation on millimeter‐wave quantum well oscillators

A theoretical and experimental investigation on millimeter‐wave quantum well oscillators

Millimeter wave QWITT diode oscillator

Effects of a low-doped spacer layer in the emitter of a resonant tunneling diode

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