The effects of an external correlated source of noise on the intrinsic carrier noise in a low-doped GaAs bulk, operating under periodic conditions, are investigated. Numerical residts confirm that the dynamical response of electrons driven by a high-frequency periodic electric field receives a benefit by the constructive interplay between the fluctuating field and the intrinsic noise of the system. In particidar, in this contribute we show a nonmonotonic behavior of the integrated spectral density, which value critically depends on the correlation time of the external noise source.

Persano Adorno, D., Pizzolato, N., Spagnolo, B. (2009). Monte Carlo study of diffusion noise reduction in GaAs operating under periodic conditions. In AIP Conference Proceedings (pp.121-124). AIP.

Monte Carlo study of diffusion noise reduction in GaAs operating under periodic conditions

PERSANO ADORNO, Dominique;PIZZOLATO, Nicola;SPAGNOLO, Bernardo
2009-01-01

Abstract

The effects of an external correlated source of noise on the intrinsic carrier noise in a low-doped GaAs bulk, operating under periodic conditions, are investigated. Numerical residts confirm that the dynamical response of electrons driven by a high-frequency periodic electric field receives a benefit by the constructive interplay between the fluctuating field and the intrinsic noise of the system. In particidar, in this contribute we show a nonmonotonic behavior of the integrated spectral density, which value critically depends on the correlation time of the external noise source.
2009
20th International Conference on Noise and Fluctuations-ICNF 09
Pisa
JUN 14-19, 2009
20
2009
4
A stampa
Persano Adorno, D., Pizzolato, N., Spagnolo, B. (2009). Monte Carlo study of diffusion noise reduction in GaAs operating under periodic conditions. In AIP Conference Proceedings (pp.121-124). AIP.
Proceedings (atti dei congressi)
Persano Adorno, D; Pizzolato, N; Spagnolo, B
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10447/46790
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