Noise analysis in devices under non-linear operation

  title={Noise analysis in devices under non-linear operation},
  author={Alain Cappy and F. Dannevielle and Gilles Dambrine},
  journal={27th European Solid-State Device Research Conference},
This paper presents the different issues and described a general method for the noise modelling in devices under nonlinear operation. After a presentation of the quantities that are required to completely describe the noise performance in a nonlinear device, a generalization of the impedance field method is proposed for the calculation of the noise correlation matrix. The case of high frequency and low frequency noise processes are successvely considered. This method is applied to a hot FET… CONTINUE READING
8 Citations
9 References
Similar Papers


Publications citing this paper.
Showing 1-8 of 8 extracted citations


Publications referenced by this paper.
Showing 1-9 of 9 references

Noise modeling and measurement techniques

  • T. Gonzales
  • IEEE Trans . MTT
  • 1995

The impedance field method of noise calculation in active semiconductors devices

  • A Cappy
  • quantum theory of atoms , Molecules and solid…
  • 1988

Analysis of Noise Upconversion in Microwave FET Oscillator

  • R. Allam, C. Kolanowski, D. Theron, Y. Crosnier
  • Siweris et all
  • 1985
1 Excerpt

Mathematical formulation of the impedance field method . Application to the noise in the channel of field effect transistors in Proc of 6 th Int

  • P. NougierJ.
  • . Conf . Noise phys . Systems
  • 1981

" Conversion loss and noise of microwave and millimeter - wave mixers : Part 1Theory

  • A. EdsonW.
  • IEEE Trans . Microwave Theory Tech .
  • 1978

" Theory of Noisy Fourpoles

  • A. PucelR.
  • 1974

Noise in synchronized oscillators

  • K. Kurokawa
  • IEEE Trans. MTT, Vol. 16,
  • 1968
1 Excerpt

Signal and noise properties of GaAs field effect transistors

  • W. Shockley
  • Advances Electron . Electron Physics . Vol .
  • 1966

Noise in oscillators

  • K. Kurokawa
  • Proc . IRE
  • 1960

Similar Papers

Loading similar papers…