A digital filter model for time-domain analysis of the two-band model [resonant interband tunneling diodes]

Resonant interband tunneling (RIT) diodes show a very high peak to valley ratio, and have been expected to be high speed devices. This paper presents an equivalent circuit for the two-band model, which describes the behavior of electron waves in RIT structures and derives digital filters which simul...

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Published in2000 IEEE International Conference on Semiconductor Electronics Proceedings pp. 90 - 94
Main Authors Tsukui, Y., Suzuki, M., Sanada, H., Nagai, N.
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.01.2000
Subjects
Circuit simulation
Digital filters
Electrons
Equivalent circuits
Numerical stability
Parallel processing
Resonance
Time domain analysis
Tunneling
Wave functions
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ISBN9780780364301
0780364309
DOI10.1109/SMELEC.2000.932440

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Abstract Resonant interband tunneling (RIT) diodes show a very high peak to valley ratio, and have been expected to be high speed devices. This paper presents an equivalent circuit for the two-band model, which describes the behavior of electron waves in RIT structures and derives digital filters which simulate the time evolution of electron waves in RIT structures. The digital filters derived have advantages in terms of numerical stability and parallel realization. In addition, a multi-grid algorithm and an absorbing boundary are presented in order to achieve efficiency for the digital filter. Finally, an example of simulation is shown.
AbstractList Resonant interband tunneling (RIT) diodes show a very high peak to valley ratio, and have been expected to be high speed devices. This paper presents an equivalent circuit for the two-band model, which describes the behavior of electron waves in RIT structures and derives digital filters which simulate the time evolution of electron waves in RIT structures. The digital filters derived have advantages in terms of numerical stability and parallel realization. In addition, a multi-grid algorithm and an absorbing boundary are presented in order to achieve efficiency for the digital filter. Finally, an example of simulation is shown.
Author Suzuki, M.
Sanada, H.
Tsukui, Y.
Nagai, N.
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  givenname: N.
  surname: Nagai
  fullname: Nagai, N.
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Snippet Resonant interband tunneling (RIT) diodes show a very high peak to valley ratio, and have been expected to be high speed devices. This paper presents an...
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StartPage 90
SubjectTerms Circuit simulation
Digital filters
Electrons
Equivalent circuits
Numerical stability
Parallel processing
Resonance
Time domain analysis
Tunneling
Wave functions
Title A digital filter model for time-domain analysis of the two-band model [resonant interband tunneling diodes]
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