Publication detail

An Efficient Steady-State Analysis of Microwave Circuits

DOBEŠ, J. BIOLEK, D. POSOLDA, P.

Original Title

An Efficient Steady-State Analysis of Microwave Circuits

English Title

An Efficient Steady-State Analysis of Microwave Circuits

Type

journal article

Language

en

Original Abstract

Two methods for determining the steady-state are compared from the point of view of their efficiency and stability. The first one is based on idea of extrapolation and uses the *-algorithm as an effective tool; the second one is based on idea of sensitivities and uses the standard sensitivity analyses built in software packages. The comparison is done using a set of typical microwave circuits, especially the nonlinear C-class amplifier. For the autonomous circuits, a reliable detection of unknown period is implemented using derivatives of circuit variables. As a demonstration of solving the autonomous circuits, the steady-state analysis of tunable microwave oscillator is fulfilled, and the results are compared with measured data.

English abstract

Two methods for determining the steady-state are compared from the point of view of their efficiency and stability. The first one is based on idea of extrapolation and uses the *-algorithm as an effective tool; the second one is based on idea of sensitivities and uses the standard sensitivity analyses built in software packages. The comparison is done using a set of typical microwave circuits, especially the nonlinear C-class amplifier. For the autonomous circuits, a reliable detection of unknown period is implemented using derivatives of circuit variables. As a demonstration of solving the autonomous circuits, the steady-state analysis of tunable microwave oscillator is fulfilled, and the results are compared with measured data.

Keywords

steady state, SPICE, CIA

RIV year

2006

Released

01.08.2006

Publisher

ISMOT

Pages from

284

Pages to

289

Pages count

6

BibTex 


@article{BUT43738,
  author="Josef {Dobeš} and Dalibor {Biolek} and Petr {Posolda}",
  title="An Efficient Steady-State Analysis of Microwave Circuits",
  annote="Two methods for determining the steady-state are compared from the point of view of their efficiency and stability. The first one is based on idea of extrapolation and uses the *-algorithm as an effective tool; the second one is based on idea of sensitivities and uses the standard sensitivity analyses built in software packages. The comparison is done using a set of typical microwave circuits, especially the nonlinear C-class amplifier. For the autonomous circuits, a reliable detection of unknown period is implemented using derivatives of circuit variables. As a demonstration of solving the autonomous circuits, the steady-state analysis of tunable microwave oscillator is fulfilled, and the results are compared with measured data.",
  address="ISMOT",
  chapter="43738",
  institution="ISMOT",
  journal="International Journal of Microwawe and Optical Technology (www.ijmot.com)",
  number="2",
  volume="1",
  year="2006",
  month="august",
  pages="284",
  publisher="ISMOT",
  type="journal article"
}