Detail publikace

Time-Domain Analysis of Rectangular Power-Ground Structures With Relaxation

ŠTUMPF, M.

Originální název

Time-Domain Analysis of Rectangular Power-Ground Structures With Relaxation

Anglický název

Time-Domain Analysis of Rectangular Power-Ground Structures With Relaxation

Jazyk

en

Originální abstrakt

The rectangular power-ground structure is thoroughly analyzed in time domain. The time-dependent electric-field distribution within the power-ground structure is expanded in ray-like constituents that propagate via the reflections against circuit's periphery. Their relation to the classical eigenfunction expansion is demonstrated. It is shown that the ray-type expansion is always exact in any finite time window of observation and can be readily generalized to account for dissipation and relaxation mechanisms. Obtained results concerning a dispersive dielectric described through finite-conductivity and Debije relaxation models are discussed and validated on a number of illustrative examples.

Anglický abstrakt

The rectangular power-ground structure is thoroughly analyzed in time domain. The time-dependent electric-field distribution within the power-ground structure is expanded in ray-like constituents that propagate via the reflections against circuit's periphery. Their relation to the classical eigenfunction expansion is demonstrated. It is shown that the ray-type expansion is always exact in any finite time window of observation and can be readily generalized to account for dissipation and relaxation mechanisms. Obtained results concerning a dispersive dielectric described through finite-conductivity and Debije relaxation models are discussed and validated on a number of illustrative examples.

Dokumenty

BibTex 


@article{BUT109908,
  author="Martin {Štumpf}",
  title="Time-Domain Analysis of Rectangular Power-Ground Structures With Relaxation",
  annote="The rectangular power-ground structure is thoroughly analyzed in time domain. The time-dependent electric-field distribution within the power-ground structure is expanded in ray-like constituents that propagate via the reflections against circuit's periphery. Their relation to the classical eigenfunction expansion is demonstrated. It is shown that the ray-type expansion is always exact in any finite time window of observation and can be readily generalized to account for dissipation and relaxation mechanisms. Obtained results concerning a dispersive dielectric described through finite-conductivity and Debije relaxation models are discussed and validated on a number of illustrative examples.",
  address="IEEE Press",
  chapter="109908",
  doi="10.1109/TEMC.2014.2305014",
  howpublished="print",
  institution="IEEE Press",
  number="5",
  volume="56",
  year="2014",
  month="october",
  pages="1095--1102",
  publisher="IEEE Press",
  type="journal article in Web of Science"
}