Railton, CJ

Rozzi, T

English

A method is described for obtaining the propagation coefficients and field patterns of a large number of modes for microstrip with a minimum of computational effort. The method uses a discrete space-domain formulation to calculate a large number of higher-order modes in a way which leads to their fast location and which ensures that node modes are missed. This includes those pairs of modes with complex conjugate propagation constants of the type reported for finline, as well as the normal evanescent modes. In addition, the characteristic impedance of microstrip is efficiently calculated. The results presented are obtained using the generally accepted power-current definition and are in agreement with other published result

Explore Bristol Research

(M66-SM74) obtained the degree of “Dottore” in physics from the University of Pisa in 1965 and the Ph.D. degree in electronic engineering at Leeds University in 1968. In

A rigorous solution for dispersive microstrip,”

Arguments and an accurate model for the power-current forplation on microstrip characteristic impedance,”

Dr. Rozzi has also held the “ordinary chair” of Antennas at the Faculty of Engineering,

During the years 1974-1984 he worked in the scientific civil serve on a number of research and development projects in the areas of communications and signal processing. In

Field Theory of Guided Waves.

Frequency dependent definitions of microstrip characteristic impedance,”

Grundelemente des rechnergestiitrten Entwurjs von Mikrostreifenleitungs-Schaltungen, Aachen: Verlag

he was awarded the Mcrowave Prize of the Microwave Theory and Technique Group of the Institute of Electrical and Electronics Engineers. In

Integrierte Mikrowellenschaltungen.

Measurement and modelling of the apparent characteristic impedance of microstrip,”

On the numerical determination of guiding resonance and radiation modes in planar structures,”

Printed circuit transmission-line characteristic impedance by transverse modal analysis,”

Rigorous computation of the frequency dependent properties of filters and coupled resonators composed from transverse microstrip discontinuities,” in

Spectral domain immittance approach for dispersion characteristics of generalized printed transmission lines,”

Systematic characterisation of the spectrum of unilateral finline,”

Technique for computing dispersion characteristics of shielded microstrip lines,”

The efficient calculation of high order microstrip modes for use in discontinuity problems,” in

The reflection definition of the characteristic impedance of microstrip,”

to 1978 he was a Research Scientist at the Philips Research Laboratories, Eindhoven, the Netherlands, having spent one year in 1975 at the Antenna Laboratory, University of 11-linois,

Complex modes in boxed microstrip

https://research-information.bris.ac.uk/files/3008563/railton_IEEE_MTT_may1988.pdf

Complex modes in boxed microstrip

Abstract

Similar works

Full text

Available Versions

Explore Bristol Research