CAD process for synthesis of multilayer microstrip line A.K. Verma, G. Hassani Sadr Department of Electronic Science, University of Delhi Sout Campus, Benito Juarez Road, New Delhi 110 021 (INDIA) Abstract An efficient CAD tool for the synthesis of a multilayer microstrip line using recently developed unified dispersion model based upon the single layer reduction (SLR) technique and optimisation

A novel non-linear GaAs fet model for intermodulation analysis in general purpose harmonic-balance simulators Jose Carlos Pedro. and Jorge Perez" Portugal * * Dept. Sistemas, Senales y Radiocomunicaciones - * Dept. Electronica e Telecomunica<;:oes - Universidade de Aveiro Universidad - Politecnica de Madrid - Spain Abstract The ability of most widely used non-linear MESFET models to pre

Determination of sampling points for nearly DFTequivalent almost-periodic fourier transforms J. Kunisch and I. WolH Department of Electrical Engineering and Sonderforschungsbereich 254 DuisburgUniversity,Bismarckstr81, 47048 Duisburg,FRG TEL:+492033793213; FAX +492033793499 Abstract This paper presents analytical formulas for choosing sampling points required for almost-periodic Fourier transfor

Efficient characterization finite metallization. T.Rozzi., G. Gerini., M. Farina. di Ancona, 60131 Ancona, ITALY.Tel.: +3971 2204840; Fax:+3971 898246; E-Mailrozzi-hpe1 I.cineca.it 0 * Dipartimento di Elettronica ed Automatica, Universita degli Studi of millimetric TW FEY's with Abstract In order to evaluate the propagation characteristics of distributed FET's we have developed a rigorous and ef

Transient analysis of nonuniform transmission using asymptotic waveform evaluation Sanjay L. Manney 1, Michel S. Nakhla2 Qi-jun Zhang2 1Bell-Northern 2Department Research, Ottawa, of Electronics, Canada University, Ottawa, Canada Carleton lines and Abstract Nonuniformtransmission lines are encountered in high-speed VLSI circuits due to complex interconnect geometries and nonuniform electromagne

An explicit method for modeling lossy and dispersive transmission lines P. Palil-SchonwCilder and J.M. Miro-Sans UPC - Department of Signal Theory and Communications P.O. Box 30.002 08080 Barcelona Spain Abstract In this paper, an explicit -non iterative- method for modeling lossy and dispersive transmission lines, allowing the inclusion of skin-effect parameters is described. This method, based

Three-dimensional computation of the thermal parameters of multiple-gate power FETs Vittorio RIZZOLI(1), Alessandro LlPPARINI (1 ), Alessandra COSTANZO (1), Valeria FRONTINI (2) (11Dipartimento di Elettronica, Informaticae Sistemistica, Univers'lty of Bologna VillaGriffone, 40044 Pontecchio Marconi, Bologna. ITALY (2) CINECA. Centro di Colcalo Interuniversitariodell' Itolia Nordorientale, Via Mogn

A novel method of applying finite element method to open region problems: Electrostatic case GriHin K. Gothard and Sadasiva M. Rao Deportment of ElectricalEngineering, Auburn University;Auburn, Alabama 36849 Tapan K. Sarkar Deportment of Electrical Engineering, Syracuse University; Syracuse, New York 13244-1240, TEL:315-443-3775; FAX: 315-443-2583; e-mail TKSARKAR-RODANSYREDU Abstract Finite Ele

The measured equation of invariance and its application to transmission line modelling Rafael Pous(1), Mark D. ProUty(2), and Kenneth K. Mei(2) (11UniversitatPolitecnica de Catalunya, TSC Department, P.O. Box 30002, 08080 Barcelona, Spain, Ph (34 31 401 7199, Fax (343)401 7232, e-mail:pous-voltorupc.es (21Universityof California at Berkeley, EECS Department Abstract The Measured Equation of Invar

Improved quasi-static and full-wave general boxed coplanar waveguide F. Medina, E. Drake, G. Cano, M. Horno Microwave Group Department of Electronicsand Electromagnetism, Universityof Seville, Avda. Reina Mercedes sin, 41012 Sevilla (Spain). Tel.: +34 54 616 615; Fax.- +34 54 239 434; email: medina-cica.es analysis of the Abstract In this work we present an efficient quasi-analytical method to c