MULTIMEDIA SELF-TRAINING PRODUCf FOR MICROW AVB LEARNING M. VINDEVOGHEL *, M. HOCHEDEZ J. VINDEVOGHEL * ABSTRACf *, J.F. LEGlER, * A. VANOVERSCHELDE * The purpose of this article is to present an original pedagogical product for teaching microwaves. It is a multimedia self-training product recommended to technicians and engineers working in conventional electronics and wishing to acquire ad

PENELOPE: an educational D. Vanhoenacker, T. Sakalis2 P. Delhaise3 a microtool and near mm-waves CAD/CAM software designed as A. Baudhuin, I. Huynen, T. Kezai, A. Vander Vorstl ~ Abstract The paper describes a software developed by the authors as an educational tool for the design of microwave and near millimeter wave circuits, up to 40 Ghz.The software is part of a whole, by which passive

MICROWAVE SOLID-STATE (CURRICULUM/TEACHING J. Costa Freire. ABSTRACT The Curriculum and Teaching CIRCUITS DESIGN TECHNIQUES) Technique of a one-semester discipline on "Microwave Solid-State Circuits" for Electrical Engineering undergraduate students, are described. Special emphasis is given to the design techniques based on CAD programs. A CAD software package, mainly implemented by students

MICROW AVE TEACHING STUDENTS ABSTRACT METHODS FOR GRADUATE AND ---- TRAINEES concepts poses very The presentation of microwave different problems depending on the audience addressed. In this paper we present the results of several years of microwave teaching experience to two very different types of audiences: final year undergraduate / graduate leavel student and mature student on microwave

A NEW APPROACH FOR INTEGRATED MICROWAVE EDUCATION WIlli CAD L. A. Bemdez* ABSTRACT This work presents the microwave educational methodology implemented at the Departement of Electrical Engineering of Brasilia - UnB Brasil in the last two years. which was of the University - The main objective of this methodology circuit design and measurements to the develop the "feeling" which is required is

USE OF CAD SOFTWARE IN MICROWAVE ENGINEERING COURSES AT RENSSELAER J. M. Borrego ABSTRACT Technological developments in computers, microwave devices and CAD microwave software has brought about the need to revise and. adjust the subject areas covered in microwave undergraduate courses. In this paper we describe the revisions and development of a new course in the microwave engineering program that

MONOLITHIC AND HYBRID CIRCUITRY SYSTEMS OF UP TO 10 GBIT /S Gerhard ABSTRACT Hanke FOR OPTICAL COMMUNICATION * In the trunk network of Deutsche Bundespost Telekom (DBP) optical transmission systems working at 2.4 Gbi t/s will be implemented in the near future. This bitrate can be processed with commercial monolithic integrated GaAs-circuits. For the higher bitrates, such as 4.5 Gbit/s or even

A LOW NOISE HYBRID INTEGRATED FRONT END J. Hausner, W. Richter, P. Russer, B.J. Scheuvens 4.5 GBITjS OPTICAL * Abstract A broadband front end of an optical receiver for a frequency band from 10 MHz up to 5.5 GHz has been designed and fabricated using hybrid integrated technology. The amplifier consists of a transimpedance input stage, two broadband shunt feedback amplifier stages and an equal

A COMPARISON AND OF THE LINK PERFORMANCE MODULATED OF ANALOG DIRECTLY FIBER-OPTIC EXTERNALLY LINKS C.H. Cox, III, G.E. Betts and L.M. Johnson The link RF-to-RF insertion loss, noise figure and dynamic range of directly and externally modulated links are compared analytically and experimentally. While at low optical power levels the directly modulated link performs better, at high optica

100 J.lS MICROWAVE MODULATED LASERS F.DEBORGIES*, OPTICAL DELAY LINE USING DIRECfL Y G.CHEV ALIER*, Y.COMBEMALE* ,P.MAILLOT* ,P.RICHIN* P.BLANCHARD**,O.MAAS** ABSIRAcr Using a 20 kilometer long optical link with direct modulation of BH and DFB laser, we demonstrated the lowest insertion losses - of the order of 48 dB ever reported at microwave frequencies up to C band. A COMPARISON