Project based engineering education: a case for teaching EMC/EMI

Hellany, A.; Nagrial, M.

doi:10.1109/apace.2003.1234475

Cited by 5 publications

(2 citation statements)

References 10 publications

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“…Because of the growing importance of the electromagnetic compatibility, universities worldwide are paying more attention in training future engineers with EMC knowledge. Therefore, a large number of electrical engineering degree programs have incorporated independent EMC courses, which are devoted to important EMC topics [13][14][15][16][17]: electromagnetic theory, signals and coupling modes, transmission lines, grounding and bonding, enclosure shielding, filtering techniques, PCB design for EMC compliance, standards and regulations, testing for EMC compliance, EMC diagnostic and troubleshooting, etc.…”

Section: Present Developmentmentioning

confidence: 99%

Virtual Instrumentation Approach for Teaching EMC Concepts

Lunca

Sălceanu

2012

ElAEE

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This paper illustrates the possibility of using virtual instrumentation techniques for enhancing the conventional EMC learning environment. After a short introduction into the EMC curricula, the main considerations for adopting a LabVIEW approach to create EMC educational tools are given. Then, a number of virtual instruments (VIs) concerning various EMC concepts, utilized during the EMC courses delivered by the authors, are briefly introduced. Three of them-a hardware-based VI module for experimenting with radiated electromagnetic interferences, an interactive simulation for teaching the radiation properties of the dipole antenna and an example of calculation program for EMC, which computes electrical parameters for typical PCB transmission lines-are presented in detail as case studies. Ill. 5, bibl. 22, tabl. 1 (in English; abstracts in English and Lithuanian). E. Lunca, A. Salceanu. Virtualios instrumentuotės metodas EMS pagrindams dėstyti // Elektronika ir elektrotechnika.-Kaunas: Technologija, 2012.-Nr. 1(117).-P. 75-80. Iliustruojama galimybė naudoti virtualios instrumentuotės metodus gerinant tradicinę EMS mokymo aplinką. Po trumpo EMS programos pristatymo pateikti pagrindiniai apmąstymai, kaip adaptuoti LabVIEW, kuriant mokomuosius įrankius. Trumpai pristatyti virtualus instrumentai (VI), naudoti EMS kursuose. Trys iš jų-aparatinis VI modulis, skirtas elektromagnetinei interferencijai tirti, interaktyvi dipolės antenos spinduliavimo charakteristikų imitacija ir SMP perdavimo linijų EMS skaičiavimo pavyzdys yra pateikti detaliau. Il. 5, bibl. 22, lent. 1 (anglų kalba; santraukos anglų ir lietuvių k.).

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Section: Present Developmentmentioning

confidence: 99%

Virtual Instrumentation Approach for Teaching EMC Concepts

Lunca

Sălceanu

2012

ElAEE

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“…Depending on the design approach, various aspects of the design will become critical to produce a fully functional TV. Aspects that require special effort during production such as difficult assembly, critical wire dress or difficult adjustment impose ongoing cost and demands on production for the life of the product [6][7]. The TV needs to be designed within a multi-disciplinary environment with expert knowledge required in:…”

Section: A Special Issues Of Emc In Televisionmentioning

confidence: 99%

Electromagnetic Compatibility/Interference issues in television

Hellan

Nagrial

Rizk

2007

2007 International Symposium on High Capacity Optical Networks and Enabling Technologies

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An Electromagnetic interference (EMI) noise can couple with a high frequency TV signal on a transmission system and passes through access fiber to the optical network unit (ONU). The ONU can serve then as a medium for the noise to propagate to other equipment. In this paper, the issue of electromagnetic compatibility in relation to television design is discussed. After a general introduction to Electromagnetic Compatibility (EMC) on a global basis, the particular EMC requirements in product design are presented. Then the requirements for cost effective TV product design in Electromagnetic Compatibility /Interference (EMC/EMI) terms are summarised. Keywords; wireless and satellite communicationsOptical network unit, Electromagnetic Compatibility (EMC), interference (EMI) TelevisionI.

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