Przedmioty 2020

"Sensory i aktuatory" dla kierunku Applied Electronics II stopień

Organization and function of industrial activities. Economic, social and social context environmental engineering activities. Interpersonal skills: leadership, work team work, negotiations, meetings. Decision-making. The role of professional engineers: professional institutions, accreditation, education and professional development. Differences and similarities between traditional engineering disciplines. The relationship between engineering and other professions and others functions in industry. The nature of technical innovation and product design. Management human resources and industrial resources.

Role, function and purposes of electrical equipment in AC and DC power supply and distribution systems for stationary (both municipal and industrial) and mobile consumer. Contact, semiconductor and hybrid switches and their classification. Fundamental electromagnetic electrodynamic and thermal phenomena in electrical equipment, in working conditions and under interference; electrical and non-electrical hazards due to induction and capacity at overcurrents and overloads in circuits; environmental hazards; requirements for electrical equipment. Switching phenomena in electrical systems; interactions between selected pieces of equipment and systems, electromagnetic compatibility and reliability of electrical equipment. Safe operations of electrical equipment; electrical equipment at places with potentially explosive atmosphere; shock protection. Operating principles and design of selected devices and equipment; domestic and international normalization in electrical equipment, selected legal
issues. Developmental trends in construction of equipment: vacuum and hexafluoride technologies in electrical equipment; ultrafast techniques of short circuit interruption; equipment in stored energy systems for stationary and mobile consumers. Electromagnetic interaction and electromagnetic environment. Interference generation and propagation mechanisms in electrical engineering. Disturbance signals. EMC units. Directive 2004/108 EEC and CE mark. Executing control system over EMC of equipment. EMC law. Introduction to equipment and systems designed in conformity with EMC. Functional elements of interference model. Principles of EMC study and strategies of interferences reduction.
Susceptibility, immunity, emission, EMC level, EMC margin. Basic equations of electromagnetism. Kirchhoff's laws application in the EMC field. Bases of interference signal analysis. Differential and common signals; their generation, effects and reduction of interference signals. Features of circuit components accompanied by interference signals. The interference signals in the time and frequency domain. Sources of electromagnetic interference - natural, intentional and non-intentional sources. Atmospheric and electrostatic discharge consequences. Low voltage network as a disturbance source. Couplings - conducted, electromagnetic field-made, reduction of couplings. EMC filtering - EMC filters features, types and application of EMC filters. EMC shielding. Principle of operation and features of EMC shields. Shielding of electric and magnetic near and far fields. Peforated shields. Ground and reference plane installation. Methods of arranging reference plane installation. EMC normalization. Standards types and their correlation. Requirements of generic standards - emission, immunity. Product and basic standards.