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The course explains interactions between mechanical structures and electromagnetic fields. Electrical and mechanical parts in such systems are modeled by concentrated parameters (circuit approach). Circuit theory, which was introduced in the course on Fundamentals of electrical engineering, is extended to generalized inductances, capacitances and mechanical elements. Electromechanical coupling is introduced and energy conversion is explained. Fundamental principles are introduced via analysis of practical devices (motors, generators, levitation systems, electromechanical relays, capacitive microphones ?). Finally, nano- and micro-electromechanical systems are introduced.

1. Electromechanical Dynamics; H.H. Woodson, J.R. Melcher; John Wiley & Sons; 1968
2. Understanding Electro-Mechanical Engineering; L.J. Kamm; IEEE Press; 1996
3. Nano- and Microelectromechanical systems; S.E. Lyshevski; CRC Press; 2001

Enrollment:
Passed: Fundamentals of Electrical Engineering
Passed: Physics 1

Predmeti za nadarene studente - study Computing
Predmeti za nadarene studente - study Electrical Engineering and Information Technology

Predmeti za nadarene studente - module Computer Engineering
Predmeti za nadarene studente - module Computer Science
Predmeti za nadarene studente - module Control Engineering and Automation
Predmeti za nadarene studente - module Electrical Power Engineering
Predmeti za nadarene studente - module Electronic and Computer Engineering
Predmeti za nadarene studente - module Electronics
Predmeti za nadarene studente - module Information Processing and Multimedia Systems
Predmeti za nadarene studente - module Software Engineering
Predmeti za nadarene studente - module Telecommunications and Informatics
Predmeti za nadarene studente - module Wireless Communications