1. Introduction to the electrical engineering. Definition of electric current, voltage, power, energy. Fundamentals of their measurement and technical arrangements. Electricity system of the Czech Republic, electricity price setting, liberalization of the energy market. 2. Linear electrical circuits in steady state and their elements ? types of circuits, ideal circuit elements, simplification of electrical circuits. Basic characteristics of harmonic current and voltage, composing simple harmonic functions, decomposition of non-harmonic periodic functions. 3. Analysis of circuits powered by alternating harmonic voltage or current - complex impedance method, drawing of phasor diagrams. Power of harmonic current and its measurement. Three-phase system, power utilization, power factor compensation. 4. Magnetic circuits - basic laws of magnetism, magnetic circuit calculations, losses, design, application, magnetic bearing. Transformers - principle, design, spare circuit. 5. Electrical machines - definitions, distribution, energy balance, torque and load characteristics. DC machines - principle, design, induced rotor voltage, armature reaction, types, torque characteristics, properties, useage, acceleration and braking. DC drive as a dynamo. 6. AC electric machines - types. Synchronous machines, asynchronous motors, universal commutator motor, stepper motor, EC motors, voice coil actuators. 7. Basic components for analog signal processing, semiconductors, P-N transition, diode, thyristor, triac, AC/DC convertors, stabilizers, analog signal modification 8. Power electronics elements. Electric power converters - AC / DC (controlled by thyristors), DC / AC (inverters), DC / DC converters, AC / AC (frequency converters), triac power regulator. 9. Operational amplifier OPAMP, characteristics, basic circuits with OZ, sensor connection. 10. Introduction to digital electronics, characteristics of digital signals, basic logic operators, logic functions, numerical systems, codes; basic logic circuits. 11. Combinational logic circuits, truth table, decoder, multiplexer, circuits with logical components. Sequential logic circuits, design principle, R-S circuit, D-flip-flop, Master / Slave circuits. 12. ADC / DAC converters, control systems with digital signal processing, programmable circuits. 13. Sensors, measurement and control systems, measuring chains. 14. Buses, computer interfaces and peripheral connections.
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RIPKA, P., A. TIPEK. Master book on sensors: modular courses on modern sensors. BEN, 2003. ISBN 80-7300-129-2.
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TKOTZ, K., J. HANDLÍŘ. Příručka pro elektrotechnika. Praha: Europa - Sobotáles. ISBN 80-86706-13-3.
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