Elektrotechnika i elektronika: dla studentów wydziałów nieelektrycznych. Front Cover. Władysław Opydo. Wydaw. Politechniki Poznańskiej, – pages. Elektrotechnika teoretyczna: Obwody liniowe i nieliniowe · Read more · Elektrotechnika i elektronika: dla studentów wydziałów nieelektrycznych. Read more. Władysław Opydo is the author of Elektrotechnika i elektronika dla studentów wydziałów nieelektrycznych ( avg rating, 1 rating, 0 reviews, published.

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Elektrotechnika samochodowa

Student can select and use methods of analysis DC and AC circuits. Student knows basic law of DC cicuits. Practice in calculations of DC circuits. Power supply, half-wave and full-wave Graetz’s rectifier, ripple filtering.

Electric circuit — elements, types. Student can explain the principles of operation and define the parameters of the transformer and three-phase induction motor. Solving methods of linear branched DC circuits — examples.

Reset Password Students You are not logged in log in. Sources of electric energy — types, current-voltage characteristics. Student knows types of electrical receivers.

Student knows basic types of machines and kinds of work. Induction motors — one and three phase: Paul Horowitz, Winfield Hill.


Podstawy elektrotechniki i elektroniki dla nieelektryków: Laboratorium – Google Books

Student knows the conditions of magnetic field generation. Laboratory, 15 hours more information Lecture, 30 hours more information. The phenomenon of electromagnetic induction, generator, transformer. Student knows semiconductor components diodes, transistors, thyristors, triacs.

Transformers — construction, principle of operation, types, application. Student is able to describe and explain the energy dependences in simple electrical circuit.

Electrical and Electronic Engineering (24 52 00)

Power and work of electric current. Education module contain basic problems of electrical engineering and electronics. Actual value, average and RMS value of sinusoidal signals. Application of complex numbers to description the sinusoidal variable parameters. The course credit consists of: Examples of branched AC circuits and their description.

Arrow convention for the voltage and current. Phasor diagram of voltages and currents. DC motors — types, construction, principle of operation. Electrostatic field, voltage, capacitors.

Power in three-phase circuits. RLC elements in AC circuits. Student can define and name the physical properties of the basic elements of electrical circuits. The student knows the basics of building and programming microcontrollers. Student knows basic logic circuits. Student is able to define the active power, reactive and apparent power in the sinusoidal current circuits.


The syllabus – Basic concepts of electrical engineering. Student is able to define the basic concepts and laws of electricity. Acquiring the knowledge of the fundamentals of electrical engineering.

Fundamentals of Electrotechnics and Electronics

Acquisition of skills in the calculation of the DC and AC circuits. Charles Platt – Elektronika: The ways of veryfing every mentioned outcome of teaching. Elektrotechnika, WSiP, Warszawa Assessment methods and assessment criteria:. Bruce Carter, Ron Mancini – Wzmacniacze operacyjne: Skip to main menu Skip to submenu Skip to content.

The student knows the basics of creating circuit diagrams of electrical and electronic equipment. Student knows optoelectronic components and can determine their basic characteristics.

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