Lectures:
1. Summary of basic knowledge of physics, the laws in electrical engineering (terminology, theory of electron and ion conductivity, static electricity, etc.). Introduction to basic theory of power circuits (resources, components, wiring, etc.).
2. Basic theory of power circuits (elements, conductivity of materials, labor, and output DC power current transition going on in DC circuits).
3. Fundamentals of safety when working with electrical equipment, exposure effects on humans, the basic rules and methods of protection against electric shock.
4. Basics of electrical measurements (content, purpose, concepts, methods, properties and distribution of measuring instruments, electric and selected non-electrical quantities).
5. Alternating current (AC) electric circuits (introductory theory and a comparison with DC, AC formation, system description, parameters and their determination, with a variable circuit elements R, L, C).
6.AC electric circuits - single-phase AC circuits (output, efficiency, power factor, power factor compensation principle).
7. Three-phase AC circuits, network formation, properties, resources and involvement of consumers (output, addressing circuits, use).
8. Basic knowledge of magnetism and magnetic circuits - opening theory, terminology, values, basic rules and laws, distribution of materials, properties and use in electrical equipment.
9. Electrical appliances (L.V.) - distribution, function, fuse and switchgear, breakers, primary distribution, a description of the construction and operation of various types of electromagnets, properties and uses.
10. Fundamentals of semiconductor elements - PN transiton, diodes, transistors, thyristors, triacs, VA characteristics of these elements, rectifiers, the basic applications in electrical equipment.
11. Fundamentals of logic control - sharing, contact control, no-contact control.
12. Semiconductor converters - definition, use, basic circuits of semiconductor rectifiers - properties, graphs of important variables at different types. Inverter, AC controller, chopper and pulse frequency converters - their classification and description of basic principles, properties, use in applications.
13. Electrical machines - definitions and basic division. Transformers - distribution, description, design and operation, operating conditions, characteristics and parameters, use of transformers. Electrical motors - division, design, characteristics, applications.
Laboratory and excercises:
1. Safety training, operational rules of laboratory F323, first aid for electrical shock, testing and signature of evaluation, introduction into subject.
2. Examples of DC electrical circuits - methodological solutions of model examples.
3. Examples of DC electrical circuits and transient in R-C circuit.
4. Laboratory measurement No. 1: "DC circuit" and laboratory measurement No. 2 "Transient in DC electric circuit", measurement using PC.
5. Examples of AC single phase circuits - methodological solutions of model examples.
Assignment of the project.
6. Examples of AC single phase circuits, resonance, reactive power compensation.
7. Laboratory measurement No. 3: "Single-phase AC circuits and AC power" and laboratory measurement No 4 "Reactive power compensation", measurement using PC.
8. Examples of three-phase AC electric circuits - methodological solutions of model examples.
9. Examples of semiconductor converters: uncontrolled and controlled rectifiers, AC voltage converter - methodological solutions of model examples.
10. Laboratory measurement No. 5: "Single-phase uncontrolled rectifiers", measurement using PC and laboratory mesurement No. 6: "Control of conveyor belts".
11. Submission of the project. Examples - magnetic field, transformers- methodological solutions of model examples.
12.Test. Examples - electrical motors - methodological solutions of model examples.
13. The results of the evaluation of the project and the test. Final test to the response form, reviews the final test, the overall classification and assessment, write to the student card.
Projects:
Individual project of IPS specialist subject teachers entered.
1. Summary of basic knowledge of physics, the laws in electrical engineering (terminology, theory of electron and ion conductivity, static electricity, etc.). Introduction to basic theory of power circuits (resources, components, wiring, etc.).
2. Basic theory of power circuits (elements, conductivity of materials, labor, and output DC power current transition going on in DC circuits).
3. Fundamentals of safety when working with electrical equipment, exposure effects on humans, the basic rules and methods of protection against electric shock.
4. Basics of electrical measurements (content, purpose, concepts, methods, properties and distribution of measuring instruments, electric and selected non-electrical quantities).
5. Alternating current (AC) electric circuits (introductory theory and a comparison with DC, AC formation, system description, parameters and their determination, with a variable circuit elements R, L, C).
6.AC electric circuits - single-phase AC circuits (output, efficiency, power factor, power factor compensation principle).
7. Three-phase AC circuits, network formation, properties, resources and involvement of consumers (output, addressing circuits, use).
8. Basic knowledge of magnetism and magnetic circuits - opening theory, terminology, values, basic rules and laws, distribution of materials, properties and use in electrical equipment.
9. Electrical appliances (L.V.) - distribution, function, fuse and switchgear, breakers, primary distribution, a description of the construction and operation of various types of electromagnets, properties and uses.
10. Fundamentals of semiconductor elements - PN transiton, diodes, transistors, thyristors, triacs, VA characteristics of these elements, rectifiers, the basic applications in electrical equipment.
11. Fundamentals of logic control - sharing, contact control, no-contact control.
12. Semiconductor converters - definition, use, basic circuits of semiconductor rectifiers - properties, graphs of important variables at different types. Inverter, AC controller, chopper and pulse frequency converters - their classification and description of basic principles, properties, use in applications.
13. Electrical machines - definitions and basic division. Transformers - distribution, description, design and operation, operating conditions, characteristics and parameters, use of transformers. Electrical motors - division, design, characteristics, applications.
Laboratory and excercises:
1. Safety training, operational rules of laboratory F323, first aid for electrical shock, testing and signature of evaluation, introduction into subject.
2. Examples of DC electrical circuits - methodological solutions of model examples.
3. Examples of DC electrical circuits and transient in R-C circuit.
4. Laboratory measurement No. 1: "DC circuit" and laboratory measurement No. 2 "Transient in DC electric circuit", measurement using PC.
5. Examples of AC single phase circuits - methodological solutions of model examples.
Assignment of the project.
6. Examples of AC single phase circuits, resonance, reactive power compensation.
7. Laboratory measurement No. 3: "Single-phase AC circuits and AC power" and laboratory measurement No 4 "Reactive power compensation", measurement using PC.
8. Examples of three-phase AC electric circuits - methodological solutions of model examples.
9. Examples of semiconductor converters: uncontrolled and controlled rectifiers, AC voltage converter - methodological solutions of model examples.
10. Laboratory measurement No. 5: "Single-phase uncontrolled rectifiers", measurement using PC and laboratory mesurement No. 6: "Control of conveyor belts".
11. Submission of the project. Examples - magnetic field, transformers- methodological solutions of model examples.
12.Test. Examples - electrical motors - methodological solutions of model examples.
13. The results of the evaluation of the project and the test. Final test to the response form, reviews the final test, the overall classification and assessment, write to the student card.
Projects:
Individual project of IPS specialist subject teachers entered.