Czech

Not applicable.

The graduate is able: (a) autonomously and creatively apply matrix methods to the analysis and synthesis of the linearized circuits with active elements; (b) numerically and graphically solve nonlinear networks; (c) use computer to analyze and design amplifiers, filters, oscillators and similar electronic circuits with lumped parameters.

Student which register this couse should have following knowledge: 1. mathematical operations (calculations withvectors and matrices, solving system of equations, derivations, integrations) and 2. circuit fundamentals (Ohms law, Kirchhoff´s laws, superposition principle).

Not applicable.

Personal attendance with possibility to change into full online education form.

Computer lessons during semester (10 points), laboratory excercises (10 points), four individual projects (4 x 5 = 20 points) and written final exam (60 points).

1. Fundamental laws and theorems in electronic circuits, practical examples.
2. Modeling and characterization of electronic components (Ing. Běťák, ON Semiconductor, Rožnov).
3. Network functions and parameters, zeroes and poles, frequency responses.
4. Design of passive ladder RLC two-terminal devices.
5. Matrix methods of solving linearized circuits with regular devices having multiple terminals.
6. Matrix methods of solving linearized circuits with operational amplifiers and current conveyors.
7. Sensitivity analysis of elctronic circuits, tolerance analysis and synthesis.
8. Noise analysis of electronic circuits, noise sources and their models.
9. Feedback theory, types of feedback and its influence on basic parameters of electronic system.
10. Methods of stability investigation.
11. Oscillators and PID regulators.
12. Graphical and numerical methods for solving non-linear circuits.
13. Design of integrated circuits (Doc. Horský, ON Semiconductor, Brno).

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Aim of this subject is to introduce students into the methods of analysis of lumped electronic circuits. Attention is paid on both hand-made calculations and computer-aided solutions using various software.

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DOSTAL, T. Teorie elektronických obvodů. VUTIUM, 2006 (CS)
PETRZELA, J. Teorie elektronických obvodů, VUTIUM, 2012. (CS)

Not applicable.