Circuit Theory II

Lectures:
• Three-Phase Circuts.
• The Y-to-Y Circuit.
• The Y-to-D Circuit.
• The Complete Response of RL and RC Circuits.
• The Complete Response of Circuits with Two Energy Elements.Storage.
• Two-Port Networks.
• Hybrid and Transmission Parameters.
• Frequency Response.
• Bode Plots. Feedback.
• The Ideal Operational Amplifier. Characteristics of Practical Operational Amplifier.
• Multivibrator.
• Transmission Lines.
• Equations of Transmission Line.
• Phenomena of Transmission Line.

Seminars:
• Analysis of Three-Phase Circuits.
• Analysis of The Y-to-Y Circuit.
• Analysis of The Y-to-D Circuit.
• Determination of Initial Condition of Transient Phenomena.
• Analysis of Transient Phenomena of RL and RC Circuits.
• Determination of Two-Port Parameters.
• Analysis of Frequecy Response.
• Analysis of Frequecy Response in Complex Plane.
• Analysis of Frequecy Response by Means of Bode Metod.
• Setting of Operating Point of Amplifier.
• Evaluation of Amplifier Efficiency.
• Project of Multivibrator.
• Analysis of Transmission Line Equations.
• Calculation of Quantities on Lossless Transmission Line.

Laboratory Works:
• Knowledge Test. Measurement of Three-Phase Circuit.
• Modelling of Thre-Phase Circuit in Virtual Laboratory.
• Measurent of Transient Phenomena of RL and RC Circuits.
• Measurent of Transient Phenomena of RLC Circuits.
• Measurement of Two-Port Network Parameters.
• Measurement of Composite Two-Port Network Parameters.
• Measurement of Frequency Responce RC Network.
• Measurement of Charecteristik Non-linear Elements.
• Measurement of Amplifier.
• Measurement of Oprational Amplifier.
• Measurement of Feedback.
• Measurement of Multivibrator.
• Modelling of Current, Voltage and Power on Lossless Transmission Line.

Semester project:
1st Analysis of Three-Phase Circuits.

Proofs:
1st Knowledge test.
2nd Analysis of Transient Quantities in First-Order Circuit.
3th Analysis of Two-Port Network Parameters.