Circuit Analysis & Design II

Aims of Course:

This course is continuation of the CCM355 Circuit Analysis & Design I course. It describes the advanced topics in Circuit Analysis. Students will be able to analyze a circuit given sinusoidal inputs, design simple circuits, apply Laplace transform techniques to simplify the analysis of complex circuits, use several alternative techniques in time-domain and frequency-domain to analyze the same circuit and Measure basic signal parameters and compute basic circuit parameters from measurements

Learning Experiences:

The course is offered in 40 hours lecture with individual exercises, project works and problem solving

Course Learning Outcomes:

Upon successful completion of this course, students will be able:

•  Analyze a circuit given sinusoidal inputs.
• Design simple circuits for maximum power transfer to a load.
• Apply Laplace transform techniques to simplify the analysis of complex circuits.
•  Analyze circuits in the frequency domain.
• Use several alternative techniques in time-domain and frequency-domain to analyze the same circuit.
•  Design simple circuits from time-domain and frequency-domain specifications.
•  Measure basic signal parameters: amplitude, frequency, etc.
• Measure and compute basic circuit parameters from measurements.