Unit 1 Circuit Concepts

6 lecture hours

•  Electrical Quantities  Lumped Circuit Elements  Kirchhoff’s Laws  Meters and Measurements  Analogy between Electrical and other Non-Electrical Physical Systems  A case study

Unit 2 Circuit Analysis Techniques

8 lecture hours

•  Thevenin and Norton Equivalent Circuits  Node-Voltage and Mesh-Current Analysis  Superposition and Linearity  Wye-Delta Transformation  Computer Aided Circuit Analysis  A Case Study

Unit 3 Analog Building Blocks and Operational Amplifiers Basic ideas

8 lecture hours

•  The Amplifier Block  Ideal Operational Amplifier  Practical Properties of Operational Amplifiers  Applications of Operational Amplifiers  A case study

Unit 4 Digital Building Blocks

•  Digital System Building Blocks 8  Digital System Components  Computer Systems  Computer Networks  A case study

Unit 5 Signal Processing

8 lecture hours

•  Signals and Spectral Analysis  Modulation
• Sampling and Multiplexing  Interference and Noise  A case Study

Unit 6 Communication Systems

6 lecture hours

• Transmission Lines
• waveguides and Antenna Fundamentals  Analog Communication Systems  Digital Communication Systems  A Case Study

Unit 7 Basic Control Systems

6 lecture hours

•  Feedback Control Systems  Digital Control Systems  A Case Study