Objectives - Linear Electrical Networks

The student, at the end of the course, should be able to (The numbers in the brackets indicate the numbers of attributes given in the Washington Accord)                 

1. Determine the time-domain behavior of one-port networks in response to periodic at different frequencies and aperiodic signals. (1, 5)
2. Determine the frequency-domain behavior of one-port networks in response to periodic at different frequencies and aperiodic signals. (1, 5)
3. Analyze the structure and function of ideal one-port electrical networks (1, 5)
4. Determine the time domain behavior of 2-port passive networks.  (1, 5)
5. Determine the frequency domain behavior of 2-port passive networks.  (1, 5)
6. Analyze the structure and function of ideal two-port passive electrical networks (1, 5)
7. Design high performance 2-port passive networks such as probes, bridges, interconnects, resonant circuits, and filters. (3)
8. Determine the behavior of controlled sources, signal conditioners, and signal generators. (1, 5)
9. Analyze the structure and function of ideal active electrical networks (1, 5)

10.  Design controlled sources, signal conditioners, and signal generators to meet stated specifications. (3)