COURSE DESCRIPTION
Continuation of theory and analysis of electrical networks. Includes
sinusoidal steady state analysis, frequency plots, Fourier analysis, network
theorems, and two-port networks.
PRE-REQUISITE :
EE 2351
POST-REQUISITE :
EE 3339, EE 3340, EE 3353
COURSE OUTCOMES :
Students completing EE 3352 will be able to :
- Understand the concepts related to the calculation and
measurement of electric power for single-phase and three- phase Y and V circuits (Criterion A).
- Apply the Laplace Transform to electric networks in order to
obtain their complete time response as well as their spectral characteristics
(Criterion C).
- Obtain the transfer function of electric circuits and use
them to design passive and active filters (Criterion C).
- Decompose a time periodic waveform into its spectral
components through its Fourier series analysis, and use the results to solve
electric circuit problems (Criterion C).
- Understand the concept of two-parameters representation of
circuits and relate it to their application to terminated and interconnected
two-port circuits (Criterion C).
PREVIOUS COURSE NUMBER:
RESPONSIBLE COMMITTEE:
Circuits & Systems
PREVIOUSLY OFFERED
| FALL | SPRING | SUMMER |
| all | all | all |
TO BE OFFERED (Tentative)
| FALL |
SPRING |
SUMMER |
| 2001 |
2002 |
2002 |
| 2002 |
2003 |
2003 |
HELP
