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Introduction to feedback concepts (positive and negative). Transient and steady-state analysis using Laplace transforms. Bode plots and stability criteria. Lab work includes the use of mathematical analysis and simulation.

Introduction to feedback concepts (positive and negative). Transient and steady-state analysis using Laplace transforms. Bode plots and stability criteria. Lab work includes the use of mathematical analysis and simulation.

Electrical Networks is a circuit and power analysis course in an alternating current (ac) level designed for engineering technology students. It introduces students to theory and principles of circuit analysis such as series parallel, and series-parallel ac circuit; network theorems and circuit methods of solving ac circuits; ac power analysis, resonance, and passive filters. Some direct current (dc) circuit analysis concepts will be covered at the beginning of the course as part of the review materials.

Electrical Networks is a circuit and power analysis course in an alternating current (ac) level designed for engineering technology students. It introduces students to theory and principles of circuit analysis such as series parallel, and series-parallel ac circuit; network theorems and circuit methods of solving ac circuits; ac power analysis, resonance, and passive filters. Some direct current (dc) circuit analysis concepts will be covered at the beginning of the course as part of the review materials.

Transient response of RL, RC, and RLC circuits utilizing both classical and Laplace transform techniques. Laboratory exercises and computer simulation software included.

Transient response of RL, RC, and RLC circuits utilizing both classical and Laplace transform techniques. Laboratory exercises and computer simulation software included.