This course delves into the foundational principles of AC circuits, exploring sinusoidal waveforms, impedance, and phasors. From basic concepts to advanced theories, students will understand the behavior of RLC circuits and their applications in various fields, including signal processing and communication systems. Practical examples will illustrate the use of RLC circuits in filter design, emphasizing their role in frequency-selective signal processing.
Outcomes
- Gain a comprehensive understanding of AC circuit fundamentals.
- Interpret and analyze AC circuit behavior using Ohm's Law, Kirchhoff's Laws, and complex impedance concepts.
- Develop proficiency in understanding and applying AC circuit theory through mathematical modeling and problem-solving exercises.
- Understand the practical significance of AC circuit theory in various real-world applications such as power distribution, electronics, and communication systems.
- Gain proficiency in analyzing RLC circuits and understanding their applications in signal processing and communication systems.
- Interpret theoretical concepts to design RLC filters for specific frequency-selective signal processing requirements.
- Apply theoretical knowledge to simulate and analyze RLC circuits using software tools, reinforcing understanding of their behavior in practical applications.
Prerequisites
EEST 111, EEST 112, EEST 113
Corequisites
EEST 115, EEST 116
Crosslisted Courses
N/A EEST 111, EEST 112, EEST 113 Corequisite EEST 115, EEST 116 Winter, Summer
Campus
Downtown
Area of Study
Career Education
HS/Tech HS