EEST 111 Electronics Theory I
This class provides a foundational understanding of DC circuits, covering Ohm's Law, Kirchhoff's Laws, and the function of basic electronic components like resistors, capacitors, and inductors. Students learn mathematical modeling techniques and explore concepts such as Thevenin's and Superposition theorems to simplify complex circuitry with emphasis on resistive networks. Hands-on activities and simulations software will be used to reinforce theoretical concepts.
Cross Listed Courses
N/A
Prerequisite
None
Offered
Fall, Spring
Outcomes
- Gain a solid theoretical understanding of fundamental concepts in DC circuits.
- Identify and explain the function of basic electronic components.
- Interpret color codes, descriptors and symbols used in DC circuits.
- Apply Ohm’s law to explain the relation between voltage, current and resistance.
- Develop proficiency in mathematical modeling of DC circuits, including translating circuit diagrams into mathematical equations.
- Apply algebraic techniques to analyze and predict circuit behavior.
- Ability to calculate power dissipation in resistive components and understand the concept of maximum power transfer in DC circuits.
- Acquire the skill of using circuit design and simulation software tools such as NI Multisim for virtual experimentation and verification of theoretical concepts.
- Explore real-world applications of DC circuits, such as power supply circuits, voltage regulators, and electronic devices, to understand the practical significance of the concepts learned in class.
Area of Study:
Career Education, HS/Tech HS
Instructional Mode:
Web-enhanced