ELECTRONIC DEVICES

ELECTRONIC DEVICES

The "Electronic Devices in Electronics Engineering" course offers an in-depth examination of the critical components used in electronic circuits and systems. Designed for students and professionals in electronics engineering, this course provides a thorough understanding of how electronic devices function and are applied in various technologies. The course begins with a review of semiconductor physics, laying the groundwork for understanding the behavior of electronic components. You will study the construction, operation, and characteristics of essential devices such as diodes, bipolar junction transistors (BJTs), field-effect transistors (FETs), and operational amplifiers (op-amps). Each device will be analyzed in detail, including its electrical properties, typical applications, and role in electronic circuit design. You will learn how to use these devices in practical circuits for amplification, switching, signal processing, and power regulation. The course also includes advanced topics such as device modeling and simulation, providing you with the skills to design and optimize electronic circuits. Through a combination of theoretical lessons, practical examples, and hands-on laboratory exercises, you will develop the expertise needed to work with electronic devices in real-world engineering projects.