What Will Learn?

• Course Aims

  By the end of this course, students will be prepared for more advanced courses in electronics and related fields through establishing a strong foundational understanding of physical electronics principles. Course aims can be summarized as follows: • To provide students with a solid understanding of the basic elements of electrical circuits, including DC circuit analysis techniques, and Thevenin and Norton theorems. • To introduce students to the bonding model of semiconductors, and the distinction between intrinsic and doped semiconductors, principles of carrier transport in semiconductors, including the concepts of drift current, diffusion current, and the Einstein relation. • To examine the characteristics and behavior of pn-junctions, both without and with an applied voltage and explore various diode models and their practical applications in electrical circuits. • To understand the functioning and applications of operational amplifiers in various electronic circuits.
• Course Goals
• Quality Education
• Affordable and Clean Energy