This course provides innovative analysis of devices and circuits in electronic engineering, which is fundamental for IT engineering students. This course covers the fundamental physics of devices with materials and interpretation methods of electronic circuits.
* Note: This semester, it is only available to undergraduate students in the Department of IT Convergence. Other students can take the class starting next semester.

이 교과목에서는 IT공학도로서 기본적으로 알고 있어야 하는 전자공학의 소자 및 회로의 전반적인 내용에 대해서 다룬다. 전자회로의 기초 개념과 해석 방법, 트랜지스터, 연산증폭기와 같은 중요 소자의 동작원리 및 디지털 논리회로를 다루고 전자소자 재료의 제반 특성, 빛과 물질의 상호작용, 반도체, 도체, 비등방성 물질, 비선형광학 물질의 구조와 특성에 대해 기초소자(Resistor, Capacitor, Inductor, PN diode, BJT, MOSFET 등)를 바탕으로 기초이론과 개념을 가르치는 것을 목적으로 한다.

* Please understand that this is the first semester of this course for undergraduate students in the Department of IT Convergence Engineering, so there may be restrictions for students from other departments.

Midterm exam (40%), final exam (50%), attendance (10%)

중간고사 (40%), 기말고사 (50%), 출석 (10%)

- Electronic Devices and Circuits, Second Edition (Battula Tirumala Krishna, Dharma Raj Cheruku)
- Electronic Circuit Design (David Comer)
- Semiconductor Physics and Devices (NEAMEN)
- Physics and Technology of Semiconductor Devices (Andrew S. Grove)
- Device Electronics for Integrated Circuits, 3rd Edition (R. S. Muller, T. I. Kamins)

- 1주: Introduction: what is electronics? / applications of electronics and electronic components
- 2~3주 : Semiconductor Device Physics
- 4주 : Diodes with circuit analysis techniques
- 5주 : Capacitor and inductor with analyzing transient circuit
- 6주 : Transistor biasing and transistor amplifier circuits
- 7주 : Midterm Exam
- 8~9주 : Field Effect Transistors
- 9주~10주 : Integrated circuit design with the BJT
- 11주~12주: Integrated circuit design with the MOSFET
- 13~14주 : The differential stage and OP amplifier
- 15주 : Basic Logic circuits (CMOS inverter, CMOS logic gates)
- 16주 :Final Exam

Use of self-made PPT

- 자체제작 PPT 및 측정, 분석 자료 이용