1. Microelectronic Circuits Spring, 2013
School of Computer Science and Engineering
Pusan National University
Jeong Goo Kim

2. Class Day/Time: Tuesday, Thursday / 15:00
강의일반
Class Day/Time: Tuesday, Thursday / 15:00
Classroom: Engineering Bldg. #6, Room 6202
Instructor: Jeong Goo Kim
Office: Research & Lab. Bldg. #1, Room 420
Phone:
Office Hours: Tuesday, Thursday  16:30 – 17:30
Homework: Due one week from day assigned (unless otherwise specified)
Grading: Attendance: % Homework: % Final Exam:  30% Mid Term Exam:   30% Presentation: 5%

3. Useful References (Books):
강의개요
Purpose of the Course
In this class, we study fundamentals and directions of basic electronic elements such as diodes, transistors, op-amp, and logic-gates.
Then, we develop ability of analysis and design techniques of electronic circuits.
TEXT
Essentials of Electrical and Computer Engineering, David V. Kerns, Jr. and J. David Irwin, Pearson Prentice Hall, 2004.
Useful References (Books):
Electronic Principles 7th Ed., Malvino/Bates, McGraw Hill, 2007
Introductory Electronic Devices and Circuits 7th ED., Paynter, Prentice Hall, 2006
Microelectronics Circuits 5th Ed., Sedra/Smith, Oxford, 2004
Useful Articles: Attached at the end of every printed matter
All the information on this class will be posted at

4. Clas Schedule Class Schedule
Week
 Contents
Note 1
Introduction to Electronics 2
The Ideal Op-Amp 3
Application and Design of Op-Amp
HW 1: Design of Amplifier 4
p- and n-Type Semiconductor The p-n Junction Diode 5
Power Supply Circuits and Wave shaping using Diode
HW 2 : Analysis of Diode Circuits 6
MOSFET Fundamentals and Operation 7
NOT Gates with MOSFETs & Other FET Types 8
 Midterm Exam. 9
Amplifiers Using the MOSFETs 10
BJT Fundamentals 11
NOT gates Using the BJTs 12
Thyristors and SCRs
HW 3: Transistor Fundamentals 13
Ideal Logic Gates & Basic Logic Gates Using MOSFETs 14
Basic Logic Gates Using BJTSs
HW 4: Digital Electronic Gates 15
 Final Exam.
Note: Schedule may be changed according to the progress of classwork with notification

5. Microelectronics

6. Microelectronics

7. Homework and Next Lecture
Read text book pp
Next Lecture
Chapter 8. Introduction to Electronics