Electronic circuit 2-전자회로2

 Based on fundamentals covered in Electronics I, the class will address the principles and elementary applications of integrated-circuit amplifiers, differential amplifiers, operational amplifiers, frequency response, and feedback amplifiers. A strong emphasis will be placed on the computer-aided analysis, design, and simulation of electronics circuits using PSpice software. 

Text : A. S. Sedra and K. C. Smith “Microelectronic Circuits,” 2011, 6th Edition, Oxford.

Major Contents :

MOSFET and BJT amplifier basics (review)

IC biasing techniques

CS and CE amplifiers with active loads

MOS differential pair

Small-signal operation of MOS differential pair

BJT differential pair

Differential amplifiers with active load

Ideal operational amplifier and basic concepts

Inverting and non-inverting amplifiers

Frequency response and non-ideal characteristics

Large-signal operation and dc imperfections

Integrator and differentiator

Basics of frequency response

Frequency response of amplifiers

Concepts of feedback amplifiers

Forms and benefits of feedback

Four feedback topologies and their properties

Feedback amplifiers

Loop gain and stability

Frequency compensation

LINK FULL VIDEO COURSE

http://bkict-ocw.knu.ac.kr/content/lecture.html?code1=1001&code2=1005&year=&sort=1&pg=lecture&series=17