Revisiting the Microelectronics Certificate 한국어 ‎(ko)‎

  • Recruiting People1,000 people

  • Target ClassALL

  • Enrollment Period11-23-2021 ~ 01-31-2022

  • Learning period11-23-2021 ~ 05-01-2022(+90 from the date of application)

    ※ 학습종료일 이후에는 기간이 남았더라도 입장할 수 없습니다.

  • Payment StatusPaid

  • Price₩ 50,000(Estimated Point : 500 Point)

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Class Introduction

[강좌 요약]

전기 전자공학 관련학과에서 반도체 설계분야 학부 2~4학년 및 대학원 기초 과목으로 다루는 핵심 개념들을 전체적이며 통합된 흐름으로 설명

 

[강좌 목적]

회로의 해석 및 설계는 수학, 신호, 통신, 제어 등 많은 과목과 선후 관계가 얽혀 있어 학부 재학시절에 전공과목으로 수강하였다고 하더라도 기본적인 개념들을 명료하게 이해하고 그들 간의 연관관계를 통찰하기 어렵다.

본 강좌는 반도체 관련 산업에서 기획, 개발, 생산, 평가, 응용, 판매에 종사하는 관련학과 졸업자들에게 필요한 개념을 재정립하고 관점과 시야을 넓혀줌으로써 업무역량을 향상함을 목적으로 한다.

 

[교수자 소개]

연세대학교 글로벌융합공학부 한건희 교수

 

 [상세 커리큘럼]

 

주제명

차시명

키워드

콘텐츠 분량

1

Introduction

1-0 Introduction

objective, intended viewer, table of contents

5 : 15

1-1 Circuit Element

R, L, C, voltage, current, dependent source

8 : 09

1-2 Circuit Analysis

nodal analysis, mesh analysis

9 : 35

1-3 Differential Equation

Lapace, general/homogeneous/particular

5 : 11

1-4 Frequency Response

pole and zero, bode plot

10 : 55

2

Semiconductor

2-1 Semiconductor

crystal, bonding, doping, , carrier, conduction

10 : 23

2-2 PN Junction

depletion, forward, reverse, current

15 : 20

2-3 Switching Device

diode, triode, transistor, active switch

15 : 33

3

MOS FET

3-1 MOS Device

structure, inversion, threshold, channel

9 : 03

3-2 MOS FET

linear region, saturation region, weak-inversion

14 : 41

3-3 Logic Circuit

complimentary circuit, gate, delay

11 : 57

4

OP Analysis

4-1 Operating Point

operating point, approximation

8 : 46

4-2 FET Operating Point

operating region, Biasing

9 : 30

4-3 Current Biasing

current biasing, operating current, degeneration,

12 : 09

5

DC Analysis

5-1 DC Analysis

operating range

10 : 53

5-2 CMOS Inverter

current source, output resistance, current mirror

9 : 19

5-3 Differential Amplifier

differential signal, differential pair, OP Amp

9 : 18

6

Small-signal Analysis

6-1 Small-signal Analysis

operating point, linear model,

6 : 15

6-2 Small-signal Equivalent Circuit

equivalent tansconductance, resistance, model

6 : 36

6-3 Output Resistance

equivalent resistance, trans-conductance

7 : 41

7

Amplifiers

7-1 Amplifier

common source, common drain, common gate

7 : 59

7-2 Cascode Amplifier

cascode, output resistance, mirrored OTA

9 : 12

7-3 Cascade Amplifier

multi stage amplifier, loading effect

7 : 33

7-4 Output Stage

driver, class, power efficiency, dictortion

9 : 27

8

AC Analysis

8-1 AC Analysis

small signal circuit, capacitance, pole and zero,

14 : 12

8-2 AC Equivalent Circuit

parasitic capacitance, unity gain frequqncy

9 : 32

8-3 Quick AC Analysis

miller effect, impedance reflection

12 : 54

9

Transient Analysis

9-1 Transient Analysis

inverting, noninverting, trans-impdeance

4 : 07

9-2 Circuit Simulation

Simulator Structure and engine

10 : 08

9-3 PSPICE

DC, AC, transient simulation, device library

19 : 49

10

Operational Amplifier

10-1 OP Amp

closed loop, virtual short circuit

11 : 21

10-2 Active Filter

integrator, weighted sum, continuous-time filter

9 : 17

10-3 Switched-Capacitor

MOS switch, charge amplifier, discrete-time

15 : 41

10-4 Practical OP Amp

GB effect, finite gain effect

5 : 55

11

Feedback

Circuit

11-1 Feedback Fundamentals

error minimization, transfer function

11 : 01

11-2 Feedback Circuits

gm boosting, regulated cascode,

13 : 26

11-3 Stability

Nyquist method,

14 : 53

11-4 Positive Feedback

latch, negative impedance

12 : 14

12

Nonlinear

Circuit

12-1 Nonlinear Function

folding, sigmoide, multiplier

10 : 01

12-2 Oscillator

tuned osc, relaxation osc, ring osc

7 : 37

12-3 Detector

comparator, peak detector, median, slope, winner

13 : 04

13

Active Filter

13-1 Filter Structure

signal flow graph, mason rule,

18 : 35

13-2 High-order Filter

filter synthesis algorithm, Biquad

21 : 54

13-3 Filter Tools

Matlab

23 : 15

14

Analog Digital Converter

14-1 DAC

digital to analog converter architecture

14 : 50

14-2 ADC Architecture

flash, single slope, SAR, cyclic, multi-stage

16 : 04

14-3 ADC Performance

differential pair, single stage OTA,

14 : 52

 

 

 

 

  • 문의 : 연세대학교 교무처 교수학습혁신센터 (02-2123-4201~4205, ictl@yonsei.ac.kr)

 

Preview Lecture Video
Course Introduction

연세대학교의 우수한 교수진의 노하우와 축적된 교육·연구 성과를 바탕으로 제작된 차별화 된 콘텐츠를 경험함으로써 분야별 전문 지식과 최신 기술을 습득할 수 있는 과정입니다.

Payment Information
  • Price
    ₩ 50,000
  • Discount
    ₩ 0
  • Amount
    ₩ 50,000
  • Estimated Point
    500 Point
Classification
  • Curriculum
    Completion Lecture
  • Class Area
    Engineering
  • Subject
    The latest technology
Professor