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반도체 기초 강의

bjt 강의

반도체 소자 직무

mosfet 강의

pn junction

hall effect

Sungho Kim

27.5K subscribers

Sungho Kim
[Physics and Electronic Engineering | 0.0] #Course Introduction

This is an introduction to the "Physics of Electronic Engineering" course, which explores the flow of electrons within ...

8:52
[Physics and Electronic Engineering | 0.0] #Course Introduction

121,093 views

4 years ago

짤이슈
The charisma of a Seoul National University physics professor

한 커뮤니티에는 교수 위험이라는 글이 올라왔는데 서울대에서 기본 물리 수학 강의를 듣고 있다는 이학생은이 과목이 기초적으로 ...

0:55
The charisma of a Seoul National University physics professor

1,315,086 views

10 months ago

키텔 KITTEL
물리학과 vs 전기전자공학과

구독하고 재밌는 영상 보세요! 치지직: https://chzzk.naver.com/48d1f6c3fb214ca13afacd0ab1f639dc 숲: ...

0:32
물리학과 vs 전기전자공학과

24,501 views

4 months ago

전자공감:전공, 공감으로 풀다
[물리전자] 외인성 반도체와 도너(Donor) 불순물 원자 (4.2A)

본 강의는 Neamen의 반도체 물성과 소자 4판 교재를 기반으로 하여 제작되었습니다.

17:54
[물리전자] 외인성 반도체와 도너(Donor) 불순물 원자 (4.2A)

2,561 views

6 years ago

Sungho Kim
[Physics and Electronics | 4.4] #degenerated semiconductor #Why the Boltzmann approximation can't...

Understand the caveats to consider when interpreting degenerate semiconductors with very high doping concentrations.

6:47
[Physics and Electronics | 4.4] #degenerated semiconductor #Why the Boltzmann approximation can't...

25,959 views

4 years ago

유니스터디
물리전자 1강 Schrödinger Equation (슈뢰딩거 방정식 개념) #유니스터디 #대학인강 #물리전자

물리전자_전문가와 함께하는_완성강좌 강좌 바로가기 :: https://bit.ly/4kbEeXr 물리전자공학, 어렵다고 느껴지시나요?

38:23
물리전자 1강 Schrödinger Equation (슈뢰딩거 방정식 개념) #유니스터디 #대학인강 #물리전자

4,637 views

1 year ago

Sungho Kim
[Basic Semiconductor Device|1.1] pn junction : #qualitative analysis without equations

Let's try to qualitatively understand what happens when a pn junction is formed.

25:48
[Basic Semiconductor Device|1.1] pn junction : #qualitative analysis without equations

85,870 views

4 years ago

Sungho Kim
[Physics and Electronics Engineering | 5.1] #Carrier Drift Velocity #Mobility #Scattering #Veloci...

Let's understand drift velocity, which occurs when carriers within a semiconductor are accelerated by an E-field. We'll ...

14:53
[Physics and Electronics Engineering | 5.1] #Carrier Drift Velocity #Mobility #Scattering #Veloci...

37,547 views

4 years ago

Sungho Kim
[Physics and Electronics | 3.2] #Why the concept of holes is necessary for semiconductor analysis...

Let's understand why semiconductors are interpreted by defining them as 'holes, which are virtual particles that are vacant ...

15:56
[Physics and Electronics | 3.2] #Why the concept of holes is necessary for semiconductor analysis...

38,037 views

4 years ago

Sungho Kim
[Physics and Electronics | 2.5] #1D Schrödinger Equation #Free Electrons #E-k Diagram

We will analyze the behavior of electrons in free space by solving the one-dimensional Schrödinger equation. We will also ...

20:33
[Physics and Electronics | 2.5] #1D Schrödinger Equation #Free Electrons #E-k Diagram

51,552 views

4 years ago

CNU Semiconductor Engineering Lab.

2 subscribers

Sungho Kim
[Basic Semiconductor Engineering | 5.1] MOSFET: #Qualitative Analysis #Operating Principle #No Fo...

Let's qualitatively understand the operating principle of MOSFET by connecting it to the operating mode of MOS learned earlier.

16:35
[Basic Semiconductor Engineering | 5.1] MOSFET: #Qualitative Analysis #Operating Principle #No Fo...

121,451 views

4 years ago

Sungho Kim
[물리전자공학|3.1] #크로니-페니 모델 #에너지밴드의 생성 원리 #conduction band #valence band #bandgap

주기적인 원자 결정 구조에 대해 1차원 슈뢰딩거 방정식을 풀어 에너지밴드가 생성되는 이유에 대해 이해해 봅니다.

25:10
[물리전자공학|3.1] #크로니-페니 모델 #에너지밴드의 생성 원리 #conduction band #valence band #bandgap

54,853 views

4 years ago