1. |
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강의 소개
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Introduction of Microelectronics |
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2. |
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전자공학이란
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Understanding of fundametnal Microelectronics |
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3. |
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다이오드의 물리적 이해
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Intrinsic Semiconductor
Doped Semiconductor
Current Flow in Semiconductor
The pn Junction |
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4. |
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오피앰프기초
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Ideal Op Amp
Inverting Configuration
Noninverting Configuration |
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5. |
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오피앰프응용
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Difference Amplifiers
Integrator and Differentiators |
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6. |
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다이오드
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The Ideal Diode
Terminal of Junction Diodes
Modeling of Diode
the Reverse Breakdown Region |
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7. |
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이종접합트랜지스터
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Device Structure and Physical Operation
Current-Voltage Characteristics |
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8. |
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이종접합트랜지스터
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BJT Circuits at DC
Transistor Breakdown and Temperature Effects |
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9. |
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모스트랜지스터
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Device Structure and Physical Operations
Current-Voltage Characteristics
MOSFET Circuit at DC |
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10. |
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이종접합트랜지스터 증폭기
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Small Signal Operation and Models
Basic Amplifier Configurations (BJT) |
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11. |
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이종접합트랜지스터 증폭기
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Basic Ampliofier Configurations (BJT)
Biasing (BJT)
Discrete Circuit Amplifier (BJT) |
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12. |
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모스트랜지스터 증폭기
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Small Signal Operation and Models
Basic Configurations (MOSFET)
Biasing (MOSFET)
Discrete Circuit Amplifier (MOSFET) |
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13. |
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집적회로 기본 회로단위
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IC Design Philosophy
IC Biasing - Current Sources, Current Mirrors
Basic Gain Cell
Common-Gate and Common Base Amplifiers |
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14. |
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집적회로 기본 회로단위
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Cascode Amplifier
Current-Mirror Circuits with Improved Performance
Some Useful Transistor Pairings |
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