ACU-OER

Electronics

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- Category : Engineering > Engineering
- Keyword : Electronic Circuits,Diodesapplications,Bipolar Juction Transistor,Field Effect Transistors,Electronic Analysis
- Taught by : Manar Mohaisen
- Created By : Korea University of Technology and Education
- Offered By : KOCW
- Date Added : 2016.12.26
The course addresses the analysis and design of basic electronic circuitsincluding diodes and their applicationsbipolarjunction transistors (BJTsand their applicationsand field effect transistors (FETsand their applications.

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Number of lessons: 22

차시별 강의
No	Contents Type & Play	Subject	Description	URL
1.	Type	Subject Introduction to electronics 1	Description Discuss the atomic structure, materials types and semiconductors. Describe current generation and dopping. Describe the structure of the pn-junction (i.e., diode)	Url URL
2.	Type	Subject Introduction to electronics 2	Description Discuss the biasing of a diode and analyze its (V-I) characteristic curve. Explain the diode models	Url URL
3.	Type	Subject Diode Application 1	Description Explain the DC power supply and the half-wave rectifier	Url URL
4.	Type	Subject Diode Application 2	Description Explain the operation and types of the full-wave rectifiers. Discuss the operation of the power supply filters and regulators	Url URL
5.	Type	Subject Diode Application 3	Description Explain the operation of diode limiting and clamping circuits	Url URL
6.	Type	Subject Diode Application 4	Description Explaina nd analyze the operation of the diode voltage multipliers	Url URL
7.	Type	Subject Special-purpose diodes 1	Description Explain the operation of the zener diode. Explain the usage of the zener diode as a voltage reference, regulator, and limiter	Url URL
8.	Type	Subject Special-purpose diodes 2	Description Other special-purpose diodes: varactor diode, LED, laser diode, Schttky diode, photodiode	Url URL
9.	Type	Subject Bipolar Junction Transistors 1	Description Describe the basic structure of the bipolar-junction transistor (BJT)	Url URL
10.	Type	Subject Bipolar Junction Transistors 2	Description Explain the BJT biasing circuits and currents. Discuss the relationships between the BJT currents and general parameters	Url URL
11.	Type	Subject Bipolar Junction Transistors 3	Description Discuss the BJT voltage amplifier and the electronic switch. Describe the phototransistor and its application	Url URL
12.	Type	Subject Transistor Bias Circuits 1	Description Discuss the dc biasing circuits. Analyze the voltage-divider bias circuit.	Url URL
13.	Type	Subject Transistor Bias Circuits 2	Description Analyze emitter bias circuit, base bias circuit, emitter-feedback bias circuit, and collector bias circuit	Url URL
14.	Type	Subject BJT Amplifiers 1	Description Describe the amplifier concept and the BJT internal parameters	Url URL
15.	Type	Subject BJT Amplifiers 2	Description Analyze the operation of common-emitter amplifiers	Url URL
16.	Type	Subject BJT Amplifiers 3	Description Analyze the operation of common-emitter amplifiers	Url URL
17.	Type	Subject BJT Amplifiers 4	Description Analyze the common-base and common-collector amplifiers. Discuss the multistage amplifiers and their operation	Url URL
18.	Type	Subject Power Amplifiers 1	Description Introduce the power amplifiers. Explain the class A power amplifiers.	Url URL
19.	Type	Subject Power Amplifiers 2	Description Explain and discuss the operation fo class B and AB power amplifiers.	Url URL
20.	Type	Subject JFET (Junction Field-Effect Transistors) 1	Description explain the operation of the JFETs and their important parameters	Url URL
21.	Type	Subject JFET (Junction Field-Effect Transistors) 2	Description Discuss the JFET biasing circuits and the ohmic region	Url URL
22.	Type	Subject MOSFET (Metal Oxide Semiconductor FET)	Description Explain the structure and operation of MOSFETs and its biasing circuits.	Url URL