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Analog Electronics I
Engineering & Social Sciences Program
Madrid, Spain
Dates: 8/31/17 - 12/22/17
Analog Electronics I
OVERVIEW
CEA CAPA Partner Institution: Universidad Carlos III de Madrid
Location: Madrid, Spain
Primary Subject Area: Electrical Engineering
Instruction in: English
Transcript Source: Partner Institution
Course Details: Level 300
Recommended Semester Credits: 3
Contact Hours: 42
Prerequisites: - Electrical Power Engineering Fundamentals (2nd year 1st term)
- Fundamentals on Electronics Engineering (2nd year 2nd term)
DESCRIPTION
1. Semiconductor electronic components: Diodes and Transistors.
1.1. Overview of Diodes.
1.2. FEt Transistors.
1.3 BJT Transistors.
1.4. Basic Applications of electronic circuits.
2. Electronic Circuits in Small Signal mode.
2.1. The Small Signal concept.
2.2. Small Signal Models for Diodes and Transistors.
2.3. Amplifiers analysis.
3. Frequency Response of Amplifiers.
3.1. Basic Concepts.
3.2. Frequency Response Analysis of Amplifiers based on the time constant method.
4. Feedback in amplifiers.
4.1. Basic concepts.
4.2. Analysis of Ideal feedback amplifiers.
4.3. Analysis of Real feedback amplifiers.
5. Operational Amplifiers.
5.1. Overview of the OpAmp.
5.2. Integration and Derivation configurations. Time Domain vs. Frequency domain.
5.3. Differential amplifiers.
5.4 OpAmp as a multistage system. Analysis of 741 OpAmp.
6. Linear power supplies.
6.1 Stabilized supplies.
6.2. Regulated supplies.
1.1. Overview of Diodes.
1.2. FEt Transistors.
1.3 BJT Transistors.
1.4. Basic Applications of electronic circuits.
2. Electronic Circuits in Small Signal mode.
2.1. The Small Signal concept.
2.2. Small Signal Models for Diodes and Transistors.
2.3. Amplifiers analysis.
3. Frequency Response of Amplifiers.
3.1. Basic Concepts.
3.2. Frequency Response Analysis of Amplifiers based on the time constant method.
4. Feedback in amplifiers.
4.1. Basic concepts.
4.2. Analysis of Ideal feedback amplifiers.
4.3. Analysis of Real feedback amplifiers.
5. Operational Amplifiers.
5.1. Overview of the OpAmp.
5.2. Integration and Derivation configurations. Time Domain vs. Frequency domain.
5.3. Differential amplifiers.
5.4 OpAmp as a multistage system. Analysis of 741 OpAmp.
6. Linear power supplies.
6.1 Stabilized supplies.
6.2. Regulated supplies.