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Manufacturing and construction of electronic equipment
Engineering & Social Sciences Program
Madrid, Spain
Dates: 8/31/17 - 12/22/17
Manufacturing and construction of electronic equipment
OVERVIEW
CEA CAPA Partner Institution: Universidad Carlos III de Madrid
Location: Madrid, Spain
Primary Subject Area: Mechanical Engineering
Instruction in: English
Transcript Source: Partner Institution
Course Details: Level 400
Recommended Semester Credits: 3
Contact Hours: 42
Prerequisites: - Fundamentals of Electronic Engineering
- Analog Electronics I
- Digital Electronics
DESCRIPTION
1. Introduction to CAD
1.1. Introduction and history
1.2. Virtual prototyping
1.3. Design cycle
1.4. Commercial CAD tools
2. Description of CAD tools for electronic circuits
2.1. Schematic capture
2.2. Lay-out editor
2.3. Library manager
2.4. Simulators
3. Schematics
3.1. Basic rules
3.2. Example of inverse engineering
4. Manufacturing PCBs
4.1. Introductions
4.2. Terminoloby
4.3. Manufacturing processes
4.3.1. Materials
4.3.2. Methods
4.3.3. Components assembly
4.3.4. Soldaring
5. Design of PCBs using CAD tools
5.1. Parameters
5.2. Placing components
5.3. Routing the design
5.4. Post-processing
5.5. Desing criteria
6. Simulation of electronic circuits
6.1. Introduction
6.2. Basic techniques
6.3. Hierarchical design
6.4. Subcircuits
6.5. Behavioural library
6.6. Digital and analog mixed simulation
6.7. Simulator engine
1.1. Introduction and history
1.2. Virtual prototyping
1.3. Design cycle
1.4. Commercial CAD tools
2. Description of CAD tools for electronic circuits
2.1. Schematic capture
2.2. Lay-out editor
2.3. Library manager
2.4. Simulators
3. Schematics
3.1. Basic rules
3.2. Example of inverse engineering
4. Manufacturing PCBs
4.1. Introductions
4.2. Terminoloby
4.3. Manufacturing processes
4.3.1. Materials
4.3.2. Methods
4.3.3. Components assembly
4.3.4. Soldaring
5. Design of PCBs using CAD tools
5.1. Parameters
5.2. Placing components
5.3. Routing the design
5.4. Post-processing
5.5. Desing criteria
6. Simulation of electronic circuits
6.1. Introduction
6.2. Basic techniques
6.3. Hierarchical design
6.4. Subcircuits
6.5. Behavioural library
6.6. Digital and analog mixed simulation
6.7. Simulator engine