Lectures:
1. Selected issues from technical documentation. Standardized groups and elements. Standardization and unification. Structural, type and geometric optimization.
2. Design CAD systems, CAM and CIM connectivity for electronics, electrotechnics and electromechanics. Aspects of design of electronic devices, design principles of PCB theme, manufacturability, testability, safety and reliability. PCBs, operating influences, connections and limitations of mechanical dimensions, used technologies and materials.
3. PCB production technology, production preparation, technology and production quality. PCB production specifications.
4. Technology of dismountable and non-disambiguable connections. Connection and attachment of components and components to PCBs. Gluing-, soldering- and welding- technologies. The relationship between used technologies. Soldering, materials, process, technology, principles.
5. PCB connection and mounting in systems. Conductors, cables, conductive and non-conductive connections, connectors. The relationship between the structural elements used and the mechanical units. Casing. Environmental influences. Surface finishes. Operational-technological layers. Technology. Background.
6. Measurement and diagnostics of electronic modules.
7. Recycling. Wastes. Selected contexts. Environmental protection. Legislation.
Labs:
- Preparation and implementation of a technical drawing from the sketch of the electronic circuit using CAD.
- Preparation and realization of the PCB theme based on the geometry of the electronic module using CAD.
- Preparation and realization of technical, logistic and production technological documentation for PCB implementation using the photolithography method and delivery organization of related components.
- Preparation and realization of processes for photolithography. Production of templates.Chemical proces. Mechanical cutting, machining - drilling, milling, grinding and surface coatings. Passivating surfaces, masks. Soldering preparation, soldering materials.
- Preparation, installation and assembling of electronic components in PCBs.
- Preparation and realization of a mechanical element based on geometry sketching using CAD. Preparation of technical and production documentation.
- Preparation and realization of the mechanical element by rapid prototyping.
- Diagnostics of the realised electronic module by ICT.
- Final assembly, recovery, setup and verification of performance.
- Final realization of prototype technical documentation.
Excursions:
• Excursion at prototype workplaces TUO (CPIT, FMMI, FS)
• Excursion at the workplaces of PCB production /electronic modules processing.
1. Selected issues from technical documentation. Standardized groups and elements. Standardization and unification. Structural, type and geometric optimization.
2. Design CAD systems, CAM and CIM connectivity for electronics, electrotechnics and electromechanics. Aspects of design of electronic devices, design principles of PCB theme, manufacturability, testability, safety and reliability. PCBs, operating influences, connections and limitations of mechanical dimensions, used technologies and materials.
3. PCB production technology, production preparation, technology and production quality. PCB production specifications.
4. Technology of dismountable and non-disambiguable connections. Connection and attachment of components and components to PCBs. Gluing-, soldering- and welding- technologies. The relationship between used technologies. Soldering, materials, process, technology, principles.
5. PCB connection and mounting in systems. Conductors, cables, conductive and non-conductive connections, connectors. The relationship between the structural elements used and the mechanical units. Casing. Environmental influences. Surface finishes. Operational-technological layers. Technology. Background.
6. Measurement and diagnostics of electronic modules.
7. Recycling. Wastes. Selected contexts. Environmental protection. Legislation.
Labs:
- Preparation and implementation of a technical drawing from the sketch of the electronic circuit using CAD.
- Preparation and realization of the PCB theme based on the geometry of the electronic module using CAD.
- Preparation and realization of technical, logistic and production technological documentation for PCB implementation using the photolithography method and delivery organization of related components.
- Preparation and realization of processes for photolithography. Production of templates.Chemical proces. Mechanical cutting, machining - drilling, milling, grinding and surface coatings. Passivating surfaces, masks. Soldering preparation, soldering materials.
- Preparation, installation and assembling of electronic components in PCBs.
- Preparation and realization of a mechanical element based on geometry sketching using CAD. Preparation of technical and production documentation.
- Preparation and realization of the mechanical element by rapid prototyping.
- Diagnostics of the realised electronic module by ICT.
- Final assembly, recovery, setup and verification of performance.
- Final realization of prototype technical documentation.
Excursions:
• Excursion at prototype workplaces TUO (CPIT, FMMI, FS)
• Excursion at the workplaces of PCB production /electronic modules processing.