Overview
Aims
• The main objective is to know, understand and use specific knowledge acquisition, storage, processing and interpretation of signals
• General principles of instrumentation;
• Principles of measurement, interpretation, storage and processing of data;
• Virtual Instrumentation Technologies
• Learn how to develop basic applications in the LabVIEW graphical programming environment
Course contents
1. 1. Getting Started 2. Presentation LabView graphical programming environment 3. Types of data used in LabView 4. Structures programs 5. Structures programs 6. Mathematical calculations 7. Mathematical calculations 8. Functions vector values - matrices 9. Data type clauster 10. Representations graphics 11. File operations 12. Creating a Sub VI 13. Cluster- based data management 14. Fundamentals in file input and output 15. Waveform analysis 16. The "Electronics Workbench Multisim" 17. The "Electronics Workbench Multisim"
Learning outcomes
C1.1 Description electronic functionality of devices and circuits and fundamental methods of measuring electrical quantities C1.2 Analysis of complex circuits and electronic systems for small / medium in order to design and measure them C2.1 Temporal characterization, spectral and statistical signals C2.2 Explanation and interpretation methods of acquisition and signal processing C2.3 Simulation environments for analysis and signal processing
Assessment
Write examn 20%, Projects/Assignments –40%; continuous assessment – 40%.