Fig. 1: Dia02 Fig. 2: Dia03 Fig. 3: Dia04 Fig. 4: Dia05 Fig. 5: Dia06 Fig. 6: Dia07 Fig. 7: Dia08 Fig. 8: Dia09 Fig. 9: Dia10 Fig. 10: Dia11 Fig. 11: Dia12 Fig. 12: Dia13 Fig. 13: Dia14 Fig. 14: Dia15 Fig. 15: Dia16 Fig. 16: Dia17 Fig. 17: Dia18 Fig. 18: Dia19 Fig. 19: Dia20 Fig. 20: Dia21 Fig. 21: Dia22 Fig. 22: Dia23 Fig. 23: Dia24 Fig. 24: Dia25 Fig. 25: Dia26 Fig. 26: Dia27 Fig. 27: Dia28 Fig. 28: Dia29 Fig. 29: Dia30 Fig. 30: Dia31 Fig. 31: Dia32 Fig. 32: Dia33 Fig. 33: Dia34 Fig. 34: Dia35 Fig. 35: Dia36 Fig. 36: Dia37 Fig. 37: Dia38 Fig. 38: Dia39 Fig. 39: Dia40 Fig. 40: Dia41 Fig. 41: Dia42 Fig. 42: Dia43 Fig. 43: Dia43-09 Fig. 44: Dia43-10

These are the chapters for the Sensor Technology course:

• Chapter 1: Measurement Theory
• Chapter 2: Measurement Errors
• Chapter 3: Measurement Technology
• Chapter 4: Circuits, Graphs, Tables, Pictures and Code
• Chapter 5: Basic Sensor Theory
• Chapter 6: Sensor-Actuator Systems
• Chapter 7: Modelling
• Chapter 8: Modelling: The Accelerometer - example of a second order system
• Chapter 9: Modelling: Scaling - why small things appear to be stiffer
• Chapter 10: Modelling: Lumped Element Models
• Chapter 11: Modelling: Finite Element Models
• Chapter 12: Modelling: Transducer Characterization by Impedance Spectroscopy
• Chapter 13: Modelling: Systems Theory
• Chapter 14: Modelling: Numerical Integration
• Chapter 15: Signal Conditioning and Sensor Read-out
• Chapter 16: Resistive Sensors
• Chapter 17: Capacitive Sensors
• Chapter 18: Magnetic Sensors
• Chapter 19: Optical Sensors
• Chapter 20: Actuators - an example of an electrodynamic motor ← Next
• Chapter 21: Actuator principles for small speakers
• Chapter 22: ADC and DAC
• Chapter 23: Bus Interfaces - SPI, I²C, IO-Link, Ethernet based
• Appendix A: Systematic unit conversion
• Appendix B: Common Mode Rejection Ratio (CMRR)
• Appendix C: A Schmitt Trigger for sensor level detection