Sensor Trends 2030

Produktbeschreibung

Contents
Management Summary 1
1 Global Overview 5
1.1 Introductory Remarks, Scope of the Report 5
1.2 Patent Analysis Insights to Sensor Technology 5
1.2.1 Analysis of PCT Statistical Data 7
1.2.2 Analysis of specific sensing fields 11
1.3 Trends in Sensor Technology 13
1.3.1 Classification of Sensors 14
1.3.2 General Trends 15
1.3.3 Technological Readiness of Sensors 17
References Chapter 1 18
2 Physical Measurands 19
2.1 Mechanical Measurement Quantities 19
2.2 Acoustic Sensing 25
2.3 Electrical Measurement Quantities – Electrical Current Measurement 28
2.4 Magnetic measurement quantities 31
2.5 Temperature 35
2.6 Level 40
2.7 Flow 43
2.8 Optical Quantities 47
2.9 Radar 50
2.10 Quantum Sensing 53
References Chapter 2 59
3 Chemical and Biochemical Measurands 65
3.1 Gas Sensing 65
3.2 Ion mobility spectrometry 69
3.3 Non-radioactive Electron Capture Detector 71
3.4 Laser Spectroscopy 72
3.5 Liquid Sensing 78
3.6 Medical Microsensors and Micro Implants 81
3.7 Particle Sensing 84
3.7.1 Light-Scattering Sensors 85
3.7.2 Electrical Measurement 85
3.7.3 Other Techniques 86
3.8 Sensors for Process Automation (Ulrich Kaiser) 874 VDI | Sensor Trends 2030
References Chapter 3 93
4 Smart Sensing 102
4.1 Background and Motivation 102
4.2 Data Processing and Network 110
4.3 Communication Paradigms – (Industrial) Internet of Things 114
4.4 Reliability 117
4.5 Industrial Monitoring and Predictive Maintenance 118
References Chapter 4 126
5 Packaging, Manufacturing Technologies, and Sensor at Extremes 131
5.1 Packaging Technology 131
5.1.1 Mounting and Assembly Technologies 131
5.1.2 Heterogeneous Integration 137
5.1.3 Joining Technologies for the Heterointegration of Quantum Sensors 142
5.1.4 New Materials for Joining 145
5.2 Measuring in the Extremes 148
5.3 The Future of Production Systems and Energy Distribution 157
References Chapter 5 159
6 AMA Innovation Awards 169
6.1 Physical Measurands 169
6.2 Biochemical and Chemical Measurands 170
6.3 Electronics, Information Technologies, Communication 171
6.4 Manufacturing Technologies 172
References Chapter 6 173
Annex 174
References Annex 176
Team of authors 178

Keywords: Quantum Messung, Ionen Mobilitäts Spektrometrie, Flüssigkeitsmessung, Prozess Automation, industrielles Monitoring, vorausschauende Wartung, heterogene Integration, Energieverteilung, Account sensing, electrical measurement quantities, quantum sensing, ion mobility spectrometry, liquid sensing, process automation, industrial monitoring, predictive maintenance, heterogeneous integration, energy distribution