Author: Editor-in-Chief Liu Lihua; Liu Yang, deputy editor-in-chief of Peng Fang.
Publishing House: Tsinghua University Publishing House.
Release time: 20 10- 1- 1
Page number: 16 Page number
Industrial and commercial bank number: 9787302 18420 1
Pricing: ￥28.00 Chapter 65438 +0 Automatic Detection Technology Foundation
1. 1 Automatic detection system understands the project description.
1.2 Basic knowledge
1.3 automatic detection system to understand the project implementation process.
1.4 detection and evaluation of identification items of automatic detection system
1.5 extended training-sensor data processing
Summary of this chapter
Thinking and practice
Chapter 2 Signal Processing Circuit
2. 1 Description of single-arm, double-arm and full-bridge performance projects
2.2 Basic knowledge
2.3 Implementation Process of Single Arm, Double Arm and Full Bridge Performance Project
2.4 Detection and evaluation of performance items of single-arm, double-arm and full-bridge bridges
2.5 Frequently Asked Questions in Training
Summary of this chapter
Thinking and practice
Chapter 3 Displacement Detection
3. 1 Description of spindle speed measurement project of machine tool
3.2 Basic knowledge
3.3 Implementation Process of Machine Tool Spindle Speed Detection Project
3.4 Detection and evaluation of spindle speed measurement items of machine tools
3.5 Outward bound training
3.6 Analysis of Common Problems in Training
Summary of this chapter
Thinking and practice
Chapter 4 Liquid Level Detection
4. 1 Description of material level detection project
4.2 Basic knowledge
4.3 Implementation Process of Level Detection Project
4.4 Detection and evaluation of horizontal detection items
4.5 Outward bound training
4.6 Analysis of Common Problems in Training
Summary of this chapter
Thinking and practice
Chapter 5 Proximity Switch
5. 1 Item Description of Material Attribute Identification in Testing Module
5.2 Basic knowledge
5.3 Implementation process of identifying material attribute items by detection module
5.4 Detection and evaluation of material characteristic items identified by detection module
5.5 Expanding training
5.6 Analysis of Common Problems in Training
Summary of this chapter
Thinking and practice
Chapter 6 Temperature Detection
6. 1 Description of installation project of temperature detection system
6.2 Basic knowledge of temperature
6.3 Implementation process of temperature detection system installation project
6.4 Detection and evaluation of installation items of temperature detection system
6.5 Extended Training-Thermistor and Its Application
Summary of this chapter
Thinking and practice
Chapter 7 Detection of Strain and Force
7. 1 strain and force detection project description
7.2 Basic knowledge of strain and force
7.3 Implementation process of strain and force detection project
7.4 Inspection and evaluation of strain and force detection items
7.5 Outward bound training
Summary of this chapter
Thinking and practice
Chapter 8 Pressure and Flow Detection
8. 1 Description of pressure testing project
8.2 Basic knowledge
8.3 Implementation process of pressure detection project
8.4 Detection and evaluation of pressure detection items
8.5 Outward bound training
8.6 Analysis of Common Problems in Training
Summary of this chapter
Thinking and practice
Chapter 9 Detection of Form and Position Tolerance
9. 1 Description of precise inspection items of form and position tolerance
9.2 Basic knowledge
9.3 Implementation process of form and position tolerance accuracy inspection project
9.4 Inspection and evaluation of precise inspection items of form and position tolerance
9.5 Outward bound training
9.6 Analysis of Common Problems in Training
Summary of this chapter
Thinking and practice
10 chapter gas concentration and humidity detection
10. 1 Description of gas concentration detection items
10.2 basic knowledge
10.3 implementation process of gas and humidity measurement project
10.4 detection and evaluation of automatic detection system components
10.5 Outward Bound Training
10.6 Analysis of Frequently Asked Questions in Training
Summary of this chapter
Thinking and practice
Chapter 1 1 Microcomputer Detection System
1 1. 1 Description of microcomputer testing items
1 1.2 Basic knowledge
1 1.3 Implementation process of microcomputer test project
1 1.4 detection and evaluation of microcomputer detection items
1 1.5 Outward Bound Training
Summary of this chapter
Thinking and practice
12 chapter comprehensive example of detection technology
12. 1 small electromechanical integration equipment sensor application project description
12.2 Basic knowledge
12.3 implementation process of sensor application for small electromechanical integration equipment
12.4 detection and evaluation of sensor application project of small electromechanical integration equipment
12.5 extended training-conveyor belt control training
12.6 Analysis of Frequently Asked Questions in Training
Wooden stamp nodule
Thinking and practice
Performance comparison of common sensors in appendix 1
Appendix 2 Classification Table of Nickel-Chromium-Nickel-Silicon (Nickel-Aluminum) K Thermocouple (free end temperature is 0℃)
Appendix 3 Industrial Thermal Resistance Classification Table
Appendix 4 Platinum Rhodium 10- Platinum Thermocouple (Type S) Graduation Table (ITS-90) (reference temperature is 0℃)
Appendix 5 Classification Table of Platinum Rhodium 30- Platinum Rhodium 6 Thermocouple (Type B) (Reference Temperature is 0℃)
Appendix 6 Classification Table of Nickel-Chromium-Copper-Nickel (Kangtong) Thermocouple (Type E) (reference end temperature is 0℃)
Appendix 7 Classification Table of Iron-Copper-Nickel (Kangtong) Thermocouple (Type J) (Reference temperature is 0℃)
Appendix 8 Graduation Table of Copper-Copper-Nickel (Kangtong) Thermocouple (T-Type) (Reference Temperature is 0℃)
Appendix 9 Brief Introduction of CSY 2000 Series Sensor Experimental Instrument
The answer to the exercise
refer to