Electronics Course V: Measurement and Control Engineering Textbook 44-0510 / Editor: Heinz-Piest

CONTENTS

1: INTRODUCTION TO METROLOGY
1.1 General
1.2 Measurement of Electrical Quantities
1.3 Graphical Representation and Logarithmic Scales
1.4 Examples of Electrical Measurements

2: ELECTRICAL MEASUREMENTS OF NON-ELECTRICAL QUANTITIES
2.1 General
2.2 Measurement of Temperature
2.3 Measurement of Rational Speed
2.4 Measurement of Displacement and Angles
2.5 Measurement of Force and Pressure
Etc.

3: PROCESSING AND TRANSMISSION OF MEASURED VALUES
3.1 General
3.2 Preprocessing of Measured Values
3.3 Analogue Measured-Value Transmission
3.4 A/D and D/A Conversion
3.5 Processing Digital Measured Values
Etc.

4: PRINCIPLES OF CONTROL ENGINEERING
4.1 General
4.2 O[en-Loop and Closed-Loop Control
4.3 Signals
4.4 Normalization of Input and Output Variables

5: INVESTIGATION OF TRANSFER ELEMENTS
5.1 General
5.2 Static Behavior
5.3 Dynamic Behavior
5.4 Summary

6: TRANSIFER ELEMENTS IN CONTROL CIRCUITS
6.1 Basic Transfer Elements and Combinations of Transfer Elements
6.2 Proportional-Action Element
6.3 Integrating Element
6.4 Differentiating Element
6.5 Dead-Time Element
Etc.

7: CONTROLLED SYSTEM AND CONTROL EQUIPMENT AS SPECIAL TRANSFER ELEMENT
7.1 Controlled Systems
7.2 Control Equipment
7.3 Continuous Controllers
7.4 Discontinuous-Action Controllers
7.5 Choosing Control Units for a Given Controlled-System Behavior
Etc.

8: THE CLOSED-LOOP CONTROL CIRCUIT
8.1 General
8.2 Basic Terms in a Control Circuit
8.3 Control Circuit Unit Incorporating Continuous-action Controllers
8.4 Control Circuit with Discontinuous Controllers
8.5 Adjusting Control Circuits
Etc.

9: MODERN CONTROL AND MANAGEMENT SYSTEMS
9.1 General
9.2 Controllers with Fuzzy Logic
9.3 Controlling Stations

Includes: Bibliographical References p. 520 and Index p. 521-529