1. Introductionto Control Engineering
2. System Modeling
3. Time Domain Analysis
4. Closed - Loop Control Systes
5. Clasical Design in the S - Plane
6. Clasical Design in the Ferquency Domain
7. Digital Control System Design
8. State Space Methods for Control System Design
9. Optimal and Robust Control System Design
10. Intelligent Control System Design
Appendix A: Control System Design Using MATLAB
Appendix B: Matrix Algebra
1. Quality, processes and control
2. Understanding the process
3. Process data collection and presentation
4. Variation and its management
5. Variables and process variation
6. Process control using variables
7. Other types of control charts for variables
8. Process control by attributesProcess Understanding
9. Cumulative sum (cusum) charts
10. Process capability for variables and its measurement
11. Process problem solving and improvement
12. Managing out-of-control processes
13. Designing the statistical process control system
14. Six-sigma process quality
15. The implementation of statistical process control
Appendices A:The normal distribution and non-normality
Appendices B:Constants used in the design of control charts for mean
Appendices C:Constants used in the design of control charts for range
Appendices D:Constants used in the design of control charts for median and range
Appendices E:Constants used in the design of control charts for standard deviation
Appendices F:Cumulative Poisson probability tables
Appendices G:Confidence limits and tests of significance
Appendices H:OC curves and ARL curves for X and R charts
Appendices I:Autocorrelation
Appendices J:Approximations to assist in process control of attributes
Appendices K:Glossary of terms and symbols
I. First Things First: The Philosophy of Troubleshooting
2. Choosing the Right Equipment
3. Getting Down to the Component Level: Resistors and Inductors
4. Getting Down to the Component Level: Capacitor Problems
5. Preventing Material and Assembly Problems: PC Boards and Connectors, Relays and Switches
6. Understanding Diodes and Their Problems
7. Identifying and Avoiding Transistor Problems
8. Operational Amplifiers-The Supreme Activators
9. Quashing Spurious Oscillations
I 0. The Analog-Digital Boundary: A Never-Never Land?
I I. Dealing with References and Regulators
I 2. Roundup of “Floobydust”: Loose Ends That Don’t Fit Elsewhere
I 3. Letters to Bob
I 4. Real Circuits and Real Problems
Appendix A :Digital ICs with Nonstandard Pinouts
Appendix B :Operational Amplifiers with Nonstandard Pinouts
Appendix C :Understanding and Reducing Noise Voltage on 3-Terminal Voltage Regulators
Appendix D :Testing Fast Comparators for Voltage Offset
Appendix E :VF VS. IF on Various Diodes
Appendix F :How to Get the Right Information From a Data Sheet
Appendix G :More on SPICE
Appendix H :Pease’s Troubleshooting Articles as Originally Published in EDN
1. Introduction: Dimensional Analysis: Similitude2. Basic Thermodynamics, Fluid Mechanics: Definitions of Efficiency3. Two-dimensional Cascades4. Axial-flow Turbines: Two-dimensional Theory5. Axial-flow Compressors and Fans6. Three-dimensional Flows in Axial Turbomachines7. Centrifugal Pumps, Fans and Compressors8. Radial flow Gas Turbines9. Hydraulic turbinesAppendix 1. Conversion of British and us units to SI units Appendix 2. Answers to problems