前言 Part Ⅰ Control Principle Unit One Introduction to Control Systems Unit Two Feedback Control Unit Three Transfer Functions of Linear Systems Unit Four Impulse Response of Linear Systems and Block Diagram Unit Five Time-Domain Analysis of Control Systems Unit Six Root Locus Techniques Unit Seven Stabilization and Improvement of Transient Response Unit Eight Improvement of Static Accuracy Unit Nine Introduction to Stability of Control Systems Unit Ten Applications of Automatic Control Part Ⅱ Computer Technique Unit Eleven Basic Computer Architecture Unit Twelve Conversions Between Analogue and Digital Signals Unit Thirteen Microprocessors in Control Applications Unit Fourteen Computer-Controlled Systems Part Ⅲ Measurement Instrumentation Unit Fifteen Process Instrumentation Unit Sixteen Temperature Measurement Unit Seventeen Pressure Measurement Unit Eighteen Flow Measurement Unit Nineteen Digital Transducers Unit Twenty Control and Instrumentation Part Ⅳ Thermal Automatic Control Systems Unit Twenty-one Introduction to Modern Power Plant Unit Twenty-two Introduction to Instrumentation and Control in Thermal Power Plant Unit Twenty-three Boiler and Turbine Controls Unit Twenty-four Coordinated Control Systems Unit Twenty-five Distributed Control Systems Unit Twenty-six Process Control Trend Unit Twenty-seven Control Systems Design Part Ⅴ Protection Systems Unit Twenty-eight Logic Circuits Unit Twenty-nine Logic Control and Protection Systems Unit Thirty Sequence Control Systems Unit Thirty-one Programmable Logic Controller(PLC) Part Ⅵ Fieldbus Unit Thirty-two Introduction to Fieldbus Unit Thirty-three Application of Fieldbus Appendix 參考文獻
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