Robust industrial control systems : optimal design approach for polynomial systems / Michael J. Grimble.

Includes bibliographical references and index.

Cover Table of Contents List of Acronyms and Symbols Preface 1 Introduction 1.1 MOTIVATION 1.2 SUMMARY OF BOOK 1.3 BOOK ORGANIZATION REFERENCES 2 Frequency Synthesizer for Wireless Applications 2.1 DEFINITION AND CHARACTERISTICS 2.2 PHASE NOISE AND TIMING JITTER 2.3 IMPLEMENTATION OF FREQUENCY SYNTHESIZER 2.4 FREQUENCY SYNTHESIZER FOR WIRELESS TRANSCEIVERS 2.5 OTHER APPLICATIONS OF PLL AND FREQUENCY SYNTHESIZER REFERENCES 3 PLL Frequency Synthesizer 3.1 PLL FREQUENCY SYNTHESIZER BASICS 3.2 FAST-LOCKING TECHNIQUES 3.3 DISCRETE-TIME ANALYSIS AND NONLINEAR MODELING 3.4 DESIGN EXAMPLE: 2.4GHZ INTEGER-N PLL FOR BLUETOOTH REFERENCES 4 EA Fractional-N PLL Synthesizer 4.1 EA FRACTIONAL-N FREQUENCY SYNTHESIZER 4.2 A COMPARATIVE STUDY OF DIGITAL EA MODULATORS 4.3 OTHER APPLICATIONS OF EA-PLL 4.4 MODELING AND SIMULATION OF EA-PLL 4.5 DESIGN EXAMPLE: 900MHz EA-PLL FOR GSM REFERENCES 5 Enhanced Phase Switching Prescaler 5.1 PRESCALER ARCHITECTURE 5.2 ENHANCED PHASE-SWITCHING PRESCALER 5.3 CIRCUIT DESIGN AND SIMULATION RESULTS 5.4 DELAY BUDGET IN THE SWITCHING CONTROL LOOP 5.5 SPURS DUE TO NONIDEAL 45 PHASE SPACING REFERENCES 6 Loop Filter With Capacitance Multiplier 6.1 LOOP FILTER ARCHITECTURE 6.2 LOOP FILTER AND CHARGE-PUMP NOISE MAPPING 6.3 LOOP FILTER WITH CAPACITANCE MULTIPLIER REFERENCES 7 Other Building Blocks of PLL 7.1 VCO 7.2 PHASE-FREQUENCY DETECTOR 7.3 CHARGE-PUMP 7.4 PROGRAMMABLE DIVIDER 7.5 DIGITAL EA MODULATOR 7.6 CHIP LAYOUT REFERENCES 8 Prototype Measurement Results 8.1 PRESCALER MEASUREMENT 8.2 LOOP FILTER MEASUREMENT 8.3 PLL MEASUREMENT REFERENCES 9 Conclusions Appendix.

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