Low Power Wireless Receivers for IoT Applications with Multi-band Calibration Algorithms

Preface
	References
Contents
About the Authors
Chapter 1: Calibration Overview
Chapter 2: SAR A/D Converter
	2.1 SAR A/D Converter Implementation
	2.2 Digital-to-Analog Converter Design Considerations
	2.3 Rail-to-Rail Input Comparator
	2.4 Low-Voltage Class AB Operational Amplifier
Chapter 3: Calibration Filter
	3.1 Programmable Filter Stage
	3.2 Programmable Capacitor with Coarse and Fine Resolution
	3.3 Fully Differential OPAMP with Common Mode Control
Chapter 4: Clock Dividers
	4.1 Reference Divider
	4.2 Divide-by-40 Counter
Chapter 5: Phase-Frequency Detector with No Dead Zone
Chapter 6: Charge Pump with Four Programmable States
Chapter 7: Fifth-Order Chebyshev Tunable Filter
Chapter 8: Filter Calibration Results
Chapter 9: WLAN Receiver Front End
	9.1 RX-TX Switch
	9.2 Low-Noise Amplifier
	9.3 Voltage-to-Current Converter
	9.4 Sampling Down-Converter
	9.5 Trans-impedance Amplifier
Chapter 10: WLAN Front-End Performance
Appendices
	Appendix A: TIA Supplemental Analysis
	CMOS LNA Design Considerations
		Classical Two-Port Noise Model
		MOSFET LNA Noise Model
		Impedance Matching
		Gain Control
	Appendix C: Bipolar LNA Noise Optimization
		Bipolar Transistor Noise Model
		Bipolar Transistor Frequency Response
		Minimum Noise Figure
		Optimum Source Impedance
		Impedance Matching
		Linearity and Distortion Analysis
		Effects of Feedback on Distortion
	Appendix D: Folded Cascode OPAMP Design
		Foundry Process and Constants
		Slew Rate
		Input Stage
		Noise Analysis
		The Cascode Stage
		Class AB Output Stage
		Bias Circuits
	Appendix E: Thermometer Decoder (Topology)
References
Index