A 0.8-V Low Power Analog Front-End IC for Biomedical Signal Recording

angelweishan

A 0.8-V Low Power Analog Front-End IC for Biomedical Signal Recording
研究生: 高碩廷  Shuo-Ting Kao
指導教授: 蘇朝琴  Chau-Chin Su

Chapter 1 Introduction    1
1.1 Motivation    1
1.2 Basic Concepts of Biomedical Signal Recording    2
1.3 Thesis Organization    4

Chapter 2 Dynamic Offset Cancellation Techniques    5
2.1 Introduction    5
2.2 Noise    5
2.3 Dynamic Offset Cancellation Techniques    9
2.4 AC Coupled Chopper-Stabilized Amplifier with AC feedback circuits    14
2.5 Summary    15

Chapter 3 Fundamentals of Low-Voltage Low-Power Successive Approximation Register Analog-to-Digital Converter    16
3.1 Introduction    16
3.2 Successive Approximation Register Analog-to-Digital Converter Based on a Charge Redistribution Principles    17
3.3 The Proposed 11-b Low-Voltage Low-Power SAR A/D converter    22
3.4 Successive Approximation Register (SAR)    28
3.5 Simulation Results    32
3.6 Summary    36

Chapter 4 A 0.8-V Low-Power Analog Front-End IC for Biomedical Applications    37
4.1 Introduction    37
4.2 AFE IC Design    37
4.3 Instrumentation Amplifier    39
4.4 Programmable Gain Amplifier    49
4.5 Simulation Results and Layout    50
4.6 Measurement Consideration    58
4.7 Measurement Results    58
4.8 Comparison    66
4.9 Summary    67

Chapter 5 A 1.5-V Low-Power Bio-Potential Signal Acquisition Front-End IC    68
5.1 Architecture    68
5.2 Simulation Results and Layout    72
5.3 Measurement Considerations    76
5.4 Measurement Results    76
5.5 Comparison    80
5.6 Summary    81

Chapter 6 Conclusions    82
6.1 Conclusions    82
6.2 Future Works    83
Bibliography    84

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yangtan19821215

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