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Silicon-On-Sapphire Circuits and Systems Sensor and Biosensor Interfaces

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ISBN-10: 0071608486

ISBN-13: 9780071608480

Edition: 2010

Authors: Eugenio Culurciello

List price: $180.95
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Book details

List price: $180.95
Copyright year: 2010
Publisher: McGraw-Hill Education
Publication date: 9/8/2009
Binding: Hardcover
Pages: 416
Size: 6.00" wide x 9.00" long x 0.75" tall
Weight: 1.540
Language: English

Acknowledgments
Preface
The Silicon-on-Sapphire Fabrication Process
Introduction
Why SOI?
The SOS Fabrication Process
Advantages of SOS
Disadvantages of SOS
SOS Wafer Manufacturing
Peregrine SOS Process Features
Local Isolation
Fully Depleted Devices
MOS Devices in the Peregrine SOS Process
SOS MOS Characteristics for Analog Design
Transistor Transconductance Parameter
Modeling the Subthreshold Region
Leakage Data
Above-threshold Statistical Characteristics
Subthreshold Statistical Characteristics
Comparison Between Data and Simulation of SOS Mosfets
Summary
SOS Mosfet Modeling
Introduction
A Model of the SOS Mosfet in Strong Inversion
Strong Inversion Model
Strong Inversion Model Results and Discussion
Hot Electron Effects in SOS Mosfets
Standard Hot-Electron Effects Models
Hot Carrier Generated Kink Effect Modeling of SOS Devices
Results and Discussion
EKV Model and Parameter Extraction
The EKV Model
EKV Model Results and Discussion
Models of SOS Four Terminal Mosfets Operated as Bipolar Transistors
Modeling Bipolar Devices in SOS
A Chance for Bicmos SOS?
SOS Flash Memory Devices
SOS Flash Memory Design
SOS Flash Memories Experimental Results
SOS Flash Memories Performance Evaluation and Model
Conclusions
Data Collection Methods
Design of SOS Single-Stage Amplifiers and Analog Components
Introduction
Analog Characteristics of SOS Mosfets
SOS Current Mirrors
SOS Supply-Independent Current Reference
SOS Single-Stage Amplifiers
SOS Common-Source Amplifiers
SOS Common-Source Amplifiers with Diode-Connected Mosfet Loads
SOS Common-Source Amplifiers with Current-Source Load
SOS Cascoded Common-Source Amplifiers
SOS Source-Follower Amplifiers
SOS Differential Amplifiers
Design of SOS Operational Amplifiers, Comparators, and Voltage References
Operational Amplifiers in SOS
Comparator Circuits in SOS
SOS High-Performance Comparators
SOS Low-power Comparator
SOS Bandgap References
Digital Circuit Design in SOS
Introduction
SOS Inverter Characteristics
Design of SOS Data Converters
Introduction
SOS DACs
SOS Capacitive DAC Converters
SOS Capacitive DAC Accuracy
The Split-Array Capacitive DAC
The C-2C Ladder Capacitive DAC
Layout of SOS Capacitive DACs
SOS Resistive DACs
SOS DACs
SOS Successive Approximation Analog-to-Digital Converters
0peration of a SAR
Capacitive Ladder and Charge Scaling
SAR ADC Design in SOS and Optimization
Design of Capacitor Array in SOS
Input Switches, Logic, and SAR: SOS Design
Comparator
A High-Performance 8-Bit SAR ADC
A High-Precision 10-Bit SOS SAR ADC
A Low-Power 8-bit SOS SAR ADC
A C-2C Ladder Ultralow Power SOS SAR ADC
SOS SAR ADC Summary
SOS Asynchronous �� Analog to Digital Converters
Result in SOS Technology
Summary
Photosensitive Circuits
Introduction
Advantages of SOS Photodetectors and Image Sensors
Photodetector Design: General Theory
Quantum Efficiency
Photodiode Photocurrent Models
Photodiode Design in a Bulk CMOS Process
Generation Rate, Diffusion Coefficients, and Electron Mobility
Characterization of the Depletion Region
Quartum Efficiency and Responsivity
SOS Photodetectors
SOS PN Photodiodes
Measured Characteristics of an SOS PN Photodiode
SOS Phototransistors
SOS Phototransistor Measured Characteristics
SOS PIN Photodiodes
SOS PIN Photodiode Model
Measured Characteristics of an SOS PIN Photodiode
Conclusions
SOS Address-Event Image Sensor
Introduction
Overview of Photosensitive Circuits
Active Pixels
Photodiodes and Active Pixel Operation
Active Pixel Sensors
Noise Sources in Phototransducing Circuits
Temporal Noise
Pixel and Photodiode Design and Noise Optimization
Design of an SOS APS
SOS APS System Overview
SOS APS Testing and Characterization
SOS APS Array with Phototransistor Detector
Ultraviolet Testing
Design of an SOS Digital Image Sensor Array
Digital Pixel Design
Photodiode Design and Characterization
System Architecture
SOS Digital Image Sensor Testing and Characterization
Summary
SOS Biosensor Interfaces
Introduction
Noise and Sensing Limits
Low-Voltage Measurements Limits
Low-Current Measurements Limits
Voltage-Mode Biosensor Interfaces and Noise Performance
Current-Mode Biosensor Interfaces and Noise Performance
Resistive Feedback Current-Measuring Headstage
Linear Integrator Current-Measuring Headstage
Follower Integrator Current-Measuring Headstage
Current Conveyor Current-Measuring Headstage
Measurement Setup
SOS Current-Mode Biosensor Interfaces
Integrating Current-Measuring Interfaces
System Components
Input-Referred Noise Analysis
Results
Experiments
SOS Continuous-Time Current-Mode Biosensor Interfaces
Continuous-Time Current-Measuring System Overview
Noise in the Continuous-Time Current-Measuring System
Hardware Test Bed
Experimental Results
SOS Voltage-Mode Biosensor Interfaces
SOS Design of Isolation and Three-Dimensional Circuits
Intoduction
IsoIation Circuits in SOS
Monolithic Isolation Techniques
Capacitively Isolated Circuits in SOS
SOS Capacitive Isolator with Differential Transmission
SOS Isolation Charge Pump
SOS Differential Capacitive Isolator Measurements and Results
Application of the SOS Isolator: Isolated Power Supply Feedback
Digital Phase-Shift-Modulated Isolation Buffer in SOS
Digital Phase-Shift-Modulated Isolation Buffer System Overview
Digital Phase-Shift-Modulated Isolation Buffer Results and Measurements
Inductively Coupled Isolated Circuits
Transmitter Circuit: LC-Tank Oscillator
LC-tank Oscillator Model
Effective Resistance and Minimum Transconductance
Transformer Design
Active Devices and Transconductance
Receiver Circuit
Electromagnetic Isolator: Conclusions
Three-Dimensional Circuits in SOS
Three-Dimensional Interdie Capacitive Data Communication and Power Transfer
Three-Dimensional System Overview
Three-Dimensional Circuits Results and Measurements
Three-Dimensional Integrated Sensors in SOS
Three-Dimensional Integrated Sensor Components
Three-Dimensional Integrated Sensors Results and Measurements
Summary and Conclusions
References
Index