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Part ��

Chapter 1Basis of CMOS integrated circuit design

1.1Analog versus Digital

1.2CMOS analog integrated circuit design

1.3CMOS analog integrated circuit EDA tool

1.4CMOS digital integrated circuit design

1.5CMOS digital integrated circuit EDA tool

1.6CMOS device model

1.6.1Large��signal model

1.6.2Small��signal model

1.6.3Noise model

1.6.4Computer simulation model

1.7Technical words and phrases

1.7.1Terminology

1.7.2Note to the text

Part ��

Chapter 2Operational amplifier

2.1Basis of OPA

2.1.1Ideal OPA characteristics

2.1.2Non��Ideal OPA characteristics

2.2OPA structure

2.2.1Telescopic cascode

2.2.2Folded cascode

2.2.3Gain��boosted

2.2.4Two��stage

2.3Feedback

2.3.1Gain desensitization

2.3.2Nonlinearity reduction

2.3.3Bandwidth modification

2.4Parameters

2.5Industrial requirement of OPA design

2.6Technical words and phrases

2.6.1Terminology

2.6.2Note to the text

Chapter 3Bandgap and LDO

3.1Bandgap

3.1.1Basic of bandgap

3.1.2Bandgap design

3.2Low��dropout linear regulator

3.2.1Basis of LDO

3.2.2Operational principle

3.2.3Parameter

3.2.4Stability analysis

3.3Technical words and phrases

3.3.1Terminology

3.3.2Note to the text

Chapter 4Analog filter

4.1The classification of analog filters

4.1.1According to the components

4.1.2According to the functions

4.1.3According to the approximation functions

4.2Amplitude��frequency characteristics

4.3Transfer function

4.3.1Low��pass transfer function

4.3.2High��pass transfer function

4.3.3Band��pass transfer function

4.3.4Band��stop transfer function

4.3.5All��pass transfer function

4.4Implementation of analog filter circuit

4.4.1Active RC integrator

4.4.2MOS��C integrator

4.4.3Gm��C integrator

4.4.4Active resistor

4.4.5Active inductor

4.5The realization method of analog filter

4.5.1Cascade design method

4.5.2LC ladder synthesis

4.6Complex filter

4.7Parameter

4.8Technical words and phrases

4.8.1Terminology

4.8.2Note to the text

Chapter 5Comparator

5.1Basis of comparator

5.2Parameter

5.3Characteristic analysis

5.4Comparator structure

5.5Basis of schmitt trigger

5.6Technical words and phrases

5.6.1Terminology

5.6.2Note to the text

Chapter 6Analog��to��Digital Converter

6.1Summary

6.2Performance parameters

6.2.1Static parameter

6.2.2Dynamic parameter

6.3Flash ADC

6.3.1Flash��interpolation structure

6.3.2Folding��interpolation structure

6.3.3The main application areas of Flash ADC

6.4Two��step ADC

6.5Folding ADC

6.6Interpolating ADC

6.7Successive Approximation Analog��to��digital Converter (SAR ADC)

6.8Pipelined ADC

6.8.1Sample and hold

6.8.2Sub��ADC

6.8.3Comparator

6.8.4MDAC

6.9Sigma��delta ADC

6.9.1Oversampling

6.9.2Noise shaping

6.9.3Decimation filter

6.9.4Parameter

6.9.5The basic structure of Sigma��delta modulator

6.10Technical words and phrases

6.10.1Terminology

6.10.2Note to the text

Part ��

Chapter 7Low Power Design for Digital CMOS Circuits

7.1Sources of Power Consumption

7.2Low Power Design Methodologies

7.3Physical Level of Low��Power Design

7.4Technical words and phrases

7.4.1Terminology

7.4.2Note to the text

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