CMOS INTEGRATED ANALOG-TO-DIGITAL AND DIGITAL-TO-ANALOG CONVERTERS，2nd EDITION

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CMOS INTEGRATED ANALOG-TO-DIGITAL AND
DIGITAL-TO-ANALOG CONVERTERS，2nd EDITION ，Rudy van de Plassche
ADC经典书籍，本版直接从springer官网获取，绝对清晰，附带标签。

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1 The converter as a black box
1.1 Introduction................
1.2 Basic DIA and AID converter function
1.3 Classification of signals. . . . . .
1.3.1 Different signal conditions .
1.3.2 Analog signals ...... .
1.3.3 Discrete-time signals ... .
1.3.4 Amplitude-discrete signals .
1.3.5 Digital signals. . . .
1.4 Quantization errors .....
1.5 Oversampling of converters
1.6 Quantization error spectra .
1.7 Amplitude dependence of quantization components
1.8 Multiple signal distortion ..... .
1.9 Accurate dynamic range calculation ....... .
1.10 Sampling time uncertainty ............. .
1.10.1 Reduction of ENOB by sampling clock jitter
1.11 Sampling clock time uncertainty
1.12 Conversion systems . . . . . . . .
1.12.1 Sampling with no-aliasing
1.12.2 Sampling with aliasing ..
1.12.3 Sampling of quantization errors.

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1.13 Nyquist filtering in AID converter systems.
1.14 Combined analog and digital filter ....
1.15 Output filtering in DIA converter systems
1.16 Dynamic range and alias filter order .
1.17 Analog filter designs . . . . . . . . . .
1.17.1 Fourth order Butterworth filter
1.17.2 Fifth order Butterworth filter .
1.17.3 Digital filter design ...... .
1.18 Minimum required stop band attenuation
1.19 Conclusion ................ .
CONTENTS
2 Specifications of converters 51
2.1 Introduction ..... .
2.2 Digital data coding . . . .
2.3 Digital coding schemes . .
2.4 Ideal and Non-ideal converters
2.5 DC specifications . . . . .
2.5.1 Absolute accuracy ...
2.5.2 Relative accuracy. . . .
2.5.3 Nonlinearity calculation
2.5.4 Differential nonlinearity
2.5.5 Offset . . . . . . . . . .
2.5.6 Temperature dependence
2.5.7 Supply voltage . . . .
2.6 Dynamic specifications. . . . . . 65
2.6.1 Signal-to-Noise Ratio. . . 65
2.6.2 Spurious Free Dynamic Range 66
2.6.3 Effective Number Of Bits (ENOB's) 69
2.6.4 Dynamic range versus converter linearity 69
2.6.5 Required accuracy of converter elements. 70
2.6.6 Element matching versus INL of 8 to 14 bit converters 71
2.6.7 ENOB and SFDR versus INL converter model 75
2.6.8 Intermodulation modeling 79
2.6.9 Glitches............ 82
2.6.10 Noise ............ .
2.6.11 Minimum reference step size.
2.6.12 Bit Error Rate (BER) ...
2.6.13 Maximum sampling rate ..
2.6.14 Digital signal feed-through
2.6.15 Distortion . . . . . . . . . .

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2.6.16 Power supply rejection ratio .
2.6.17 Settling time ..
2.6.18 Acquisition time ..
2.6.19 Aperture time ...
2.6.20 Sample-to-hold step
2.6.21 Droop rate .....
2.6.22 Signal feed-through during hold mode
2.6.23 Noise in sample-and-hold amplifiers
2.6.24 Overview of sample-and-hold specifications
2.6.25 Analog system bandwidth ...... .
2.6.26 Differential gain and differential phase
2.7 Figure of Merit
2.8 Conclusion ........ .
3 High-speed AID converters
3.1 Introduction ........ .
3.2 Design problems in high-speed converters
3.2.1 Timing errors ....... .
3.2.2 Distortion..........
3.3 Internal converter coding schemes .
3.3.1 Thermometer code
3.3.2 Gray encoder
3.3.3 Circular code . . .
3.4 Full-flash converters ...
3.4.1 Comparator input amplifier
3.5 Interpolation .. . . . . . . . . . .
3.5.1 DNL Improvement by interpolation
3.5.2 Multiple interpolation ...
3.5.3 Multiple interpolation error
3.5.4 Active interpolation . .
3.5.5 Capacitive interpolation . .
3.6 Averaging..............
3.6.1 Averaging non-linearity error
3.6.2 Averaging non-linearity compensation
3.6.3 Moebius band averaging compensation .
3.6.4 Active averaging system . . . . . .
3.7 6-bit converter implementation . . . . . .
3.7.1 Differential input amplifier system
3.7.2 Second and third amplifier stages .
3.7.3 ENOB measurement of 6-bit converter.

devotee123

Xeixei

dandeng

The book covers different Data Converter architectures. The coverage by itself is not sufficient to undertake a data converter design rather it should be treated as a starting point. However, this is not why I am giving this book a "one star". The book is almost incomprehensible. Sentence structures are awkward and confusing. Sometimes, I wonder even a good editor could salvage this book. Bottom line, the author is well known circuit designer and you may extract some useful information if you are willing to read each paragraph at least twice.

2007年的书！！！！

student321

kankanba

tingyc

The book covers different Data Converter architectures.

sunjimmy

Very classical ADC book. Nice to have

apteye

thanks.goodbook