Design of high frequency integrated analogue filters / edited by Yichuang Sun.

Format:

Book

Contributor:

Sun, Yichuang.

Institution of Electrical Engineers.

Series:

IEE circuits, devices and systems series ; 14.

IEE circuits, devices and systems series ; 14

Language:

English

Subjects (All):

Electric filters--Design.

Electric filters.

Electric filters--Design and construction--Mathematics.

Electric filters--Design and construction.

Mathematics.

Physical Description:

xiv, 243 pages : illustrations ; 25 cm.

Place of Publication:

London : Institution of Electrical Engineers, [2002]

Contents:

1 Architectures and design of OTA/g[subscript m]-C filters / Yichuang Sun 1

1.2 Two integrator loop g[subscript m]-C filter structures 2

1.2.1 g[subscript m]-C building blocks 3

1.2.2 Tow-Thomas (TT) g[subscript m]-C biquad 3

1.2.3 Effects and reduction of OTA nonidealities 4

1.2.4 Balanced filter structures 6

1.2.5 KHN g[subscript m]-C filters 7

1.2.6 Realisation of universal biquads 8

1.3 g[subscript m]-C filters based on LC ladders 9

1.3.1 g[subscript m]-C filters based on component substitution 9

1.3.2 g[subscript m]-C filters based on signal simulation 10

1.4 Multiple loop feedback g[subscript m]-C filters 13

1.4.1 All-pole MLF g[subscript m]-C filters 14

1.4.2 g[subscript m]-C synthesis of transmission zeros 17

1.5 Current-mode g[subscript m]-C filters 18

1.5.1 Direct generation of current-mode g[subscript m]-C filters 18

1.5.2 Adjoint method for current-mode g[subscript m]-C filter design 19

1.6 Design examples of g[subscript m]-C filters 19

1.6.1 Operational transconductance amplifiers 20

1.6.2 Third-order elliptic g[subscript m]-C filter based on ladder simulation 22

1.6.3 Seventh-order all-pole multiple loop feedback g[subscript m]-C filters 23

1.7 Automatic tuning of g[subscript m]-C filters 25

1.7.1 Tunable and programmable OTA 25

1.7.2 An analogue tuning scheme 27

1.7.3 A digital tuning method 28

1.7.4 Configurable and FPAA-based g[subscript m]-C filters 29

2 The MOSFET-C technique / Mihai Banu, Yannis Tsividis 35

2.2 The MOSFET-C concept 37

2.3.1 Linearity in presence of nonidealities 40

2.3.2 DC biasing and tuning 40

2.3.3 Use of OTAs 41

2.3.4 General filter building blocks 43

2.3.5 Frequency response 44

2.3.6 Noise and dynamic range 45

2.3.7 IC technology considerations for high speed filter design 46

2.3.8 "Double balanced" MOSFET-C 46

2.3.9 Other practical aspects 46

2.4 Power efficiency in MOSFET-C designs 47

2.4.1 Basic power dissipation considerations in IC filters 47

2.4.2 Topological advantages of active-RC integrators for power efficiency 48

2.4.3 Power dissipation in summers 52

3 Active filters using integrated inductors / Dandan Li, Yannis Tsividis 57

3.2 Principles of Q enhancement 58

3.2.1 Compensation using negative resistances 59

3.2.2 Integrated inductors 60

3.3 Negative resistor implementations 61

3.3.1 Single-ended schemes 61

3.3.2 Balanced schemes 63

3.4 Second-order sections 64

3.4.1 A synthesis procedure 64

3.4.2 Noise, dynamic range and power 65

3.5 High-order filters 69

3.5.1 Design issues and examples 69

3.5.2 Predistortion 71

3.6 Automatic tuning 74

4 Log domain filters / Douglas Frey 81

4.2 Log domain filtering 85

4.3 Synthesis of log domain filters 87

4.3.1 Basic theory 87

4.3.2 A synthesis strategy 95

4.3.3 The translinear perspective 102

4.4 Class AB log domain filters 108

4.5 Log domain building blocks and nonideal behaviour 113

4.6 Very low voltage log domain filter design 117

4.7 Noise in log domain filters 120

4.8 Other applications of the log domain filtering idea 124

5 Low voltage techniques for switched-current filters / John Hughes, Apisak Worapishet, Rungsimant Sitdhikorn 127

5.2 Performance comparison of SI and SC 128

5.3 Single-ended SI circuits 132

5.3.1 Single-ended prototype cells 133

5.3.2 Single-ended class A 134

5.3.3 Single-ended class AB 138

5.4 Balanced SI circuits 143

5.4.1 Prototype balanced cells 143

5.4.2 Balanced class A cells 143

5.4.3 Balanced class AB cells 147

5.5 Neutralised SI circuits 148

5.5.1 Neutralised class A cells 149

5.5.2 Neutralised class AB cells 150

5.6 Demonstration of performance using balanced class AB cells with full neutralisation 152

6 Analogue adaptive filters / Anthony Carusone, David A. Johns 161

6.2 Adaptive algorithms 162

6.2.1 Least mean-square (LMS) algorithm 162

6.2. Variants of the LMS algorithm 164

6.2.3 DC offset effects in analogue LMS 165

6.2.4 Heuristic algorithms 167

6.2.5 Search algorithms 168

6.2.6 More complex algorithms 168

6.2.7 Analogue against digital adaptation 169

6.3 Filter structures 170

6.3.1 Transversal filters 170

6.3.2 Lattice filters 172

6.3.3 Biquads 173

6.3.4 Laguerre filters 173

6.3.5 Orthonormal ladder filters 174

6.4 Circuit implementations 176

6.4.1 Filters based on charge-coupled devices (CCDs) 177

6.4.2 Filters based on sample-and-hold circuits 178

6.4.3 Switched-capacitor building blocks 181

6.4.4 Continuous-time circuitry 182

6.5 Applications 184

6.5.1 Early applications 185

6.5.2 Digital magnetic storage 185

6.5.3 Wired digital communications 187

7 On-chip automatic tuning of filters / Rolf Schaumann, Aydin I. Karsilayan 197

7.2 On-line tuning 203

7.3 Off-line tuning 205

7.4 Suitable filter structures 206

7.5 Principle of tuning frequency parameters 210

7.6 Principle of tuning quality factors 214

7.7 Various tuning methods 215

7.8 Method for tuning high frequency high-Q bandpass filters 220

7.8.1 Time-domain transfer functions 221

7.8.2 Frequency tuning 223

7.8.3 Q-tuning 226

7.8.4 Experimental results 228.

Notes:

Includes bibliographical references and index.

ISBN:

0852969767

OCLC:

48884909