Design of High Frequency Integrated Analogue Filters

By: Yichuang Sun (Editor)

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Hardcover | 1 December 2001

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264 Pages

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23.5 x 15.88 x 1.91

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Analogue filters will always be needed for interfacing between digital systems and the `real' analogue world. The high frequency integrated analogue filter has become a key component in achieving ubiquitous communication and computing. The renewed interest in analogue, mixed-signal and RF circuits due to the need for system-on-chip design and the market for wireless communications has led to a new peak of research of high frequency integrated analogue filters. This book brings together the leading researchers in high frequency analogue filters to highlight recent advances and identify promising directions for future development.

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Non-Fiction Engineering & Technology Electronics & Communications Engineering Electronics Engineering Circuits & Components Science Physics Electricity Communications Engineering & Telecommunications Radio Technology Electronic Devices & Materials Energy Technology & Engineering

Electrical Engineering

Preface	p. xi
Contributors	p. xiii
Architectures and design of OTA/g[subscript m]-C filters	p. 1
Introduction	p. 1
Two integrator loop g[subscript m]-C filter structures	p. 2
g[subscript m]-C building blocks	p. 3
Tow-Thomas (TT) g[subscript m]-C biquad	p. 3
Effects and reduction of OTA nonidealities	p. 4
Balanced filter structures	p. 6
KHN g[subscript m]-C filters	p. 7
Realisation of universal biquads	p. 8
g[subscript m]-C filters based on LC ladders	p. 9
g[subscript m]-C filters based on component substitution	p. 9
g[subscript m]-C filters based on signal simulation	p. 10
Multiple loop feedback g[subscript m]-C filters	p. 13
All-pole MLF g[subscript m]-C filters	p. 14
g[subscript m]-C synthesis of transmission zeros	p. 17
Current-mode g[subscript m]-C filters	p. 18
Direct generation of current-mode g[subscript m]-C filters	p. 18
Adjoint method for current-mode g[subscript m]-C filter design	p. 19
Design examples of g[subscript m]-C filters	p. 19
Operational transconductance amplifiers	p. 20
Third-order elliptic g[subscript m]-C filter based on ladder simulation	p. 22
Seventh-order all-pole multiple loop feedback g[subscript m]-C filters	p. 23
Automatic tuning of g[subscript m]-C filters	p. 25
Tunable and programmable OTA	p. 25
An analogue tuning scheme	p. 27
A digital tuning method	p. 28
Configurable and FPAA-based g[subscript m]-C filters	p. 29
Conclusions	p. 29
References	p. 30
The MOSFET-C technique	p. 35
Introduction	p. 35
The MOSFET-C concept	p. 37
Practical considerations	p. 40
Linearity in presence of nonidealities	p. 40
DC biasing and tuning	p. 40
Use of OTAs	p. 41
General filter building blocks	p. 43
Frequency response	p. 44
Noise and dynamic range	p. 45
IC technology considerations for high speed filter design	p. 46
"Double balanced" MOSFET-C	p. 46
Other practical aspects	p. 46
Power efficiency in MOSFET-C designs	p. 47
Basic power dissipation considerations in IC filters	p. 47
Topological advantages of active-RC integrators for power efficiency	p. 48
Power dissipation in summers	p. 52
Conclusions	p. 53
References	p. 54
Active filters using integrated inductors	p. 57
Introduction	p. 57
Principles of Q enhancement	p. 58
Compensation using negative resistances	p. 59
Integrated inductors	p. 60
Negative resistor implementations	p. 61
Single-ended schemes	p. 61
Balanced schemes	p. 63
Second-order sections	p. 64
A synthesis procedure	p. 64
Noise, dynamic range and power	p. 65
High-order filters	p. 69
Design issues and examples	p. 69
Predistortion	p. 71
Automatic tuning	p. 74
Conclusions	p. 77
References	p. 77
Log domain filters	p. 81
Introduction	p. 81
Log domain filtering	p. 85
Synthesis of log domain filters	p. 87
Basic theory	p. 87
A synthesis strategy	p. 95
The translinear perspective	p. 102
Class AB log domain filters	p. 108
Log domain building blocks and nonideal behaviour	p. 113
Very low voltage log domain filter design	p. 117
Noise in log domain filters	p. 120
Other applications of the log domain filtering idea	p. 124
Conclusions	p. 124
References	p. 125
Low voltage techniques for switched-current filters	p. 127
Introduction	p. 127
Performance comparison of SI and SC	p. 128
Single-ended SI circuits	p. 132
Single-ended prototype cells	p. 133
Single-ended class A	p. 134
Single-ended class AB	p. 138
Summary	p. 143
Balanced SI circuits	p. 143
Prototype balanced cells	p. 143
Balanced class A cells	p. 143
Balanced class AB cells	p. 147
Summary	p. 148
Neutralised SI circuits	p. 148
Neutralised class A cells	p. 149
Neutralised class AB cells	p. 150
Summary	p. 151
Demonstration of performance using balanced class AB cells with full neutralisation	p. 152
Conclusions	p. 158
References	p. 159
Analogue adaptive filters	p. 161
Introduction	p. 161
Adaptive algorithms	p. 162
Least mean-square (LMS) algorithm	p. 162
Variants of the LMS algorithm	p. 164
DC offset effects in analogue LMS	p. 165
Heuristic algorithms	p. 167
Search algorithms	p. 168
More complex algorithms	p. 168
Analogue against digital adaptation	p. 169
Filter structures	p. 170
Transversal filters	p. 170
Lattice filters	p. 172
Biquads	p. 173
Laguerre filters	p. 173
Orthonormal ladder filters	p. 174
Circuit implementations	p. 176
Filters based on charge-coupled devices (CCDs)	p. 177
Filters based on sample-and-hold circuits	p. 178
Switched-capacitor building blocks	p. 181
Continuous-time circuitry	p. 182
Applications	p. 184
Early applications	p. 185
Digital magnetic storage	p. 185
Wired digital communications	p. 187
Conclusions	p. 189
References	p. 190
On-chip automatic tuning of filters	p. 197
Introduction	p. 197
On-line tuning	p. 203
Off-line tuning	p. 205
Suitable filter structures	p. 206
Principle of tuning frequency parameters	p. 210
Principle of tuning quality factors	p. 214
Various tuning methods	p. 215
Method for tuning high frequency high-Q bandpass filters	p. 220
Time-domain transfer functions	p. 221
Frequency tuning	p. 223
Q-tuning	p. 226
Experimental results	p. 228
Conclusions	p. 231
References	p. 233
Concluding remarks	p. 237
Index	p. 241
Table of Contents provided by Syndetics. All Rights Reserved.

Design of High Frequency Integrated Analogue Filters

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