FilterBook

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Preface *
Chapter 1 - Introduction
1.1 Historical Perspective
1.2 Lowpass
1.3 Highpass
1.4 Bandpass
1.5 Bandstop
1.6 All-Pass
1.7 Multiplexers
1.8 References
Chapter 2 - Network Fundamentals
2.1 Voltage Transfer Functions
2.2 Power Transfer Functions
2.3 Scattering Parameters
2.4 The Smith Chart
2.5 Radially Scaled Parameters
2.6 Modern Filter Theory
2.7 Transfer Function
2.8 Characteristic Function
2.9 Input Impedance
2.10 Synthesis Example
2.11 Lowpass Prototype
2.12 Butterworth Approximation
2.13 Chebyshev Approximation
2.14 Denormalization
2.15 Denormalization Example
2.16 Phase and Delay
2.17 Bessel Approximation
2.18 Equiripple Phase-Error Approximation
. . .
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2.19
2.20
2.21
2.22
2.23
iAll-Pass Networks 38
Elliptic Approximations 41
Bounding and Asymptotic Behavior 44
References 46
Prototype Tables 47
Chapter 3 - Reactors and Resonators
3.1 Inductance
3.2 Capacitance
3.3 Unloaded-Q
3.4 Inductor Technologies
3.5 Wire
3.6 Circular Ring
3.7 Air Solenoid
3.8 Solenoid with Shield
3.9 Magnetic-Core Materials
3.10 Solenoid with Core
3.11 Toroid
3.12 Capacitors
3.13 Transmission Lines
3.14 Modes
3.15 Transmission Line Unloaded-Q
3.16 Coupled Transmission Lines
3.17 Transmission-Line Elements
3.18 Lumped-Distributed Equivalences
3.19 Reentrance
3.20 Coax
3.21 Coax with Square Outer Conductor
3.22 Dielectric Loading
3.23 Partial Dielectric Loading
3.24 Slabline
3.25 Coupled Slabline
3.26 Wire over Ground
3.27 Substrate Materials
3.28 Stripline
3.29 Coupled Stripline
3.30 Microstrip
3.31 Coupled Microstrip
3.32 Stepped-Impedance Resonators
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. . .
Vlll
3.33
3.34
3.35
3.36
3.37
3.38
3.39
3.40
3.41
3.42
Helical Resonators 121
Dielectric Resonators 126
Waveguide 127
Evanescent Mode Waveguide 128
Evanescent Mode Unloaded Q 131
Superconductors 133
Material Technology Unloaded Q Summary 134
Unloaded Q versus Volume 137
Discontinuities 139
References 142
Chapter 4 - Transformations
4.1 Highpass Transformation
4.2 Conventional Bandpass Transformation
4.3 Bandstop Transformation
4.4 Narrowband Bandpass Transformations
4.5 Top-C Coupled, Parallel Resonator
4.6 Top-L Coupled, Parallel Resonator
4.7 Shunt-C Coupled, Series Resonator
4.8 Tubular Structure
4.9 Elliptic Bandpass Transforms
4.10 Conventional Elliptic Bandpass
4.11 Zig-Zag (Minimum Inductor) Elliptic BP
4.12 Bandpass Transform Distortion
4.13 Arithmetic Transformation
4.14 Blinchikoff Flat-Delay Bandpass
4.15 Pi/Tee Exact Equivalent Networks
4.16 Exact Dipole Equivalent Networks
4.17 Norton Transforms
4.18 Identical-Inductor Zig-Zag
4.19 Approximate Equivalent Networks
4.20 Impedance and Admittance Inverters
4.21 Richard’s Transform
4.22 Kuroda Identities
4.23 Prototype k and q Values
4.24 References
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ix
Chapter 5 - Filter Losses 193
5.1 Reflection or Mismatch Loss 193
5.2 Unloaded Q Induced Loss 194
5.3 Loaded Q Definitions 194
5.4 Lowpass Loss 195
5.5 Bandpass Loss 196
5.6 Radiation Loss 198
5.7 Radiation from Microstrip Resonators 199
5.8 Surface Waves 200
5.9 Edge-Coupled Bandpass Radiation Example 201
5.10 Hairpin Bandpass Radiation 207
5.11 References 209
Chapter 6 - Computer-Aided Strategies
6.1
6.2
6.3
6.4
6.5
6.6
6.7
6.8
6.9
211
Overview 211
Synthesis CAE 213
Simulation 217
Lumped-Distributed Equivalence Accuracy 218
Physical Models 221
Simulation Technologies 225
Analysis 228
Tuning 228
I Optimization 229
6.10 Statistical Analysis 233
6.11 Node Elimination Algorithm 239
6.12 Element and Output Classes 241
6.13 Detailed CAE Example 243
6.14 The Next Step: Simulation 248
6.15 References 257
Chapter 7 - Lowpass Structures 259
7.1 Overview 259
7.2 Stepped-Impedance All-Pole Lowpass 259
7.3 Response Sensitivity to Element Tolerance 267
7.4 Stepped-Impedance Measured Results 271
7.5 Stub-Line Lowpass 273
7.6 Elliptic Lowpass 276
7.7 Elliptic Lowpass Measured Responses 278
X
7.8 Element Collisions 279
7.9 References 283
Chapter 8 - Bandpass Structures
8.1 Direct-Coupled Bandpass
8.2 End-Coupled Bandpass
8.3 End-Coupled Bandpass Example
8.4 Coaxial End-Coupled Example
8.5 Edge-Coupled Bandpass
8.6 Edge-Coupled Bandpass Example
8.7 5.6 GHz Edge-Coupled Measured Data
8.8 Tapped Edge-Coupled Bandpass
8.9 Hairpin Bandpass
8.10
8.11
8.12
8.13
8.14
8.15
8.16
8.17
8.18
8.19
8.20
8.21
8.22
8.23
8.24
8.25
8.26
8.27
8.28
8.29
8.30
8.31
8.32
8.33
8.34
1.27 GHz Hairpin Example
1.27 GHz Hairpin Measured Data
5.6 GHz Hairpin Example
Hairpin Resonator Self-Coupling
Combline Bandpass
Coupled-Microstrip Combline Example
1.27 GHz Tapped-Slabline Combline
1.27 GHz Combline Measured Data
Interdigital Bandpass
Tapped-Interdigital Example
Coupled-Interdigital Example
Transmission Zeros in Combline
Stepped-Impedance Bandpass
Stepped-Impedance Measured Data
Elliptic Direct-Coupled Bandpass
Elliptic Direct-Coupled Bandpass Example 358
Elliptic Bandpass Measured Data 361
Evanescent Mode Waveguide Filters 363
Evanescent Mode Loading Capacitance 366
Coupling to Evanescent Mode Waveguide 367
Reentrance in Evanescent Mode Filters 371
996 MHz Evanescent Mode Filter Example 371
5.6 GHz Evanescent Mode Filter Example 375
Filters with Arbitrary Resonator Structure 379
Hidden-Dielectric Resonator Example 385
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xi
8.35 Bandpass Tuning Techniques 389
8.36 References 394
Chapter 9 - Highpass Structures
9.1 Overview
9.2 Stub All-Pole Highpass
Chapter 10 - Bandstop Structures 403
10.1 Overview 403
10.2. Stub Bandstop 403
10.3 Edge-Coupled Bandstop 407
10.4 References 412
Appendix A - PWB Manufacturing 413
A. 1 Photographic Etching 413
A. 2 Machining 420
Appendix B - List of Symbols 421
B. 1 Equation Variables 421
B.2 Circuit File Codes 425
B.3 Program and Circuit File Variables 427
B.4 Program Units 428
397
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397
Index 429
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sunnyycc

FilterBook
【文件名】:061012@52RD_FilterBook.part2.rar
【格　式】:rar
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tangh123

maile  maile

sunnyycc

[em07], [em07]

daniel680228

請問這是集總是電路還是為帶線電路押

zhca

谢谢楼主的好资料

deepseastorm

谢谢楼主！

larthur_78

谢谢了