| Description |
1 online resource (xv, 432 pages) : illustrations |
| Contents |
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 |
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2.15 Denormalization Example2.16 Phase and Delay; 2.17 Bessel Approximation; 2.18 Equiripple Phase-Error Approximation; 2.19 All-Pass Networks; 2.20 Elliptic Approximations; 2.21 Bounding and Asymptotic Behavior; 2.22 References; 2.23 Prototype Tables; 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 |
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3.16 Coupled Transmission Lines3.17 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; 3.33 Helical Resonators; 3.34 Dielectric Resonators; 3.35 Waveguide; 3.36 Evanescent Mode Waveguide; 3.37 Evanescent Mode Unloaded Q; 3.38 Superconductors |
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3.39 Material Technology Unloaded Q Summary3.40 Unloaded Q versus Volume; 3.41 Discontinuities; 3.42 References; 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 |
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4.13 Arithmetic Transformation4.14 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; Chapter 5 -- Filter Losses; 5.1 Reflection or Mismatch Loss; 5.2 Unloaded Q Induced Loss; 5.3 Loaded Q Definitions; 5.4 Lowpass Loss; 5.5 Bandpass Loss; 5.6 Radiation Loss; 5.7 Radiation from Microstrip Resonators |
| Summary |
A book for engineers who design and build filters of all types, including lumped element, coaxial, helical, dielectric resonator, stripline and microstrip types. A thorough review of classic and modern filter design techniques, containing extensive practical design information of passband characteristics, topologies and transformations, component effects and matching. An excellent text for the design and construction of microstrip filters |
| Bibliography |
Includes bibliographical references and index |
| Notes |
Print version record |
| Subject |
Electric filters -- Design and construction.
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Electric filters -- Mathematical models
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Microwaves -- Mathematical models
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TECHNOLOGY & ENGINEERING -- Electronics -- Circuits -- General.
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TECHNOLOGY & ENGINEERING -- Electronics -- Circuits -- Integrated.
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Electric filters -- Design and construction
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Electric filters -- Mathematical models
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Microwaves -- Mathematical models
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Computersimulation
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Filtersynthese
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Hochfrequenzfilter
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| Form |
Electronic book
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| ISBN |
9781613530733 |
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1613530730 |
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