| Description |
1 online resource (522 p.) |
| Series |
River Publishers Series in Electronic Materials, Circuits and Devices Series |
|
River Publishers Series in Electronic Materials, Circuits and Devices Series
|
| Contents |
Cover -- Half Title -- Series Page -- Title Page -- Copyright Page -- Table of Contents -- Preface -- List of Figures -- List of Tables -- List of Abbreviations -- Chapter 1: Nonideal Components -- 1.1: Lumped Element Components -- 1.2: Component Equivalent Networks -- 1.2.1: Wire -- 1.2.2: Resistance -- 1.2.3: Inductance of a wire -- 1.2.4: Resistors -- 1.2.5: Capacitors -- 1.2.6: Bypass capacitor example -- 1.2.7: Inductor -- 1.2.8: Quality factor, Q -- 1.2.9: Loaded Q -- 1.3: Summary -- 1.3.1: Nonideal components -- 1.3.2: Quality factor (Q) of components and resonant circuits |
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Appendix 1.1: A short tutorial on using Pathwave ADS -- Appendix 1.2: Measurement of Nonideal components -- Chapter 2: Transmission Lines -- A Review and Explanation -- 2.1: What is a Transmission Line? -- 2.1.1: Common features -- 2.2: Compare Microstrip to Stripline -- 2.3: Some Typical Material Parameters -- 2.4: Voltage and Current on Transmission Lines -- 2.5: Reflection Parameters -- 2.6: Examples -- 2.7: Return Loss -- 2.8: What About the Source End? -- 2.9: Transmission Parameters -- 2.10: Transmission Line Junction -- 2.11: Transmission line laws -- 2.12: Lumped-element Equivalent Circuit |
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2.13: Summary -- Appendix 2.1: Linecalc Transmission Line Analysis Tool -- Appendix 2.2: Transient Analysis in ADS -- Chapter 3: Transmission Line Analysis in the Frequency Domain -- 3.1: Last Chapter: A Quick Review -- 3.2: Transmission Lines in the Frequency Domain and the Smith Chart -- 3.3: Voltage and Current on Transmission Lines -- 3.4: Reflections in the Frequency Domain -- 3.5: Movement of Reference Plane -- 3.6: Voltage Standing Wave Ratio (VSWR) -- 3.7: Impedance vs. Position -- 3.8: Introduction to the Smith Chart -- 3.9: Let's Look at Some Interesting Examples |
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3.9.1: Quarter wavelength transmission line -- 3.10: Admittance Chart -- 3.11: Examples -- 3.12: An Important Observation -- 3.13: Measurement Exercises -- 3.13.1: Lab exercise -- 3.13.2: Quarter wave impedance transformer -- 3.13.3: Two techniques for measuring Z0 and vp of a transmission line -- 3.14: Summary -- Chapter 4: S-parameters -- 4.1: Two-port descriptions -- 4.1.1: Admittance parameters -- 4.1.2: Impedance parameters -- 4.2: S-parameters -- 4.2.1: Reflection coefficient -- 4.2.2: Transmission coefficient -- 4.3: Some Comments on Power Measurement |
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4.4: Define Available Power and Actual Load Power -- 4.4.1: Actual load power -- 4.4.2: Reflected power -- 4.4.3: Transducer gain -- 4.5: Reference Planes -- 4.5.1: Electrical length -- 4.5.2: Converting from electrical length to physical length -- 4.5.3: How to calculate S-parameters quickly -- 4.5.4: What happens when there is a reference plane extension? -- 4.6: Summary -- Chapter 5: Matching Network Design -- 5.1: Impedance Matching -- 5.2: Lumped element "L" Matching Networks -- 5.2.1: How to proceed -- 5.2.2: Design a matching network |
| Notes |
Description based upon print version of record |
|
5.2.3: Why choose one form (high pass vs. low pass) over the other? |
| Form |
Electronic book
|
| ISBN |
9781003810827 |
|
1003810829 |
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