لایب سان

Practical Guide to Transmission Line Design and Characterization for Signal Integrity Applications -- Table of Contents -- Chapter 1 What Are Transmission Lines and Why You Should Care -- 1.1 Do We Really Need Another Transmissi -- 1.2 All Interconnects Are Transmission L -- 1.3 The Importance of Measurement or Cha -- 1.4 When Are Interconnects Not Transpare -- 1.5 Why the RF World is Different from t -- 1.6 Review Questions -- Chapter 2 Essential Principles of Signal on Interconnects -- 2.1 All Interconnects are Transmission Lines -- 2.2 Signals Are Dynamic 2.3 A Simple Free Tool to Illustrate the Propagation of a Signal -- 2.4 Time Delay and Wiring Delay -- 2.5 Signals See an Instantaneous Impedance -- 2.6 Instantaneous Impedance and Characteristic Impedance -- 2.7 What Happened to the Inductance of the Transmission Line? -- 2.8 What is Special about 50 Ohms? -- 2.9 The Paradox of Current Flow into a Transmission Line -- 2.10 Displacement Current as a New Type of Current -- 2.11 Return Current in a Transmission Line -- 2.12 Where Does the Return Current Flow? -- 2.13 Review Questions -- Chapter 3 Categorizing Transmission Lines 3.1 Distinguishing Metrics -- 3.2 Uniform or Nonuniform Transmission Lines -- 3.3 Single-Ended or Differential -- 3.4 Uncoupled or Coupled -- 3.5 Lossless and Lossy Transmission Lines -- 3.6 Balanced or Unbalanced -- 3.7 Review Questions -- Chapter 4 Five Impedances of a Transmission Line -- 4.1 The Instantaneous Impedance -- 4.2 Characteristic Impedance -- 4.3 The Surge or Wave Impedance -- 4.4 The Input Impedance in the Time Domain -- 4.5 Drawing Circuits with Resistors and Transmission Lines -- 4.6 Input Impedance in the Frequency Domain 4.7 A Few Special Cases for the Input Impedance in the Frequency Domain -- 4.8 Which is Better, the Frequency or the Time Domain Impedance? -- 4.9 Review Questions -- Chapter 5 Why We Care About Impedance: Reflections -- 5.1 Reflections Keep the Universe from Blowing Up -- 5.2 The Reflection and Transmission Coefficient -- 5.3 Using the Reflection Coefficient and Transmission Coefficient -- 5.4 An Important Distinction Between the Signal and the Voltage -- 5.5 Important Termination Special Case: A 50-Ohm Resistive Load -- 5.6 Important Termination Special Case: 5.7 Important Termination Case: A Short -- 5.8 Resolving the Paradox: Where Did 2V -- 5.9 Another Paradox: The Signal Launched into the Transmission Line -- 5.10 Review Questions -- Chapter 6 Analyzing Reflections with the Bounce Diagram -- 6.1 A Typical TX-RX Circuit -- 6.2 The Bounce Diagram: An Example -- 6.3 Simulating the Dynamic Nature of Reflections -- 6.4 Special Case: Short at the Far End -- 6.5 Circuits with an Interface between Two Tranmission Lines -- 6.6 Try These Examples of Transmission Line Circuits -- 6.7 Review Questions

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