信号完整性与PCB设计

刚找到一本不错的书，全名是《signal integrity issues and printed circuit board design》，作者是Douglas Brooks，是UltraCAD公司的前总裁。这本书从最初的原理到相应的EMC问题都进行了较为详细的介绍，比较适合刚接触EMC的朋友。
略有不足的是这本是英文版的，中文的我没有找到，抱歉。
PS:小弟最近手头紧，只有2个RD币了，所以输入了价格，请大家谅解！
【文件名】:08311-signal integrity issues and printed circuit board design.part1.rar
In this book, renowned engineer,author, and seminar leader Douglas Brooks teaches PCB designers how tosuccessfully design boards for any high-speed application. Brooks begins withan easy-to-understand electronics primer for every PCB designer, then offerspractical, real-world solutions for every important signal-integrity problem.Based on his legendary seminars, this book offers even more design rules,specific recommendations, examples, illustrations, and diagrams.
Coverage includes—
Essential electronics concepts: propagation, current, resistance, reactance, impedance, phase shifts, and more
EMI principles and controls: loop area, uncontrolled differential currents, and common mode currents
Controlling signal reflections: transmission lines, proper terminations, and trace layer design
Power system stability (bypass capacitor decoupling): Traditional approaches, and techniques based on power-system impedance
Eliminating forward crosstalk, and eliminating or controlling backwards crosstalk
Power-system conditioning: power-system plane design and correct board stackups
Lossy lines and eye diagrams: skin effects, dielectric absorption, and more
Two full chapters of simulationillustrations—ideal for thosewithout access to high-speed simulation tools
【目　录】:
Copyright
About the Web Site
Prentice Hall Modern Semiconductor Design Series
Preface
How It All Started
Acknowledgments
Part 1:Basic Concepts
Chapter 1.Electronic Concepts
Current
Charge
Voltage
Direct and Alternating Voltage and Current
Harmonics
Measurement of AC Voltage or Current
Frequency, Rise/Fall Times, and Period
Frequency Measurement
Complex Waveforms (Fourier Analyses)
Chapter Endnotes
Chapter 2.Propagation Times
Propagation Speed
Propagation Times
Trace Configurations and Signal Propagation
Circuit Timing Issues
Wavelength
Chapter 3.Electrical Components
The Three Basics
Resistance
Ohm's Law
Capacitance
Charge Storage
Formula for Capacitance
Capacitance Functions and Effects
Inductance
Formulas for Inductance
Charge and Discharge Currents
Resonance
Chapter 4.Voltage and Current Changes and Time Constants
Voltage and Current Changes Through Resistors
Voltage and Current Changes Through Capacitors
Voltage and Current Changes Through Inductors
Some Interesting Inductive Circuit Dynamics
Time Constants
A Note on Charge and Discharge Equations
Chapter 5.Resistance
Kirchhoff's Laws
Series Resistors
Parallel Resistors
Voltage Dividers
Amplifier Feedback and Gain
Power
Equivalent Circuits
Power Curve
Power Sources
Conductance
Chapter 6.Reactance
Capacitive Reactance
Inductive Reactance
Ohm's Law for Reactance
Series LC Combinations
Parallel LC Circuits
Resonance
Poles and Zeros
Susceptance
Chapter 7.Impedance and Phase Shift
Impedance
Effect of Frequency
Another RC Example
Classic RC Filter
Combining Impedances
Resonance and Q
Series RLC Circuits
Series RLC at Resonance
Admittance
Chapter Endnotes
Part 2:Signal Integrity Issues
Chapter 8.Signal Integrity Overview
Chapter 9.Electromagnetic Interference (EMI)
Background
Fields and Cancellations
Some Basic "Truths"
Signal Coupling
Loop Area
Stubs
Common Mode
The 20-H Rule
Picket Fences (Faraday Shields)
Chapter 10.Reflections and Transmission Lines
Communications Model
Transmission Lines
Critical Length
Reflection Coefficients
Visualizing Reflections
Determining Trace Impedance
Termination Techniques
Some Design Issues
Stubs
Absolute vs. Relative Value of Zo
Chapter Endnote
Chapter 11.Some Transmission Line Simulations
Basic Simulation
Series Termination
Placement Issues
Branches, or Ys
Chapter 12.Crosstalk
Forward versus Backward Crosstalk
Estimating Crosstalk
Design Considerations
Chapter 13.Crosstalk Simulations
Basic Model
Add an Uncoupled Region
Effect of Length
Stripline
Stripline with Terminations
More Realistic Example
Summary
Chapter 14.Differential Traces and Impedance
Background
Design Rules
Differential Simulations
Calculating Differential Impedance
Chapter 15.Bypass Caps and Decoupling Systems
Traditional Approach
Power System Impedance Approach
Summary
Chapter 16.Power Systems
Power Supply Voltages
Need for Power Planes
Strategies for Designing with Planes
Some Design Rules
Stackups
Conclusion
Chapter 17.Lossy Lines and Eye Diagrams
Lossy Lines
Lossy Line Model
Eye Diagrams
Equalization
Summary
Part 3:Appendices, Glossary, and Index
Appendix A.UltraCAD's Square Wave Simulator
Appendix B.Why Inductors Induct
Electromagnetic Concepts
Right-Hand Rule
Coil
Simple Motor
Simple Generator
Inductance
Return Currents
Appendix C.Logarithms
Definition
Other Bases
Converting Between Bases
Usefulness Of Logs
Appendix D.Phase Shift Simulation
Background
First Step
Second Step
Third Step
Fourth Step
Appendix E.Complex Algebra
Web Sites
Computer Resources
Euler's Formula
Complex Numbers (Reprinted by Permission from Microsoft Encarta 2000)
Appendix F.Transmission Line Simulator
Appendix G.Echo Illustration
Appendix H.UltraCad Freeware Calculators
Impedance (Ultraclc.Exe)
Crosstalk (Ultra_Ct.Exe)
Bypass Cap and Esr (Ucadesr3.Exe)
Appendix I.TDRs and VNAs
Basic Concepts
TDR vs. VNA
Principles of Operation: TDR
Principles of Operation: VNA
Appendix J.Right Angle Corners
Impedance Control
EMI Radiation
Conclusion
Glossary
About the Author

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