Advanced signal integrity for high-speed digital designs by Stephen H. Hall

By Stephen H. Hall

A synergistic method of sign integrity for high-speed electronic layout

This e-book is designed to supply modern readers with an figuring out of the rising high-speed sign integrity matters which are growing roadblocks in electronic layout. Written via the major specialists at the topic, it leverages thoughts and strategies from non-related fields equivalent to utilized physics and microwave engineering and applies them to high-speed electronic design—creating the optimum mixture among conception and functional functions.

Following an advent to the significance of sign integrity, bankruptcy assurance comprises:

  • Electromagnetic basics for sign integrity
  • Transmission line basics

  • Crosstalk

  • Non-ideal conductor types, together with floor roughness and frequency-dependent inductance

  • Frequency-dependent homes of dielectrics

  • Differential signaling

  • Mathematical necessities of actual channels

  • S-parameters for electronic engineers

  • Non-ideal go back paths and through resonance

  • I/O circuits and versions

  • Equalization

  • Modeling and budgeting of timing jitter and noise

  • approach research utilizing reaction floor modeling

each one bankruptcy contains many figures and various examples to aid readers relate the suggestions to daily layout and concludes with difficulties for readers to check their realizing of the fabric. complicated sign Integrity for High-Speed electronic Designs is appropriate as a textbook for graduate-level classes on sign integrity, for courses taught in for pro engineers, and as a reference for the high-speed electronic clothier.

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Example text

Similarly, when two infinitely separated charges of the same polarity are brought together, the charges will experience a repulsive force whose magnitude depends on the distance between the charges. The existence of this force is described by saying that a charge q with units of coulombs (C) produces an electric field in the region surrounding it. When the electric fields of two charges of the same polarity begin to interact, a force will be generated that will push the charges apart. Therefore, the region surrounding a charge is permeated by a force field known as the electric field , defined fundamentally as force per unit charge, with units of newtons per coulomb (N/C).

Capacitance depends purely on the geometry of the structures and the value of the dielectric permittivity. Note that v is defined as the potential of the positive conductor minus the negative conductor and that Q is the charge on the positive conductor. Therefore, capacitance is always a positive value. Example 2-3 Consider the case where two conductive plates of area A are oriented parallel to each other separated by a distance d. Assume that we place a charge of +Q on the top plate and −Q on the bottom plate and assume that the charges will spread out evenly (a reasonable assumption, assuming a good conductor).

This calculates the total number of vectors ( J ) passing though the cross-sectional surface S of the wire, which is flux. Therefore, the flux of the current density function is the current flowing through area S and is calculated as ψi = i = J · ds A (2-20) S 18 ELECTROMAGNETIC FUNDAMENTALS FOR SIGNAL INTEGRITY az ds Current Density Vector J l = 1 mA 5mm Current Flux Figure 2-6 Current flux through a wire. Example 2-1 If a current of 1 mA is measured flowing through a wire with a radius of 5 mm, calculate the current density.

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Advanced signal integrity for high-speed digital designs by Stephen H. Hall
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