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Identification and simulation of critical interconnect paths with respect to transient noise on PCB-level / Mohamed Taki. 2008
Inhalt
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Promotion
Aknowledgements
Abstract
Abbreviations and Symbols
Introduction
Statement of The Problem
State of The Art
Susceptibility and Immunity of Electronic Devices
EM Disturbances
Electromagnetic Interference Model
Electromagnetic Interference Sources
Coupling Mechanisms
Capacitive Coupling Paths
Inductive Coupling Paths
Crosstalk
Galvanic Coupling Paths
Radiation
Victim Devices
Fast Transient Perturbations
Electrostatic Discharge
Burst Impulses
Electronic Device Sensitivity
EMI Influence Parameters
Elements of a Noise Propagation Path at the PCB-Level
Assumptions to Reduction of Complexity
Circuit Partitioning
Multiport Representation
Passive Component Modeling
Multiconductor Transmission Lines
Transmission Line Discontinuities
Passive Discrete Components
Nonlinear Component Modeling
Passive Nonlinear Devices
Active Device Models
Analysis of a Complete Signal Propagation Path
Analysis Techniques of Large Circuits
Basic Circuit Analysis Techniques
Nodal Admittance Analysis
Connection Matrix Method
Transfer Scattering Matrix Method
Multiport Connection Method
Circuit Analysis by Signal Flow Graphs
Basic Notions on Graphs
Signal Flow Graphs
Transfer Function in Signal Flow Graphs
Approach to Noise Path Tracing
Shortest Paths Algorithms
Single Source Shortest Path Algorithms
K-Shortest Simple Paths Algorithms
Approach to Dominant Signal Paths Analysis
Illustration of A Dominant Signal Path
Mathematical Background of the Algorithm
Reciprocity of Dominant Signal Paths
Workflow of the Dominant Path Approach
Analysis Example
Time Domain Analysis of a Complete Signal Path
Signal Path with a Linear Termination
Fourier Series
Fourier Transformation
Simulation Example
Signal Path with a Nonlinear Termination
Conventional Nonlinear Methods
Harmonic Balance Technique
Example of a Linear Load
Example of a Passive Nonlinear Device
Example of an Active Nonlinear Device
Investigation of Influence Parameters
Signal Paths with Interconnects of Arbitrary Geometries
Propagation of Noise Impulses from Multiple Sources
Signal Propagation within Subcircuits
Impact of Linear Interconnect Terminations
Implementation
Efficiency and Convergence Issues
Data Structures
Input and output Parameters
Conclusion
Complex Fourier Series
Some Fundamental Scattering Matrices
References
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