ANSI INCITS TR 33 : 2003 : R2013

1 Scope
2 References
  2.1 General
  2.2 Approved references
  2.3 References under development
  2.4 Informative references
  2.5 Resources bibliography
3 Definitions, acronyms, symbols, abbreviations, keywords, and
  conventions
  3.1 Definitions
  3.2 Symbols, abbreviations, and acronyms
  3.3 Keywords
  3.4 Conventions
4 General
  4.1 Overview
  4.2 Signal path architectures for modeling
  4.3 Relationship between FCSM and bit errors
  4.4 FCSM and scaling
  4.5 Range of validity of models and simulations
  4.6 Signal modeling purposes
  4.7 Application to measurement
  4.8 Relationship between elemental component models, composite
       component models, model-elements, and simulation
  4.9 Specification of the simulation and the simulation
       environment
  4.10 Specification of signals at interoperability points
  4.11 Transmitter signals, interconnect, and receivers that
       contain compensation properties (equalization)
  4.12 Approaches to creating component models
  4.13 Practical considerations for creating models
  4.14 Relationship between constituents of the modeling
       environment
  4.15 Relationship between signal specifications in standards
       and modeling
  4.16 Accuracy and model validation considerations
  4.17 Component model validation/correlation methods
  4.18 Signal timing reference in simulations
  4.19 Tools
5 Model-element descriptions
  5.1 Overview
  5.2 Circuit description
  5.3 Behavioral description - linear parameters
  5.4 Behavioral description - RLGC matrix (Maxwell matrix)
  5.5 Behavioral description - mathematical function
  5.6 Behavioral description - IBIS
6 Transportable models
  6.1 General requirements
  6.2 Component models examples
Annex A - Model database format
      A.1 Overview
      A.2 Database format
Annex B - IBIS model creation details
      B.1 Basic steps
      B.2 Pre-modeling activities
      B.3 Data extraction
      B.4 Creating the IBIS file
      B.5 IBIS model validation
      B.6 IBIS model verification

Establishes a common methodology for FC system signal modeling.