IPC D 352 : 0

1 SCOPE
   1.1 Format Compatibility
2 APPLICABLE DOCUMENTS
   2.1 IPC
   2.2 American National Standards Institute
   2.3 Department of Defense
3 TERMS AND DEFINITIONS
   3.1 Annotation
   3.2 Comment Records
   3.3 Complex or Composite Records
   3.4 Component Electrical Description Record
   3.5 Component/Pin Location Record
   3.6 Data Information Module (DIM)
   3.7 Data Layer
   3.8 Design Electrical Description Record
   3.9 Job Set
   3.10 Modal Form
   3.11 Parameter Record
   3.12 Subroutine
   3.13 Subroutine Call
4 GENERAL REQUIREMENTS
   4.1 Data Hierarchy
   4.2 Basic Record Types
   4.3 Data Set Descriptions
   4.4 Data Orientation
   4.5 Transfer Media and Data Formats
5 PARAMETER RECORDS
   5.1 Parameter - JOB
   5.2 Parameter - DIM
   5.3 Parameter - UNITS
   5.4 Parameter - TITLE
   5.5 Parameter - NUM
   5.6 Parameter - REV
   5.7 Parameter - DESRL
   5.8 Parameter - NNAME
   5.9 Parameter - PNAME
   5.10 Parameter - LNAME
   5.11 Parameter - RDES
6 COMMENT RECORDS
7 COMPONENT ELECTRICAL DESCRIPTION RECORD
   7.1 General Information
   7.2 Operations Code Description
   7.3 Subgroups Within the Component Feature Description
        Area
   7.4 Subgroups Within the Element Pin Correlation Field
8 DESIGN ELECTRICAL DESCRIPTION RECORD
   8.1 General Description
   8.2 Operations Code Description Area
   8.3 Design Feature Description Area
   8.4 Subgroups Within the Node to Pin Correlation Data
9 COMPONENT/ELEMENT LOCATION RECORD
   9.1 General Information
   9.2 Operations Code Description Area
   9.3 Subgroups of the Description Area
   9.4 Subgroups Within the Location Description Area
10 MISCELLANEOUS RECORD FORMATS
   10.1 General Information
   10.2 Component Description
   10.3 Symbol Description
   10.4 Conductor Description
   10.5 Electrical Description
APPENDIX

Intended to describe the relationship between the elements used in the electromechanical design and packaging of electronic products using printed boards as the major form of interconnection. Included in these descriptions are the logical and physical elements necessary as input to a design system, as well as the network or interconnection description between various electronic parts. Is further intended that this structure provides the capability for describing all elements in their final form upon design completion.