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BSI PD IEC/TR 61967-1-1:2015

BSI PD IEC/TR 61967-1-1:2015

$198.66

Integrated circuits. Measurement of electromagnetic emissions – General conditions and definitions. Near-field scan data exchange format

Published By Publication Date Number of Pages
BSI 2015 68
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This part of IEC 61967 provides guidance for exchanging data generated by near-field scan measurements.

The described exchange format could also be used for near-field scan data generated by simulation or computation software. It should be noted that, although it has been developed for near-field scan, its use is not restricted to this application. The exchange format can be applied to emission and immunity near-field scan data in the frequency and time domains.

The scope of this technical report includes neither the methods used for the measurements or simulations, nor the software and algorithms used for generating the exchange file or for processing or viewing the data contained therein.

PDF Catalog

PDF Pages PDF Title
4 CONTENTS
7 FOREWORD
9 INTRODUCTION
10 1 Scope
2 Normative references
3 Terms, definitions and abbreviations
3.1 Terms and definitions
11 3.2 Abbreviations
4 General syntax rules and guidelines
4.1 General
4.2 XML requirements
4.2.1 General
4.2.2 XML declaration
4.2.3 XML elements
12 4.2.4 Root element
4.2.5 Comments
4.2.6 Line terminations
4.2.7 Element hierarchy
13 4.3 Keyword requirements
4.3.1 General
4.3.2 Keyword characters
4.3.3 Keyword syntax
14 4.3.4 Root element keywords
4.4 File structure
4.4.1 General
4.4.2 File names
4.4.3 File paths
4.4.4 Single XML file
4.4.5 Multiple XML files
15 4.4.6 Separate data files
4.4.7 Additional files
4.4.8 File compression
Figures
Figure 1 – Multiple XML files
16 4.5 Values
4.5.1 General
Figure 2 – XML files with data files
Figure 3 – Additional files
17 4.5.2 Numerical value syntax
4.5.3 Numerical value with units syntax
4.5.4 Text string
4.5.5 Valid units
18 4.6 Coordinate systems
4.6.1 General
4.6.2 Cartesian coordinate system
Tables
Table 1 – Valid logarithmic units
19 4.6.3 Cylindrical coordinate system
Figure 4 – Right-hand Cartesian coordinate system
Figure 5 – Left-hand Cartesian coordinate system
20 4.6.4 Spherical coordinate system
Figure 6 – Cylindrical coordinate system
21 4.6.5 Coordinate offsets
Figure 7 – Spherical coordinate system
22 4.6.6 Image coordinates
Figure 8 – Offsets and image positioning (right-hand Cartesian)
23 4.7 Field type and orientation
Figure 9 – Offsets and image positioning (left-hand Cartesian)
24 Figure 11 – Field orientation – Right-hand Cartesian coordinate system
Figure 12 – Field orientation – Left-hand Cartesian coordinate system
25 Figure 13 – Field orientation – Cylindrical coordinate system
Figure 14 – Field orientation – Spherical coordinate system
26 4.8 Data syntax
4.8.1 General
4.8.2 Data arrangement
Table 2 – Relationship between azimuth, zenith angles and field component
27 4.8.3 Data with coordinate information
4.8.4 Data without coordinate information
Table 3 – Permitted values for the keyword: Coordinates
28 4.8.5 Data format
4.8.6 Data notation
29 Table 4 – Order of measurement points when coordinates are not included
30 4.9 Probe factor
31 Table 5 – Probe factor linear units
Table 6 – Probe factor logarithmic units
32 4.10 Images
4.10.1 General
4.10.2 Image file types
4.10.3 Image file name and path
4.11 3D objects
4.11.1 General
4.11.2 3D object file types
4.11.3 3D object file name and path
4.11.4 3D map object file name and path
33 Annex A (informative) Example files
A.1 Minimum default file
A.1.1 Example file
A.1.2 Default value description
34 A.2 File with magnitude and angle data
A.2.1 Example file
A.2.2 Default value description
35 A.3 File with field azimuth and zenith orientation
A.3.1 Example file
A.3.2 Default value description
36 A.4 File with optimised field azimuth orientation
A.4.1 Example file
A.4.2 Default value description
37 A.5 File with piece-wise linear time domain data in a separate binary file
A.5.1 Example file
A.5.2 Default value description
A.6 File without coordinate information
A.6.1 Example file
38 A.6.2 Default value description
A.7 File for immunity scan with multiple criteria
A.7.1 Example file
Table A.1 – Data matrix
39 A.7.2 Default value description
40 A.8 File for emission scan with probe factor
A.8.1 Example file
A.8.2 Default value description
Table A.2 – Magnetic field strength for emission
41 A.9 File for immunity scan with probe factor
A.9.1 Example file
A.9.2 Default value description
Table A.3 – Magnetic field strength for immunity
42 A.10 File with image and 3D image
A.10.1 Example file
A.10.2 Default value description
Figure A 1 – Example .obj file
43 A.11 File with plane rotation
Figure A.2 – Coordinates in DUT reference plane
44 A.12 Emission scan in several XML files
Figure A.3 – Coordinates in the measurement reference plane
46 Annex B (normative) Valid keywords
B.1 General
B.2 File header keywords
B.3 Global keywords
B.4 Component section keywords
47 B.5 Setup section keywords
48 B.6 Probe section keywords
B.7 Data section keywords
51 Annex C (normative) Keyword usage rules
Table C.1 – File header keywords
52 Table C.2 – Global keywords
53 Table C.3 – Component section keywords
55 Table C.4 – Setup section keywords
58 Table C.5 – Probe section keywords
60 Table C.6 – Data section keywords
65 Bibliography

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BSI PD IEC/TR 61967-1-1:2015
$198.66