par2000

IEEE-SA Standards Board Project Authorization Request (PAR) Form (2000-Rev 1)

Note: For use with help hyperlinks offline, download guide.html and par2000.html into the same directory. After completing and saving this form, please send the form as an e-mail attachment to the NesCom Secretary. Please don't forget to fax the signature page.

Instructions for Downloading the PAR Form

Please click on a year to view the submittal deadlines for the year 2000 and the year 2001.

1. Sponsor Date
of Request
[2000 Nov. 30]

2. Assigned Project
Number
[P 1302]

3. PAR Approval
Date
_____________

Copyright release must be submitted with appropriate signatures by FAX (1-732-562-1571)}

[x] PAR Signature Page on File {IEEE Staff to check box}

4. Project Title, Recorder and Working Group/Sponsor for this Project

Document type and title: {Place an X in only one option below}

[..] Standard for{document stressing the verb "shall"}

[..] Recommended Practice for{document stressing the verb "should"}

[x] Guide for {document in which good practices are suggested}

Title: [Guide for the Electromagnetic Characterisation of Conductive Gaskets in the frequency range of DC to 18 GHz]

Name of Working Group (WG): [P1302]

Name of Official Reporter (usually the WG Chair) who must be an SA member as well as an IEEE/Affiliate Member:			[Johan Catrysse 7821259]
IEEE-Standards Staff has verified that the Official Reporter (or Working Group Chair) is an IEEE and an IEEE-SA member:		[...] (Staff to check box)
Contact Information:
Telephone	[+32/59/569034]	FAX:		[+32/59/569001]
E-mail:	[johan.catrysse@kh.khbo.be]

Name of Working Group Chair (if different than Reporter):			[...]
IEEE-Standards Staff has verified that the Working Group Chair is an IEEE and an IEEE-SA member:		[...] (Staff to check box)
Contact Information:
Telephone	[...]	FAX:		[...]
E-mail:	[...]

Name of Sponsoring Society and Committee:		[IEEE EMCS STANDARDS DEVELOPMENT COMMITTEE]
Name of Committee Sponsor Chair:		[Stephen Berger]
IEEE-Standards Staff has verified that the Sponsor is an IEEE and an IEEE-SA member:		[...] (Staff to check box)
Contact Information:
Telephone	[512 864 3365]	FAX:	[512 869 8709]
E-mail:	[stephen.berger@ieee.org]		IEEE #02922334

5. Type of Project

a. Is this an update to an existing PAR? [No]

If YES, indicate PAR Number/Approval Date []
If YES, is this project in ballot now? [no]

b. Choose one from the following:

[...] New Standard
[x] Revision of existing Standard {number and year} [IEEE Std 1302-1998]
[…] Amendment (Supplement) to an existing standard {number and year} […]
[...] Corrigenda to an existing standard {number and year} [...]

6. Life C ycle

[x] Full Use (5-year life cycle)
[…] Trial Use (2-year life cycle)

7. Balloting Information

Choose one from the following:

[x] Individual Sponsor Balloting
[...] Entity Sponsor Balloting
[...] Mixed Balloting (combination of Individual and Entity Sponsor Balloting)

Expected Date of Submission for Initial Sponsor Ballot: [...]

8. Fill in Projected Completion Date for Submittal to RevCom [2002]

9. Scope of Proposed Project:

The scope of the proposed project is an open revision of IEEE Std 1302, in order to identify methods for the characterization of gaskets, that can be used for a proposal of good engineering and measuring practice.

In the current version of Std. 1302, the following items are not covered:

frequency range over 1 GHz, where only small samples are available (and hence not applicable for MIL STD 285 versions

test methods for small gaskets under near field conditions for INTRA-SYSTEM shielding

correlations between DC tests, Transfer Impedance and shielding methods

Some methods in the actual text are only mentioned, but not discussed in depth

This revision proposes to provide additional guidance on the strengths and weaknesses of each of the methods recommended, and provide an in-depth documentation for each method. Thus the proposed revision will specifically:

identify possible measuring methods for small samples of gaskets (also over 1 GHz)

correlation between different methods for characterization of gaskets, such as DC resistance, transfer impedance and different shielding measurement methods

identify possible measuring methods for near field characterization of gaskets, for use in intra-system applications (typically on PCB boards)

10. Purpose of Proposed Project:

The purpose of this project is to provide:

manufacturers of gaskets

designers of electronic systems

appropriate methods for the characterization of gaskets. It will guide the user in the selection of the appropriate test method in order to determine the level of shielding provided in the intended application.