Status of
C63® Standards
Date: April
25, 2022
To purchase C63® Standards: Search IEEE Standards - Enter
C63 Standard number then Search (Enter) -
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Contact the Subcommittee or Working Group Chair
for each standard for additional information or questions.
|
Project / Standard # |
Brief Title |
Sub- committee |
Working Group Chair contact |
Project Scope |
Status |
|
C63.2-2016 |
Electromagnetic
Interference and Field Strength Measuring Instrumentation in the Frequency
Range 9 kHz to 40 GHz |
Revision
of standard is ongoing. |
|||
|
C63.4-2014
|
Emission
measurements |
Revision
of standard is ongoing. |
|||
|
C63.4a-2017
|
Limited
Amendment to modify Annex D and correct certain equations |
None |
No
activity |
||
|
C63.5-2017 |
Antenna
Calibration |
Revision
of standard is ongoing. |
|||
|
C63.5-2017 |
Antenna
Calibration |
None |
No
active PINS |
Published
in 2019 |
|
|
C63.6-1996 |
Computation
Errors in OATS Measurements – Guide |
None |
None |
No
active PINS |
Administratively
withdrawn. No plans for future maintenance. |
|
C63.7-2015 |
Guide
for Construction of Test Sites for Performing Radiated Emission Measurements |
New
PINS under development |
Working
group is being formed. |
||
|
C63.8-draft |
Guide to
Electromagnetic Compatibility Standards and Procedures |
|
Draft
7 dated March 31, 1989 |
|
Never
published.. |
|
C63.9-2014 |
Laboratory
immunity testing of multimedia equipment exposed to RF sources |
New
PINS posted 9/2/21, draft
is being written. |
|||
|
C63.10-2020 |
Procedures
for compliance testing
of unlicensed wireless devices |
Published
1/29/2021. No further work scheduled on the document. WG disbanded. |
|||
|
C63.10
Corr1-202X |
Procedures
for compliance testing of unlicensed wireless devices |
Corrigendum
to fix errors in the standard. |
|||
|
C63.11-draft |
Inter-lab
Comparison of EMC Testing |
|
No
active PINS |
Work
was suspended 11/12/15. |
|
|
C63.12-2015 |
EMC
Limit Setting |
No active PINS |
Published
1/29/2016 as an update of C63.12-2007. No further work scheduled on the
document. WG disbanded. |
||
|
C63.13-1991 |
EMI
Power Line Filters |
None |
None |
No
active PINS |
Administratively
withdrawn. No plans for future maintenance. |
|
C63.14-2014 |
Definitions |
Revision
is on-going. Publication expected fourth quarter 2021 |
|||
|
C63.15-2017 |
Immunity
Measurement & Instrumentation |
None |
No
active PINS |
Published
2017 |
|
|
C63.16-2016 |
ESD
Test Methodology |
Current.
(published 5/10/16) |
|||
|
C63.17-2013 |
Unlicensed
Personal Communications Service (PCS) Devices |
None |
No
active PINS |
Reaffirmed
2020. |
|
|
C63.18-2014
|
On-Site
Medical Radiated RF Immunity testing |
None |
No
active PINS |
Reaffirmed
2019. |
|
|
C63.19-2019 |
EMC
for Hearing Aids, |
No
active PINS |
New
PINS being discussed |
||
|
C63.22-2012 |
Guide
for Automated Electromagnetic Interference Measurements |
None |
No
active PINS |
Current.
This Standard will expire in 2022. |
|
|
C63.23-2012 |
Measurement
Uncertainty |
No
active PINS |
Reaffirmed
2020 |
||
|
C63.24-draft |
In-Situ
RF Immunity Evaluation of Electronic Devices and Systems |
Published 3/31/2021. Working Group disbanded. |
|||
|
C63.25.1-draft |
Validation
Methods for Radiated Emission Test Sites, 1 GHz to 18 GHz |
Published
March, 2019 |
|||
|
C63.25.2-draft |
Validation
Methods for Radiated Emission Test Sites, 30 MHz to 1 GHz |
New
standard. Draft being written |
|||
|
C63.25.3
draft |
Validation
Methods for Radiated Emission Test Sites, 18-40 GHz |
New
standard. Draft being written |
|||
|
C63.26- |
Procedures
for compliance testing
of licensed transmitters |
2015
edition under revision |
|||
|
C63.27-2017 |
Evaluation
of Wireless Coexistence |
Revision
of Standard is ongoing |
|||
|
C63.28-draft |
Best
Practices for Electromagnetic Compatibility |
New
standard. Draft being written. |
|||
|
C63.29-draft |
Lighting
products |
New
standard. Draft under final review. |
|||
|
C63.30-draft |
Wireless
Power Transfer Products |
Published. WG disbanded. |
|||
|
C63.31-draft |
ISM
equipment (MP-5) |
New
standard. Draft being written. |
|||
|
C63.32-draft |
Reserved
for future use |
|
|
|
|
|
C63.33-draft |
Immunity
of Portable Medical Devices to Electronic Article Surveillance (EAS) Systems |
New
standard. Draft being written. |
|||
|
C63.34-draft |
Calibration
of EMC Test Equipment – Guide |
New
standard. Draft is being written. |
|||
|
C63.35-draft |
Reserved
for future use |
|
|
|
|
|
C63.xx |
Massive
MIMO Test Distance |
Develop
a White paper on testing issues to consider in regards to Near / Far field
issues when measuring active antennas |
* PINS-C - a
study question that is contained within the C63® committee. It is used to investigate what might be
done on a new standards project or to amend an existing standard. Once it is clear that the work should
progress, a PINS is developed that, if approved by C63® Main
Committee, places the investigation into the program of work of C63®
and announces it to ANSI for participation by others. It is then assigned to a working group
in a subcommittee for further action.
If no action is indicated, the PINS-C is withdrawn.
Learn more:
C63.2: C63.2-2016 American National Standard for
Electromagnetic Noise and Field Strength Instrumentation, 10 Hz to 40 GHz
Specifications
Contact: Medler,
Jens (Working Group Chair)
Scope: This
standard specifies requirements for measuring receivers [i.e., electromagnetic
interference (EMI) receivers and spectrum analyzers with and without
preselection] used for radiated and conducted emission measurements
Status: Revision
of standard is ongoing.
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C63.4: C63.4-2014
American National Standard for Methods of Measurement of Radio- Noise Emissions
from Low-Voltage Electrical and Electronic Equipment in the Range of 9 kHz to
40 GHz.
Contact: Griffin,
Andy
(Working Group Chair)
Scope: U. S. consensus standard
methods, instrumentation, and facilities for measurement of radio-frequency
(RF) signals and noise emitted from electrical and electronic devices in the
frequency range 9 kHz to 40 GHz are specified in this standard. This standard does
not include generic nor product-specific emission limits. Where possible, the
specifications herein are harmonized with other national and international
standards used for similar purposes.
Status: Moving to C63 balloting.
Draft of document sent to SC1 members with motion to send to C63 for balloting
on 14 November 2019. Draft takes into account clarifications, clearly stating
requirements and recommendations, and takes into account, as appropriate,
interpretation questions raised on the 2014 edition. Interpretations are available.
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C63.4a: C63.4a-2017
American National Standard for Methods of Measurement of Radio- Noise Emissions
from Low-Voltage Electrical and Electronic Equipment in the Range of 9 kHz to
40 GHz: Amendment 1: Test Site Validation
Contact: None
Scope: Amend Annex D and correct
equations
Status: Resolution of
interpretations for Annex D were included in the published standard. An FCC
public notice was issued on this amendment asking industry for advice on
adopting it. Awaiting FCC decision.
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C63.5:
C63.5-2017 Electromagnetic Compatibility -
Radiated Emission Measurements in Electromagnetic Interference (EMI) Control -
Calibration and Qualification of Antennas
(9 kHz to 40 GHz)
Contact: Kramer,
Doug (Working Group Chair)
Scope: Revision
of ANSI C63.5-2017 Methods for determining antenna factors of antennas used for
radiated emission measurements of electromagnetic interference (EMI) from 9 kHz
to 40 GHz are provided. Antennas included are linearly polarized antennas such
as loops, rods (monopoles), tuned dipoles, biconical dipoles, log-periodic
dipole arrays, hybrid linearly polarized arrays, broadband horns, etc., which
are used in measurements governed by ANSI C63.4. The methods include standard
site (i.e., 3-antenna), reference antenna, equivalent capacitance substitution,
standard transmitting loop, standard antenna, and standard field methods.
Status: Revision of Standard is
ongoing.
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C63.5 Correngendum 1-2018
Electromagnetic Compatibility - Radiated Emission Measurements in
Electromagnetic Interference (EMI) Control - Calibration and Qualification of
Antennas (9 kHz to 40 GHz) Corrigendum
Contact: None
Scope: This corrigendum of ANSI
C63.5-2017, Methods for determining antenna factors of antennas used for
radiated emission measurements of electromagnetic interference (EMI) from 9 kHz
to 40 GHz, will correct the use of attenuators in clause 5.1.1(e) clarifying
that VSWR of 2:1 is necessary and it is up to the antenna calibration
laboratory to ensure this requirement is met rather than forcing the use of
10dB pads.
Status: Published in 2019.
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C63.6:
C63.6-1996 American National Standard Guide for
the Computation of Errors in Open-Area Test Site Measurements
Contact: None
Scope: The basis for the
acceptability criterion of ±4 dB for the site attenuation measurements
required in ANSI C63.4-1992 is provided.
Status: Admin withdrawn. No plans
for future maintenance.. The standard is still available for purchase.
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C63.7:
C63.7-2005 American National Standard Guide for
Construction of Open-Area Test Sites for Performing Radiated Emission
Measurements
Contact: Chen,
Zhong
Scope: This
guide provides information on construction
of radiated emission test facilities in the frequency range of 30 MHz to 40
GHz. Standardized site validation methods above 18 GHz remain unavailable at
present, however the changes in this edition are considered appropriate
guidance for use up to 40 GHz. In general, the construction techniques
described apply either below 1 GHz, or for 1 GHz and above.
Status: No activity.
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C63.8-draft:
Guide to Electromagnetic Compatibility Standards and Procedures
Draft 7 issued
March 31, 1989 (never published)
C63.9:
C63.9-2014 American National Standard for
laboratory Immunity testing of Multimedia Equipment exposed to RF sources
Contact: Evans, Jeff
Scope: This standard provides
recommended test methods and limits for assuring the RF immunity of multimedia
equipment to a wide variety of common and ubiquitous RF sources from mobile
phones to licensed transmitters.
Status: Reaffirmed
in 2014. Revision currently
underway to update references, add coverage for interference threats from newer
technologies such as LTE, consider latest test instrumentation and techniques,
and clarify alternative test methods.
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C63.10:
C63.10-2020 American National Standard for
Testing Unlicensed Wireless Devices
Contact: Nixon,
Jason (Working Group Chair)
Scope: This standard is intended
to cover procedures for testing the compliance of a wide variety of unlicensed
wireless devices (also called unlicensed intentional radiators) including but
not limited to: remote control and security unlicensed wireless devices,
frequency hopping and direct sequence spread spectrum devices, anti-pilferage
devices, cordless telephones, wireless medical unlicensed wireless devices,
Unlicensed National Information Infrastructure devices, intrusion detectors,
unlicensed wireless devices operating on frequencies below 30 MHz, automatic
vehicle identification systems, and other unlicensed wireless devices
authorized by a radio regulatory authority.
Status: Published 1/29/2021. No
further work scheduled on the document. WG disbanded.
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C63.10: C63.10 CORR-1 202X American National Standard for
Testing Unlicensed Wireless Devices
Contact: Nixon,
Jason (Working Group Chair)
Scope: This corrigendum of C63.10:2020 Standard for American
National Standard of Procedures for Compliance Testing of Unlicensed Wireless
Devices, will correct an error in the UWB -10 dB bandwidth, correct an error in
the pulsed desensitization formula, clarify for WPT devices are tested to ASC
C63.30 for the WPT functions and harmonize clause 6.2.2 related to the use of
an extension cord between the EUT and the LISN.
Status: New Corrigendum. Draft is
being written.
Purchase: This standard is not yet complete and not available for
purchase.
C63.11-draft:
American National Standard for Inter-lab Comparison EMC Testing
Contact: Kuczynski,
Victor (Working Group Chair)
Scope: This Guide would cover procedures
for undertaking an EMC Inter-laboratory Comparison Program. It would include
emission, radiated and power line conducted, artifacts; recommended frequency
ranges of interest; and recommend acceptance criteria. The Guide would provide
examples based on actual test results generated with a series of C63 artifacts.
This Guide will use a similar structure to ISO/IEC 17043 (Conformity Assessment
– General Requirements for Proficiency Testing) but it would be narrowly
focused on EMC artifacts only. The Guide would cover both administrative and
technical aspects of conducted and radiated emission testing. It will include
measurement uncertainty and acceptance criteria.
Status: New project. Draft is being written.
Purchase: This standard is not yet complete and not
available for purchase.
C63.12:
C63.12-2015 American National Standard for
Electromagnetic Compatibility Limits-- Recommended Practice
Contact: Carlton, Ross (Task Group Chair)
Scope: This recommended practice
presents a rationale for developing limits and recommends sets of limits and
test levels that are representative of current practice. These limits may be
adjusted in particular applications as circumstances dictate.
Status: Published 29 Jan 2016.
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C63.13: C63.13-1991
American National Standard Guide on the Application and Evaluation of EMI
Power-Line Filters for Commercial Use
Contact: None
Scope: A basic understanding of
the application, evaluation, and safety considerations of electromagnetic
interference (EMI) power-line filters used in both AC and DC applications is
provided. The construction of an EMI power-line filter and its functions in
providing suppression of conducted noise are described. The functions and
performance of the filter components, particularly the capacitors and
inductors, are discussed. It is explained why seemingly identical filters may
not give the same performance in a particular application. No-load
insertion-loss test methods are presented. Proper installation of the filters
in equipment is discussed. Safety regulations are briefly addressed.
Status: Administratively withdrawn.
No plans for future maintenance.. The standard is still available for purchase.
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C63.14: C63.14-2014
American National Standard Dictionary of Electromagnetic Compatibility (EMC)
including Electromagnetic Environmental Effects (E3)
Contact: Dilay, Chris (Subcommittee Chair)
Scope: This
standard provides definitions of terms associated with electromagnetic
environmental effects including electromagnetic compatibility (EMC), electromagnetic
pulse (EMP), and electrostatic discharge (ESD). In addition to definitions,
several symbols and abbreviations are included.
Status: Revision
is on-going. Publication expected fourth quarter 2021.
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C63.15: C63.15-2017
American National Standard Recommended Practice for the Immunity Measurement of
Electrical and Electronic Equipment
Contact: None
Scope: This immunity measurement
and measurement instrumentation recommended practice document complements the
emission measurement procedures specified in ANSI C63.4 noting that C63.15 is a
recommendation while C63.4 is a standard. The immunity methods are of use to
manufacturers who want to produce a reliable product working in the customer
location RF environment to reduce customer complaints. This document generally
covers the frequency range of 30 Hz to 10 GHz. The test instrumentation needed to
replicate the RF environment is also identified that will support the immunity
testing.
Status: Published in 2017. Working
group disbanded.
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C63.16: C63.16-2016
American National Standard Guide for Electrostatic Discharge Test Methodologies
and Criteria for Electronic Equipment
Contact: Crumm,
Allen (Working Group Chair)
Scope: This
guide provides electrostatic discharge (ESD) test considerations that a
manufacturer should use in assessing the expected ESD effects on products in a
wide range of environments and customer use. The focus is well beyond that used
to simply show that a product complies with a local, regional, or international
standard or regulation. The guide includes unique new material on testing of charged
peripherals being connected to a system and system components being placed in a
docking station. It also includes information on the use of preliminary
investigatory testing to identify test points, methods for visually documenting
the location of those test points, and the use of a stepped approach in
ratcheting up the test voltage to determine failure thresholds. The annexes
include test plan and data sheet examples along with more background on air and
contact discharge for those who want to further understand the differences in
these methods.
Status: Current. Guide was published 10 May 2016. Draft
is being written.
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C63.17: C63.17-2013
Methods of Measurement of the Electromagnetic and Operational Compatibility of
Unlicensed Personal Communications Services (UPCS) Devices
Contact: None
Scope: Revision of IEEE Std
C63.17-1998. Specific test procedures are established for verifying the
compliance of unlicensed personal communications services (UPCS) devices with
applicable regulatory requirements regarding radio-frequency (RF) emission
levels and spectrum access procedures.
Status: Reaffirmed 2020.
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C63.18: C63.18-2014
On-site, Ad-Hoc Test Method for Estimating Radiated Electromagnetic Immunity of
Medical Devices to Specific Radio Frequency Transmitters
Contact: None
Scope: This recommended practice is
a guide to evaluating the electromagnetic immunity of medical devices to
radiated radio-frequency (RF) emissions from common RF transmitters (e.g.,
two-way radios; walkie-talkies; mobile phones; wireless-enabled tablets,
e-readers, laptop computers, and similar devices; radio-frequency
identification (RFID) readers; networked mp3 players; two-way pagers; and
wireless personal digital assistants [PDAs])..
Status: Reaffirmed 2019.
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C63.19: C63.19-2011 American National Standard for Methods of Measurement of
Compatibility between Wireless Communications Devices and Hearing Aids
Contact: Berger,
Stephen (Working Group Chair)
Scope: Uniform methods of
measurement for compatibility between hearing aids and wireless communications
devices are set forth.
Status: New PINS being discussed.
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C63.22:
C63.22-2012 American National Standard Guide for
Automated Electromagnetic Interference Measurements
Contact: None
Scope: Guidelines for automation
of conducted and radiated EMI compliance measurements is provided in this
guide. This document does not include mandatory specifications for automation
tools (i.e., application software, automated test equipment, computers and
peripherals). Where possible, the guidance provided herein is harmonized with
other national and international standards used for similar purposes
Status: Current. No plans for
further maintenance at this time.
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C63.23: C63.23-2012: Guide for Computations and Treatment of Measurement Uncertainty
Contact: Nixon,
Jason (Working Group Chair)
Scope: This application guide
provides methods for determining the uncertainty of measurement for
electromagnetic interference (EMI) measurement results. This guide provides
information on the application of Type A statistical evaluations. For Type B
applications, this guide also provides information on where to obtain specified
published information that can lead to an evaluation of uncertainty.
Status: Reaffirmed
2020.
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C63.24-draft: American National Standard
Recommended Practice for In-Situ RF Immunity Evaluation of Electronic Devices
and Systems
Contact: Schaefer,
Dave (Working Group Chair)
Scope: This recommended practice provides an in-situ EMC immunity qualification
test for products, instrumentation, and control systems in their installed
environment. The recommended practice focuses on installation environments that
require a high level of confidence that these products and systems have a high
level of EM immunity. This project provides a generic method for evaluating the
RF immunity of electronic products, instrumentation, and control systems, as and
where installed or operated. A particular focus is on immunity to RF sources
that enter the environment, intentionally or unintentionally or are integrated
into the operating environment. The characteristics of RF sources in the
environment are used to establish the levels and test methods.
Status:
Published 3/31/2021. Working Group disbanded.
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C63.25.1-draft:
Validation Methods for Radiated Emission Test Sites, 1 GHz to 18 GHz
Contact: Sigouin,
Dan (Working Group Chair)
Scope: This standard provides
methods of measurement requirements for the validation of radiated emission
test sites in the frequency range of 30 MHz to 18 GHz. These requirements are
applicable to open area test sites (OATS), fully and partially covered OATS,
semi-anechoic chambers (SAC), and fully anechoic rooms (FAR).
Status: Published in March of 2019.
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C63.25.2-draft:
Validation Methods for Radiated Emission Test Sites, 30 MHz to 1 GHz
Contact: Sigouin,
Dan (Working Group Chair)
Scope: This standard will contain
the methods to conduct Normalized Site Attenuation from 30MHz – 1 GHz.
Status: New standard. Draft being
written.
Purchase: Not yet available for
sale.
C63.25.3-draft: Validation Methods for Radiated Emission
Test Sites, 18-40 GHz
Contact: Abbondante,
Nicholas (Working Group Chair)
Scope: This standard will contain the methods to conduct site validation
from 18-40 GHz.
Status: New standard. Draft being written.
Purchase: Not yet available for sale.
C63.26-2015: American National Standard of procedures for compliance testing
of transmitters used in licensed radio services
Contact: Elliott, William
(Working Group Chair)
Scope: This standard
covers the procedures for testing a wide variety of licensed transmitters;
including but not limited to transmitters operating under Parts 22, 24, 25, 27,
90, 95 and 101 of the FCC Rules, transmitters subject to the general procedures
in Part 2 of the FCC Rules and procedures for transmitters not covered in the
FCC Rules. The standard also addresses specific topics; e.g., ERP/EIRP, average
power measurements and instrumentation requirements.
Status:
New
Standard published 1/15/16. New work is pending.
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C63.27-2017: American
National Standard for Evaluation of Wireless Coexistence
Contact: Berger,
Stephen (Working Group Chair)
Scope: This revision of the C63.27
standard provides improvements to the evaluation procedure and supporting test
methods for wireless coexistence and evaluation of key performance indicators
(KPI). The revised standard will provide evaluation procedures, test methods
and other guidance necessary for performing the evaluation.
Status: Revision of Standard is
ongoing.
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C63.28-draft:
American National Standard Guide for Best Practices for Electromagnetic
Compatibility
Contact: Dilay, Chris (Working Group Chair)
Scope: This guide provides comparisons of best practices
that, based on past successes in a wide variety of settings and performed
consistently, result in better performance, lower costs, and higher quality
products with respect to EMC compliance.
Status: New standard. Draft being written.
Purchase: Not yet available for sale.
C63.29-draft:
American National Standard of procedures for compliance testing of lighting
products
Contact: Mendoza, Ernesto (Working Group
Chair)
Scope: This standard is intended
to include procedures for compliance testing of general illumination lighting
products with applicable radio regulatory requirements. This standard
encompasses various technologies, from traditional lighting like fluorescent or
HID, as well as novel technologies like LED and others. Related national and
international standards (e.g., CISPR 15, ANSI C63.4) will be reviewed and used
to the extent possible.
Status: New standard. Draft
under final review.
Purchase: Not yet available for
sale.
C63.30-draft:
American National Standard of procedures for compliance testing of Wireless
Power Transfer products
Contact: Thul, Travis (Working Group Chair)
Scope: This standard is
intended to include procedures for compliance testing of several different
types of Wireless Power Transfer (WPT) products with applicable electromagnetic
compatibility (EMC) and radio regulatory requirements. Test procedures will
focus on radiated field and conducted measurements and may reference
established standards. WPT RF
exposure compliance procedures will not be included, although standards
pertaining to laboratory EMF safety may be referenced. WPT testing methods may
consider, but are not limited to, large in-situ installations, charging systems
for electric vehicles (including impact of host on electromagnetic fields),
house-hold appliances, and desktop chargers. Consideration will also be given
to appropriate testing distances and test locations (such as Semi-Anechoic
Chambers, Open Area Test Sites, ground plane, and earth sites). Related national and international
standards (e.g., CISPR, SAE, etc.) will be reviewed and used to the extent
possible.
Status: Balloting complete
– document passed. WG
disbanded.
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C63.31-draft:
American National Standard for compliance testing of Industrial, Scientific and
Medical (ISM) Equipment
Contact: Abbondante, Nicholas (Working Group Chair)
Scope: This standard is intended
to include procedures for compliance testing of traditional ISM equipment
(industrial heaters, dielectric heaters, food tempering equipment, microwave
ovens, medical diathermy equipment, etc.) with applicable EMC and radio
regulatory requirements. Related national (FCC/OET MP-5) and international
standards (e.g., CISPR, IEEE) will be reviewed and used to the extent possible.
Status: New standard. Draft
being written.
Purchase: Not
yet available for sale.
C63.32-draft: Reserved for future use
C63.33-draft: American National Standard for Evaluating
Immunity of Portable Electronic Medical Devices to Electronic Article
Surveillance (EAS) Systems and Metal Detectors
Contact: Schaefer,
David (Working Group Chair)
Scope: Test
methods and test levels for testing immunity of portable electronic medical
devices to EAS systems and metal detectors, using actual EAS systems and metal
detectors or simulated signals. Information on incorporation of results into
risk management.
Status: New
standard. Draft being written.
Purchase: Not
yet available for sale.
C63.34-draft: American
National Standard for Guidance on specifying requirements for the calibration
and verification of EMC test equipment.
Contact: Long,
Randy (Working Group Chair)
Scope: This Guide would offer
guidance to testing laboratories requiring calibration of EMC equipment. It
would include technical and reporting requirements of the test equipment to be
calibrated. This guide will provide guidance for testing laboratories to
appropriately draft purchasing documentation in accordance with ISO/IEC 17025
clause 4.6 “Purchasing services and supplies” and verification of
those services upon return to the lab.
Status: New standard. Draft is being
written.
Purchase: Not yet available for
sale.
C63.35-draft: Reserved for future use