电力工业标准-电力网-万方数据知识服务平台

1 电路探测器试验方法和术语的IEEE标准 - 摘要
IEEE 1696-2013 - 中外标准 - IEEE- 2013/1 - 现行
关键词：电路计算机软件定义数字多用表电阻电子工程电子仪器频率响应制造商提供的信息仪器测量仪器示波器探头测头电阻测量传感器软件开关电路术语学测试时间响应 Circuits Computer software Definitions Digital multimeter Electrical resistance Electronic engineering Electronic instruments Frequency response Information supplied by the manufacturer Instruments Measuring instruments Oscilloscopes Probe Probes Resistance measurement Sensors Software Switching circuits Terminology Testing Time response

2 电气和电子设备抗扰度测量用美国国家标准推荐性操作规程 - 摘要

IMPORTANT NOTICE: This standard is not intended to ensure safety, security, health, orenvironmental protection. Implementers of the standard are responsible for determining appropriatesafety, security, environmental, and health practices or regulatory requirements.This IEEE document is made available for use subject to important notices and legal disclaimers.These notices and disclaimers appear in all publications containing this document and maybe found under the heading “Important Notice” or “Important Notices and DisclaimersConcerning IEEE Documents.” They can also be obtained on request from IEEE or viewed athttp://standards.ieee.org/IPR/disclaimers.html.The conducted immunity (CI) and radiated immunity (RI) test methods in this recommended practice donot universally apply to every product. Applicable test methods should be selected. A qualified EMCengineer should document test planning and the rationale for using particular immunity tests. Thisdocument is intended toa) Identify preferred or optional immunity test methods.b) Describe specific measurement techniques.c) Suggest product performance degradation criteria as applicable to general and specific products.d) Identify test instrumentation specifications.Wherever possible, existing voluntary standards are utilized and summarized. It should be noted that thetechniques listed herein should in no way limit the user to a particular method to increase productimmunity. The immunity levels in this document are recommended. Should product classifications and typehave other immunity levels that apply, they shall take precedence. Equipment developed for militaryapplications should use MIL-STD-461E1 or later editions for test procedures and limits.
IEEE C63.15-2010 - 中外标准 - IEEE- 2010/1 - 现行
关键词：Definitions Electrical equipment Electronic equipment EMC High frequencies Immunity Interference rejections Measurement Measuring techniques Radiofrequencies Specification (approval)

3 电气和电子设备抗扰度测量用美国国家标准推荐性操作规程 - 摘要

IMPORTANT NOTICE: This standard is not intended to ensure safety, security, health, orenvironmental protection. Implementers of the standard are responsible for determining appropriatesafety, security, environmental, and health practices or regulatory requirements.This IEEE document is made available for use subject to important notices and legal disclaimers.These notices and disclaimers appear in all publications containing this document and maybe found under the heading “Important Notice” or “Important Notices and DisclaimersConcerning IEEE Documents.” They can also be obtained on request from IEEE or viewed athttp://standards.ieee.org/IPR/disclaimers.html.The conducted immunity (CI) and radiated immunity (RI) test methods in this recommended practice donot universally apply to every product. Applicable test methods should be selected. A qualified EMCengineer should document test planning and the rationale for using particular immunity tests. Thisdocument is intended toa) Identify preferred or optional immunity test methods.b) Describe specific measurement techniques.c) Suggest product performance degradation criteria as applicable to general and specific products.d) Identify test instrumentation specifications.Wherever possible, existing voluntary standards are utilized and summarized. It should be noted that thetechniques listed herein should in no way limit the user to a particular method to increase productimmunity. The immunity levels in this document are recommended. Should product classifications and typehave other immunity levels that apply, they shall take precedence. Equipment developed for militaryapplications should use MIL-STD-461E1 or later editions for test procedures and limits.
IEEE C 63.15-2010 - 中外标准 - IEEE- 2010/1 - 废止
关键词：Definitions Electrical equipment Electronic equipment EMC High frequencies Immunity Interference rejections Measurement Measuring techniques Radiofrequencies Specification (approval)

4 无执照的无线设备测试用美国国家标准 - 摘要

This consensus standard specifies methods, instrumentation, and facilities requirements for measurement ofradio-frequency (RF) signals and RF noise emitted from unlicensed wireless devices. It does not includegeneric nor product-specific emission limits. Measurement methods are provided for radiated andconducted emissions that can be generated by a variety of devices, as described below. This standard doesnot consider test methods for unlicensed wireless devices already covered in other published standards,such as Unlicensed Personal Communication Services (UPCS) devices, which are covered in ANSI C63.17[B1].1 In addition, many types of wireless devices are also subject to regulatory requirements concerninghuman exposure to RF energy; RF exposure conformity assessment methods are not considered in thisstandard, but are the subject of other standards, e.g., IEEE Std 1528™-2003 [B22].This document provides standard test methods for determining compliance with regulatory requirementsfor many types of wireless devices. These unlicensed wireless devices include but are not limited to thefollowing:- Remote control and security unlicensed wireless devices- Frequency hopping and direct sequence spread spectrum devices- Anti-pilferage devices- Cordless telephones- Radio frequency identification (RFID) tag readers⎯ Unlicensed National Information Infrastructure devices- Intrusion detectors- Unlicensed wireless devices operating below 30 MHz- Wireless (garage) door openers- Ultra-wideband (UWB) devices- Automatic vehicle identification systems- Other devices, e.g., with operations authorized under Part 15 of the FCC Rules and Regulations (47CFR Part 15).2Clause 2 and Clause 3 contain the normative references and definitions used in this standard, respectively.Clause 4 provides the specifications for the necessary test instrumentation needed for performingcompliance testing. Clause 5 provides the general requirements for all standard test methods. Clause 6provides standard test methods required for most unlicensed wireless devices. Clause 7 identifies additionaltests or requirements for specific unlicensed wireless devices. Clause 8 specifies requirements for reportingtest results, with special emphasis on the use of guidance from ISO/IEC 17025:2005.Annex A is an informative listing of the tests required to show compliance of a specific unlicensed wirelessdevice. Because Annex A describes regulatory requirements for testing of unlicensed wireless devices, itserves as a key to use of this standard. Annex B is an informative example of the information to be includedin a test report. Annex C is an informative discussion on instrumentation pulse desensitizationconsiderations. Annex D provides information about detector types and functions used in EMC testing.Annex E and Annex F provide an informative glossary and related reading (bibliography), respectively.Use of the annexes and clauses applicable to a wireless device under test allows users of this standard todetermine compliance of a device to national regulatory requirements. However, any test procedureidentified for use by the national regulatory authority that differs from the provisions of this standard shalltake precedence.Numbered cross-references used throughout this standard refer to either a specific clause or subclause ofthis standard; e.g., 6 refers to Clause 6, 6.2 refers to subclause 6.2, and A.2 refers to subclause A.2 ofAnnex A.
IEEE C 63.10-2009 - 中外标准 - IEEE- 2009/1 - 废止
关键词：Definitions EMC Emission Instrumentation Interfering emissions Measurement Measuring techniques Noise Radio Frequency Identification Radiofrequencies Remote control RFID Signals Telephones Testing Wireless

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