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Rule of Six: a subsystem-based approach to compliance assurance of system solutions

机译:六法则:基于子系统的系统解决方案合规保证方法

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System integrators face the challenge of verifying legal EMC compliance of an ever larger number and variety of modular components prior to offering integrated solutions for sale to end users. In some cases, it is practically impossible to physically test the maximum number and combination of these options. This paper suggests a building block method to: (1) test a limited number of like modular components to represent larger numbers of the component used in an integration (Rule of Six test method); (2) avoid combination testing of dissimilar modular components if each of the components his been tested and qualified per the Rule of Six test method. In addition, this paper compares the Rule of Six methodology with the CISPR work on alternate rules for applying the statistical 80/80 rule. This comparison concludes that individual statistical testing of multiple production samples (as suggested by the CISPR 22 audit sampling test) should not be necessary if the Rule of Six test method is performed. This paper also discusses how Sun Microsystems Incorporated has successfully applied Rule of Six testing for various product integrations.
机译:在向最终用户提供集成解决方案之前,系统集成商面临的挑战是验证越来越多的各种模块化组件的合法EMC遵从性。在某些情况下,实际上不可能物理测试这些选项的最大数量和组合。本文提出了一种构建基块方法:(1)测试有限数量的相似模块化组件,以表示集成中使用的更大数量的组件(六法则测试方法); (2)如果按照“六规则”测试方法对每个组件进行了测试和鉴定,则应避免对不同的模块化组件进行组合测试。此外,本文将六法则方法与CISPR在应用统计80/80法则的替代法则上的工作进行了比较。该比较得出的结论是,如果执行“六法则”检验方法,则不必对多个生产样本进行单独的统计检验(如CISPR 22审核抽样检验所建议)。本文还讨论了Sun Microsystems Incorporated如何成功地将六规则测试应用于各种产品集成。

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