可靠性工程技术在用能产品生态设计中的应用  

Application of Reliability Engineering Technology to Eco-design of Energy Using Products

作　　者：张增照[1] 谢少锋[1] 焦志锋[1] 

机构地区：[1]信息产业部电子第五研究所,广东广州510610

出　　处：《电子产品可靠性与环境试验》2008年第2期1-6,共6页Electronic Product Reliability and Environmental Testing

摘　　要：EuP指令将对全球整个电子信息行业产生革命性的影响,它强调对环境影响的设计,特别是产品最小寿命、MTBF、待机能耗的设计;要保证产品符合生态设计的要求,必须重视产品功耗的控制,对产品最小寿命进行设计、预计、分析、评价,应抓紧可靠性工程技术在企业的推广应用工作。将可靠性工程技术应用于生态设计,必须认真分析和权衡,充分理解可靠性设计和生态设计内涵的一致性,合理利用,使产品的设计达到最佳化。另外还列举了在生态设计中应如何采用可靠性指标分析,预计,降额设计、热设计、电路简化设计等可靠性工程技术的方法。The Eup directive will create revolutionary impact on the international electronic information industry. With the emphasis on the impact of a design on the enviroment, especially the minimal lifetime, MTBF and the stand-by power consumption, the reliability engineering techniques should be promoted in the industry to ensure satisfying the requirements of eco-design and controling of the power consumption. The application of the reliability and controling of the power consumption. The application of the reliability engineering to the eco-design should be based on the full understanding of the consistent meanings between the reliability design and the eco-design to ensure achieving the optimized design. How to use the reliability engineering techniques such as reliability analysis, prediction, derating, thermal design and circuit simplifying in the eco-design are also presented.

关 键 词：可靠性工程技术 用能产品 生态设计 最小寿命 平均无故障时间 预计 降额 

分 类 号：TB472[一般工业技术—工业设计]