摘要
为研究某型霍尔开光集成电路的贮存特性,在寒温、亚湿热-入海口、亚湿热、热带海洋等4种气候下的库房开展了248个月的贮存试验,监测了B_(H-L)、B_(L-H)、B_(H)、V_(OL)、I_(CC)等5个性能参数。分析研究了性能参数退化特征及4种气候对性能参数影响的差异特点。结果显示V_(OL)和I_(CC)是贮存敏感参数,V_(OL)在贮存67个月后开始出现显著退化;4种气候对B_(H-L)、B_(L-H)、B_(H)、I_(CC)的影响有显著差异。B_(H-L)、B_(L-H)最早出现显著差异的贮存时间是18个月。最后得出V_(OL)是决定其贮存寿命的关键参数,B_(H-L)、B_(L-H)是影响其环境适应性的关键参数。
To study the storage characteristics of a Hall switch IC,storage tests were carried out for 248 months in four climates:cold climate,subtropical climate-estuary,subtropical climate,tropical matritime climate.Monitoring of 5 performance parameters including B_(H-L),B_(L-H),B_(H),V_(OL),I_(CC),etc.The degradation characteristics of performance parameters and the difference characteristics of four kinds of climate influences on performance parameters are analyzed and studied.V_(OL) and I_(CC) are storage sensitive parameters.V_(OL) begins to deteriorate significantly after 67 months of storage.The effects of four kinds of climate on B_(H-L),B_(L-H) and I_(CC) were significantly different.The earliest storage time for significant differences in performance parameters B_(H-L) and B_(L-H) is 18 months.V_(OL) is the key parameter to determine the storage life of the Hall switch IC.B_(H-)L,B_(L-H) are the key parameters affecting the environmental adaptability of the Hall switch IC.
作者
李坤兰
胡湘洪
王春辉
张博
LI Kun-lan;HU Xiang-hong;WANG Chun-hui;ZHANG Bo(China Electronic Products Reliability and Environment Institute,Guangzhou 510610;Guangdong Provincial Key Laboratory of Electronic Information Products Reliability Technology,Guangzhou 510610)
出处
《环境技术》
2022年第1期87-91,共5页
Environmental Technology
基金
2017年智能制造综合标准化项目“智能装备故障诊断和预测性维护共性技术标准研究及试验验证”。