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Comparison of temperature sensitive electrical parameter based methods for junction temperature determination during accelerated aging of power electronics

机译:电力电子器件加速老化过程中基于温度敏感电参数的结温确定方法的比较

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This paper compares the most common used temperature sensitive electrical parameters towards their aging dependencies as well as to one another. Therefore a mission profile is extracted from an off shore wind park and a test plan is generated. Insulated Gate Bipolar Transistor (IGBT) power modules are tested against that test plan using active power cycling. The selected temperature sensitive electrical parameters (TSEP) are monitored online during the test and correlated to each other. This way the aging dependence can be extracted, so that the most aging independent TSEP can be used for condition monitoring during wind park operation.
机译:本文将最常用的温度敏感电参数与它们的老化相关性以及彼此之间进行比较。因此,从离岸风电场提取了任务概况,并生成了测试计划。绝缘栅双极晶体管(IGBT)电源模块使用有功功率循环针对该测试计划进行了测试。在测试期间,将在线监视所选的温度敏感电参数(TSEP),并将它们相互关联。这样就可以提取老化相关性,从而可以将最不老化的TSEP用于风电场运行期间的状态监测。

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