电子电气设备热疲劳传感器的研制

Yuya Minakata, Qiuang Yu, K. Takagi
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摘要

本文提出了一种能够测量电子设备热疲劳寿命的传感器。该传感器的测量原理是由于两种材料之间热膨胀不匹配导致的应力对接头的破坏。最后在反复应力作用下导致关节断裂。优先考虑的课题是传感器测量精度的可行性。一般来说,对关节失效进行高水平的控制是非常困难的。为了解决这个问题,作者构思了传感器的原始设计。然后,利用裂纹扩展分析对原传感器在节理断裂控制中的有效性进行了研究。研究结果为传感器接头失效提供了一种高级控制方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of thermal fatigue sensor for electrical and electronic equipment
In this paper, authors proposed an original sensor which can measure thermal fatigue life of electronic equipment. The measurement principle of the sensor is that the joint was damaged by the stress due to a mismatch of thermal expansion between two materials. Finally, the joint was ruptured by the repeated stress. The priority subject was the feasibility of measurement accuracy of the sensor. Generally, a high level control of failure in joint is very difficult. To solve this problem, authors conceived the original design of the sensor. Then, the availability study of the original sensor for fracture control in joint was carried out using the crack propagation analysis. In the result, a high level control method for failure in joint of the sensor was achieved.
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