基于产品的装配过程,从静态和动态两个方面对产品的电气检测进行了分类,并对各类检测方法进行了分析。研究结果显示:装配过程中将检测顺序设置为先静态再动态,静态检测作为无损检测,可最大程度降低产品的电气检测受损性;动态检测作为产品通信和点火性能的验证,其检测结果可直接验证产品设计功能的可行性,两种检测方法相辅相成,能够有效把控产品的装配过程质量。

Based on the assembly process of products, this paper classifies the electrical detection of products from static and dynamic aspects, and analyzes various detection methods. The results show that: as a non-destructive testing, static testing can reduce the electrical testing damage of products to the greatest extent,and the testing sequence is set to first static and then dynamic in the assembly process;As the verification of product communication and ignition performance, dynamic detection results can directly verify the feasibility of product design function. These two detection methods complement each other and can effectively control the quality of product assembly process.