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尖端技术的发展,对电子产品提出了更高的要求:不仅要有良好的技术性能;而且要能长期地、准确地、可靠地工作,做到稳定可靠,万无一失。目前,我国电子仪器的可靠性工作还处于开始和摸索阶段。我厂近几年来,在整机的可靠性方面作了一些工作,取得了一些成果,但还存在着不少问题,下面谈谈我们是如何进行可靠性工作的,而重点是谈可靠性的工艺保证工作。可靠性设计是仪器可靠性工作的基础,正如有些同志所说:“设计奠定产品的可靠性、制造保证产品的可靠性、使用维护产品的可靠性”。在可靠性工程的三个环节中,可靠性设计居首要地位,一旦可靠性设计完成以后,要想不断提高产品的可靠性,毫无
The development of cutting-edge technology, electronic products put forward higher requirements: not only have good technical performance; but also to long-term, accurate and reliable work, be stable and reliable, foolproof. At present, the reliability of electronic equipment in our country is still in the beginning and exploration stage. In recent years, our factory has done some work on the reliability of the complete machine and has made some achievements, but there are still many problems. Here we talk about how we work on reliability, and the emphasis is on reliability Process assurance work. Reliability design is the basis of instrument reliability work, as some comrades said: “Design to lay the product reliability, manufacturing to ensure the reliability of the product, the use of maintenance of product reliability.” In the reliability of the three links, reliability design ranks first, once the reliability design is completed, in order to continuously improve the reliability of the product, there is no