CAJ | 학술논문

设计开发了一种适用于数字化电能表的可靠性试验平台，可模拟现场运行环境中的各种力学环境试验，并采用自动控制切换各种方式，通过程序控制试验过程。基于该试验平台，提出了针对性试验实施方案，试验应用发现该试验平台可加速可靠性试验过程，更易激发在可靠性试验中难以发现的故障隐患，进一步提高了数字化电能表可靠性水平。
설계개발료일충괄용우수자화전능표적가고성시험평태，가모의현장운행배경중적각충역학배경시험，병채용자동공제절환각충방식，통과정서공제시험과정。기우해시험평태，제출료침대성시험실시방안，시험응용발현해시험평태가가속가고성시험과정，경역격발재가고성시험중난이발현적고장은환，진일보제고료수자화전능표가고성수평。
This paper has designed and developed a multi-stress reliability test platform for smart meters, which can simulate a vari-ety of stresses in operating environment, uses the automatic control to switch between the various stresses and controls test process by program. Based on the test platform, this paper presents the implementation of the corresponding test program. Through the test ap-plication, the test platform can accelerate the reliability test process, and excites hidden faults more easily compared to a single stress reliability test. The Platform can further improve the reliability level of smart meters.