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文章首先简单介绍了陀螺仪的发展及存在问题,然后对超级电容器的工作机理进行了简单分析,最后,本文设计了一套系统,将超级电容应用到陀螺仪中。实验结果表明文中设计的装置在系统中运行正常,效果明显,在普通办公室用市电测试时发生的断电情况,能够正常上锁;在-40℃~+50℃温度范围内,陀螺仪的性能几乎没有发生变化。而且陀螺电机没有发生故障,在重新通电后,可以通过仪器的指示灯观测到,仪器自动上锁完成。
The article first briefly introduces the development and problems of gyroscopes, and then analyzes the working mechanism of supercapacitors. Finally, this paper designs a system that applies supercapacitors to gyroscopes. The experimental results show that the device designed in this paper is operating normally in the system and the effect is obvious. The power failure occurred in the normal office electricity test can be normally locked. In the temperature range of -40 ℃ ~ + 50 ℃, Performance is almost unchanged. And gyro motor without failure, after re-power, you can observe the instrument’s light, the instrument automatically locked complete.