中圖分類號： TN06 文獻(xiàn)標(biāo)識碼： A DOI：10.16157/j.issn.0258-7998.201180 中文引用格式： 秦琴,，姜景科,，陳振宇，等. 半球諧振陀螺儀溫控系統(tǒng)的設(shè)計[J].電子技術(shù)應(yīng)用,，2021,，47(5)：64-68，72. 英文引用格式： Qin Qin,，Jiang Jingke,，Chen Zhenyu，et al. Design of temperature control system of hemispherical resonant gyroscope[J]. Application of Electronic Technique,，2021,，47(5)：64-68，72.
Design of temperature control system of hemispherical resonant gyroscope
1.Engineering Department of Shanghai Polytechnic University,，Shanghai 201209，China,； 2.Shanghai Synergy Technology Intelligence Co.,，Ltd.，Shanghai 201209,，China
Abstract： Thermal drift is a key factor in gyroscope precision. To ensure the output accuracy of the hemispherical resonant gyroscope, a temperature control system for the hemispherical resonant gyroscope has been designed in this article. It provides gyroscope with constant temperature to reduce the influence of temperature and inhibit the thermal drift. This system combines hardware design and software programming. The relay-type self-tuning PID control algorithm is applied so that the design of hemispherical resonant gyroscope temperature control system can be completed.An incubator and a control cabinet has been designed as hardware. A metal tray is placed in the incubator to hold the hemispherical resonant gyroscope. Oil circulate system and data acquisition equipment in the control cabinet play the role of heating, cooling and data acquiring. From the aspect of software, the whole system is programmed by LabVIEW, a visual interface is also developed in the master. The experimental results show that the temperature control system can achieve the expected design effect, and the temperature control accuracy can reach±0.05 ℃.
Key words : thermal drift,；hemispherical resonant gyroscope；PID,；relay feedback method;self-tuning parameter
