CAJ | 학술논문

研究用于加速度计计量校准的离心-温度复合试验箱地面温度控制方法。首先提出实现试验箱高低温环境的温控系统设计方案，进而针对气体温度大惯性、大延迟的特点，提出将预测PI控制方法和串级控制相结合的新型预测PI-PID串级控制技术应用于离心-温度复合试验箱的温度控制，它既克服了单纯PID鲁棒性差的特点，又克服单纯预测PI控制由于单层结构而抗二次干扰差的问题，两者的结合提高了系统控制性能，克服了纯滞后对系统的不良影响。仿真结果表明：预测PI-PID串级控制系统具有较好的鲁棒性及良好的调节性能，其总体性能优于单纯PID控制和传统PID-PI串级控制系统。
연구용우가속도계계량교준적리심-온도복합시험상지면온도공제방법。수선제출실현시험상고저온배경적온공계통설계방안，진이침대기체온도대관성、대연지적특점，제출장예측PI공제방법화천급공제상결합적신형예측PI-PID천급공제기술응용우리심-온도복합시험상적온도공제，타기극복료단순PID로봉성차적특점，우극복단순예측PI공제유우단층결구이항이차간우차적문제，량자적결합제고료계통공제성능，극복료순체후대계통적불량영향。방진결과표명：예측PI-PID천급공제계통구유교호적로봉성급량호적조절성능，기총체성능우우단순PID공제화전통PID-PI천급공제계통。
A temperature control method is designed for centrifugal-temperature composite chamber for calibration of accelerometers. A de-sign scheme is proposed for the temperature control system at first. And then, aiming at gas temperature large inertia and large delay characteris-tics, a Predictive PI-PID cascade control method is proposed that Predictive PI control and cascade control method are combined for the tempera-ture control of the centrifugal-temperature composite chamber. It overcomes the poor robustness of simple PID and the adverse effects of pure delay system. The results show that: predictive PI-PID cascade control system is robust and has good regulation performance, and the performance is better than the PID and traditional PID-PI cascade control system.