TANG Jingliang,ZHANG Zhenghua,PEI Jiangang,et al.Design and Implementation of an Electric Throttle Table Based on FOC[J].MICROMOTORS,2023,56(12):48-55.
一种基于直流永磁无刷电机矢量控制的电传油门台设计与实现
- Title:
- Design and Implementation of an Electric Throttle Table Based on FOC
- Keywords:
- FOC; FADEC; resolver; auto throttle
- 文献标志码:
- A
- 摘要:
- 电传油门台是飞机动力系统的操纵部件，通过操纵油门台的油门杆，为飞机发动机FADEC提供油门杆角度信号，实现对发动机推力控制的功能。目前，在自动油门模式下，自动油门单元存在低速工作控制品质低，稳定性差等缺点。本设计提出使用旋转变压器获取直流永磁无刷电机转子绝对位置数据，采用基于磁场定向的矢量控制方法实现精准控制。实验结果显示，本油门台设计在各类工作模式控制品质高，稳态误差较小，有着较高的稳定性。
- Abstract:
- The electric throttle station is a control component of the aircraft power plant system. By manipulating the throttle lever of the throttle station, the angle signal of the throttle lever is provided to the aircraft engine FADEC, achieving the function of controlling engine thrust. In automatic mode, the automatic throttle module of the throttle station has disadvantages such as low control quality and poor stability during low-speed operation. This design proposed using a rotary transformer to obtain the absolute position data of the PMSM and using a vector control method based on magnetic field orientation to achieve precise control of the PMSM. According to the experimental results, the throttle table design has high control quality, small steady-state error, and high stability in low-speed working mode.
相似文献/References:
[1]董海涛,肖铭辰,伍兴,等.基于低分辨率传感器的高性能道闸控制算法研究[J].微电机,2021,54(02):67.
DONG Haitao,XIAO Mingchen,WU Xing,et al.Research on High Performance Barrier Gate Control Algorithm Based on Low Resolution Sensor[J].MICROMOTORS,2021,54(12):67.
[2]蒋文坚.基于改进ADRC技术的永磁同步电机伺服系统抗干扰研究[J].微电机,2021,54(04):69.
Jiang Wenjian.Research on anti-interference of PMSM Servo System Based on an advanced ADRC Technology[J].MICROMOTORS,2021,54(12):69.
[3]刘慧博,黄前柱.基于模型预测控制的永磁同步电机参数辨识[J].微电机,2021,54(09):70.
LIU huibo,HUANG qianzhu.Parameter identification of PMSM based on model predictive control model[J].MICROMOTORS,2021,54(12):70.
[4]蒋文坚.基于DBN网络与BP神经网络PID控制的永磁同步电机调速策略比较研究[J].微电机,2021,54(09):85.
Jiang Wenjian.Comparative study on speed regulation strategies of PMSM PID control based on DBN and BPNN[J].MICROMOTORS,2021,54(12):85.
[5]陈华杰,郝振洋,向洋,等.坦克用高压两级式矢量控制策略研究[J].微电机,2021,54(11):63.
CHEN Huajie,HAO Zhenyang,XIANG Yang,et al.Research on High Pressure Two-stage Vector Control Strategy for Tank[J].MICROMOTORS,2021,54(12):63.
[6]王淑玉,罗振鹏,张思清,等.永磁直驱风力发电机输出电压控制策略[J].微电机,2022,55(01):71.
WANG Shuyu,LUO Zhenpeng,ZHANG Siqing,et al.Output Voltage Control Strategy of Permanent Magnet Direct-driven Wind Generator[J].MICROMOTORS,2022,55(12):71.
[7]刘军杰,吴静波,郭志军,等.纯电动汽车用内置式永磁同步电机弱磁控制策略综述[J].微电机,2022,55(07):107.
LIU Junjie,WU Jingbo,GUO Zhijun,et al.Overviews of Flux-Weakening Control Schemes with Interior Permanent Magnet Synchronous Motor Used in Pure Electric Vehicles[J].MICROMOTORS,2022,55(12):107.
[8]单莹,唐百胜.基于神经网络的混合动力车用永磁同步电机矢量速度控制研究[J].微电机,2023,56(07):29.
[9]王福泰,齐向阳,李韶亮,等.某型飞机牵引车的电机矢量控制研究[J].微电机,2023,56(10):59.
WANG Futai,QI Xiangyang,LI Shaoliang,et al.Research on Motor Vector Control of a Type of Aircraft Tractor[J].MICROMOTORS,2023,56(12):59.
[10]张振振,戈海龙,成巍,等.基于滑模变结构的异步电机调速系统建模与控制[J].微电机,2023,56(8):25.
ZHANG Zhenzhen,GE Hailong,CHENG Wei,et al.Modeling and Control of Asynchronous Motor Speed Control System Based on Sliding Mode Variable Structure[J].MICROMOTORS,2023,56(12):25.