真空微电子加速度传感器闭环控制模型仿真与实现
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Simulation and Realization of Closed loop Control Model of Vacuum Microelectronic Accelerometer
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    摘要:

    为提高真空微电子加速度传感器的线性度,提出了基于数字PID控制算法的真空微电子加速度传感器闭环控制方法。建立了真空微电子加速度传感器闭环控制模型,进行仿真分析。设计制作以TMS320VC5416 DSP为核心的控制电路,实现了真空微电子加速度传感器的闭环控制。实验结果表明,在±10 m/s2)的测量范围内,加速度计的标度因数为0.212 7,满量程输出电压为0.427 3 V,非线性度≤0.98%。该电路能较好的实现真空微电子加速度传感器的闭环控制。

    Abstract:

    A closed loop control method of the vacuum microelectronic accelerometer based on the PID control arithmetic was presented to improve its linearity.The mathematic model of the closed loop accelerometer was established and simulated.The control circuit was realized and tested based on TMS320VC5416.The test results showed thao the scale factor of accelerometer was 0.212 7,full scale output voltage was 0.427 3 V and non linearity was less or equal to 0.98%.during the test range of ±10 m/s2).The circuit can realize good closed loop control of the accelerometer.

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范金焰,温志渝,陈李,温中泉,刘海涛.真空微电子加速度传感器闭环控制模型仿真与实现[J].压电与声光,2012,34(2):222-225. FAN Jinyan, WEN Zhiyu, CHEN Li, WEN Zhongquan, LIU Haitao. Simulation and Realization of Closed loop Control Model of Vacuum Microelectronic Accelerometer[J]. PIEZOELECTRICS AND ACOUSTOOPTICS

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  • 在线发布日期: 2012-09-29
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