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Design of CAN bus interface for photoelectric encoder in the spaceflight camera

机译:航天摄像机光电编码器CAN总线接口设计

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In order to make photoelectric encoder usable in a spaceflight camera which adopts CAN bus as the communication method, CAN bus interface of the photoelectric encoder is designed in this paper. CAN bus interface hardware circuit of photoelectric encoder consists of CAN bus controller SJA 1000, CAN bus transceiver TJA 1050 and singlechip. CAN bus interface controlling software program is completed in C language. A ten-meter shield twisted pair line is used as the transmission medium in the spaceflight camera, and speed rate is 600kbps.The experiments show that: the photoelectric encoder with CAN bus interface which has the advantages of more reliability, real-time, transfer rate and transfer distance overcomes communication line's shortcomings of classical photoelectric encoder system. The system works well in automatic measuring and controlling system.
机译:为了使光电编码器可以在采用CAN总线作为通信方式的航天摄像机中使用,本文设计了光电编码器的CAN总线接口。光电编码器的CAN总线接口硬件电路由CAN总线控制器SJA 1000,CAN总线收发器TJA 1050和单片机组成。 CAN总线接口控制软件程序用C语言完成。航天摄像机采用十米屏蔽双绞线作为传输介质,速度为600kbps。实验表明:带CAN总线接口的光电编码器具有可靠性更高,实时性,传输性强的优点。速率和传输距离克服了传统光电编码器系统通信线路的缺点。该系统在自动测控系统中运行良好。

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