光纤激光器接口与光纤总线传输技术研究及案例应用探究

摘要

应用Glink总线，研究了光纤总线与光纤激光器接口之间的传输技术，按照实时性要求使Glink子栈设备控制时序严格同步。在控制光纤激光器接口操作中，本文论述了光纤激光器接口模式和内容，以及光纤总线的传输方式，通过FPGA编程来实现其接口驱动的开发，并在数控系统中加以验证。%ApplingGlinkbus ,tostudytransmission technology between optical bus and fiber laserinterfaces. In accordance with the requirements of real-time control device makes Glink sub-stack strict timing synchronization.In the fiber laser control interface operation, the paper discusses the content and interface mode fiber lasers and the transmission of optical bus, through FPGA programming to achieve its interface-driven development, and verified in the numerical control system.