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Well-known serial buses for distributed control of backup power plants: RS-485 versus controller area network (CAN) solutions

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Networking is increasingly becoming a feature of industrial products such as those for medical devices, vending machines, machine tool, and, the example analyzed here, modular power plants. As many such systems depend on cheap microcontrollers, a common approach to networking has been based on the combination of the available standard serial communication controller (UART) normally included in such devices and RS-485 drivers. However UART-based network protocols do have some potential disadvantages. Controller Area Network (CAN) offers an attractive alternative due to the availability and low cost of CAN based devices. This paper compares these two approaches in the design of a serial bus, devoted to internal interconnection in a commercial range of modular power backup systems, and describes the migration process from the first to the second solution
机译:网络越来越多地成为工业产品的特征,例如医疗设备,自动售货机,机床,以及在此处分析的示例,模块化电厂。由于许多这样的系统依赖于廉价的微控制器,则网络化的常见方法已经基于通常包括在这种设备和RS-485驱动器中的可用标准串行通信控制器(UART)的组合。然而,基于UART的网络协议确实具有一些潜在的缺点。控制器区域网络(CAN)由于基于罐的设备的可用性和低成本,提供了一种有吸引力的替代方案。本文比较了这两种方法在串行总线的设计中,致力于模块化功率备份系统的商业范围内的内部互连,并描述了从第一到第二个解决方案的迁移过程

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