TI公司的TIDA-00299是基于工业通信处理器AMIC110的EtherCAT从(双端口)和多协议工业以太网参考方案,具有5V输入,具有软件可编程多协议工业以太网和现场总线,SPI接口,鲁棒10或100Mb以太网PHY DP83822,主要用在AC驱动控制模式,AC驱动有线和无线通信,通信模块,工业呆板人通信模块,伺服驱动控制模块,伺服驱动控制有线和无线通信.本文先容了参考方案TIDA-00299主要特点和指标,系统框架图,主要元件分布图,以及电路图,质料清单和PCB设计原理图.
The TIDA-00299 implements a cost-optimizedEtherCAT® slave (dual ports) with SPI interface to theapplication processor. The hardware design is capableof supporting multi-protocol industrial Ethernet andfield busses using the AMIC110 industrialcommunications processor. The design has a 5-Vinput. A single PMIC generates all rails requiredonboard. The EtherCAT slave stack can run on theAMIC110 or on the application processor using a serialperipheral interface (SPI). With a hardware switch, the AMIC110 can be configured to boot the EtherCATslave firmware from SPI flash or to boot fromapplication processor through SPI. The design is inBoosterPack™ Plug-in Module form factor with aconnector compatible to the TI LaunchPad™Development Kit for easy evaluation with a C2000™MCU. A JTAG interface accelerates custom firmwaredevelopment.
TIDA-00299主要特点:
• Passes EtherCAT Slave Conformance Testing(CTT)
• Software-Programmable Multi-Protocol IndustrialEthernet and Field Bus Support Using AMIC110Communication Processor
• SPI Interface With Flexibility to Run EtherCATSlave Stack With Onboard AMIC110 Processor oron Application Processor Like C2000 MCU
• Low-Latency, Robust 10 or 100 Mbit EthernetPHYs DP83822
• Cost-Optimized, Easy Power Management UsingSingle PMIC to Supply Entire Board From aPreregulated 5-V Supply
• Operation Over Industrial Temperature Range
C Total Board Power Consumption Less Than1.25W in Typical Use Case; No Heatsink Required for Operation Up to 85°C Ambient
TIDA-00299应用:
AC Drive Control Module
AC Drive Wired & Wireless Communication
Communication Module
Industrial Robot Communication Module
Servo Drive Control Module
Servo Drive Wired & Wireless Communication
图1.参考方案TIDA-00299外形图
参考方案TIDA-00299主要指标:
图2.参考方案TIDA-00299系统框架图
图3.参考方案TIDA-00299主要元件分布图(顶层)
图4.参考方案TIDA-00299主要元件分布图(底层)
图5.参考方案TIDA-00299电路图(1)
图6.参考方案TIDA-00299电路图(2)
图7.参考方案TIDA-00299电路图(3)
图8.参考方案TIDA-00299电路图(4)
图9.参考方案TIDA-00299电路图(5)
图10.参考方案TIDA-00299电路图(6)
图11.参考方案TIDA-00299电路图(7)
图12.参考方案TIDA-00299电路图(8)
图13.参考方案TIDA-00299电路图(9)
参考方案TIDA-00299质料清单:
图14.参考方案TIDA-00299 PCB设计原理图(1)
图15.参考方案TIDA-00299 PCB设计原理图(2)
图16.参考方案TIDA-00299 PCB设计原理图(3)
图17.参考方案TIDA-00299 PCB设计原理图(4)
图18.参考方案TIDA-00299 PCB设计原理图(5)
图19.参考方案TIDA-00299 PCB设计原理图(6)
图20.参考方案TIDA-00299 PCB设计原理图(7)
图21.参考方案TIDA-00299 PCB设计原理图(8)
图22.参考方案TIDA-00299 PCB设计原理图(9)
图23.参考方案TIDA-00299 PCB设计原理图(10)
图24.参考方案TIDA-00299 PCB设计原理图(11)
图25.参考方案TIDA-00299 PCB设计原理图(12)
图26.参考方案TIDA-00299 PCB设计原理图(13)
图27.参考方案TIDA-00299 PCB设计原理图(14)
详情请复制打开此衔接地址:
http://www.ti.com/lit/ds/symlink/amic110.pdf
和http://www.ti.com/lit/ug/tidud02/tidud02.pdf
以及http://www.ti.com/lit/df/tidrqm7/tidrqm7.pdf
和http://www.ti.com/lit/df/tidrqm8/tidrqm8.pdf
和http://www.ti.com/lit/df/tidrqn0/tidrqn0.pdf
 amic110.pdf
tidud02.pdf
tidrqm7.pdf
tidrqm8.pdf
tidrqn0.pdf
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