پياده سازي كنترلر CAN بر روي FPGA با زبان توصيف سخت افزاري وريلاگ

در اين مقاله به بررسي پياده سازي پروتكل مخابراتي CAN به صورت سخت افزاري مي پردازيم. و با بررسي مدل سيستمي پياده سازي هاي مختلف به يك پياده سازي مطلوب دست مي يابيم. كه به يك توان مصرفي و يك فركانس كاري مناسب خواهيم رسيد

The need to increase in the rate of the transmission of the data in a secure way among the chips and also among the different sections of the electronic systems has been increased by the technology development. CAN protocol is an appropriate protocol among the comsat protocols as a serial protocol is multi user and asynchron Which was expanded and designed mainly to contribute to different sections of a automobile to the electronic control unit. The rate of a transmission data reaches to one megabytes per second in this protocol. Considering the above features such as the rate of the transmission data,high safety against the noise and..... Its application is not only devoted to the automobile and it is used in many other areas such as medical and industrial areas. The aim of this project is the demodulation of a data transmission system for controlling online systems. We start to draw a CAN controller in the form of a hardware in this article. CAN controller is demodulated by the use of Verilog hardware and then it is investigated and tested by the use of Xillinx ISE software. After finishing the demodulation, we have accomplished with the type of demodulation with the speed of 200 megahertz and the consuming exponent of 200 mili wat.