Dissertation
Dissertation > Industrial Technology > Automation technology,computer technology > Automation technology and equipment > Automation systems > Automatic control,automatic control system

ARM FPGA - based laser marking machine controller design

Author ZuoWeiQiang
Tutor SunZuo
School Nanjing University of Technology and Engineering
Course Control Theory and Control Engineering
Keywords ARM FPGA Laser Marking FIFO CO2 lasers Scanning galvanometer system
CLC TP273
Type Master's thesis
Year 2010
Downloads 253
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Laser marking is a way to take advantage of the high-energy laser beam surface marking objects carved a permanent identification technology . Compared with traditional methods such as embossed , the advantages of laser marking with a fast , non-polluting , high- quality , stable performance , not in contact with the surface of the object . Laser marking is an advanced technology industrial products labeled an efficient labeling method . ISA bus , PCI bus or USB bus - based laser marking controller increases the cost and size of the laser marking machine . This paper presents an embedded system solutions based on the ARM FPGA architecture , the main research work as follows : First , the introduction of the composition of the laser marking system , laser marking technology development status and the principle of laser marking machine . Laser marking control system functional requirements and performance requirements , the overall design of the ARM FPGA , and a brief discussion of the characteristics and advantages of the ARM and FPGA . The main features of the ARM processor input and transform processing is completed marking content playing standard machine parameter setting and control marking . The role of the FPGA is to receive, store and convert the marking data , and then generates control signals to control the laser marking apparatus . Then , a detailed discussion of laser marking machine controller hardware circuit design , including the ARM control unit circuit FPGA control unit circuit and digital - to - analog conversion module . In order to make the controller long stable and reliable work , and also to take isolation technology , and many other anti-jamming measures . Completed the program design for each module in the FPGA using Quartus Ⅱ software simulation , debug controller functionality . In this paper, the design of embedded laser marking controller played an ARM and FPGA advantage . After test in actual marking system , prove that the design of laser marking machine controller to achieve the expected function , and achieved satisfactory marking effect .

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