"FPGA技术下的彩灯控制器设计与分析"

The curriculum design project on color light control based on FPGA is a comprehensive study aimed at developing a color light controller using Verilog HDL language. The design consists of a frequency divider module, a data selector module, and a color light control module. The fundamental principle involves generating clock signals of different frequencies through the frequency divider to indicate the speed of color light display. The data selector is then used to choose different patterns, and the color light pattern controller is employed to display various types of color light patterns. By utilizing the Verilog HDL language and Modelsim software for program compilation and waveform simulation, the design proves to be straightforward with easily understandable code and achievable functionality. Through continuous debugging and repeated code enhancements, the complete color light controller was successfully implemented, demonstrating proficiency in independently designing logical circuits. In conclusion, the project showcases the successful development and analysis of a color light controller based on FPGA, highlighting the applicability of Verilog HDL language and Modelsim software in achieving the desired functionalities. The project underscores the importance of practical application and iterative improvement in achieving a self-designed logic circuit, ultimately enhancing the student's learning experience and understanding of CPLD/FPGA technology.