文件名称:shumaguandongtaixianshi
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实现开发板上8 个数码管动态显示0~7。通过这个实验，掌握采用Verilog HDL
语言编程实现7 段数码管显示译码器以及数码管动态扫描显示的方法。-Development board 8 digital tube dynamic display from 0 to 7. Through this experiment, master the 7-segment LED display decoder and digital tube dynamic scan display method using Verilog HDL language programming.
语言编程实现7 段数码管显示译码器以及数码管动态扫描显示的方法。-Development board 8 digital tube dynamic display from 0 to 7. Through this experiment, master the 7-segment LED display decoder and digital tube dynamic scan display method using Verilog HDL language programming.
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下载文件列表
FPGA入门系列实验教程——.实验十一数码管动态显示
...............................................\FPGA入门系列实验教程V1.0.pdf
...............................................\FPGA入门系列实验教程——数码管动态显示.pdf
...............................................\scan_led
...............................................\........\Tcl_script1.tcl
...............................................\........\Tcl_script1.tcl.bak
...............................................\........\scan_led.asm.rpt
...............................................\........\scan_led.done
...............................................\........\scan_led.fit.rpt
...............................................\........\scan_led.fit.smsg
...............................................\........\scan_led.fit.summary
...............................................\........\scan_led.flow.rpt
...............................................\........\scan_led.map.rpt
...............................................\........\scan_led.map.summary
...............................................\........\scan_led.pin
...............................................\........\scan_led.pof
...............................................\........\scan_led.qpf
...............................................\........\scan_led.qsf
...............................................\........\scan_led.qws
...............................................\........\scan_led.sof
...............................................\........\scan_led.tan.rpt
...............................................\........\scan_led.tan.summary
...............................................\........\scan_led.v
...............................................\........\scan_led.v.bak