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几个常用的接口实验的程序代码,用Verilog HDL语言编写的,包括七段数码管、拨码开关、蜂鸣器、矩阵键盘、串口、I2C、跑马灯等。-Some commonly used experimental procedures for the interface code, using Verilog HDL language, including Seven-Segment LED, DIP switch, buzzer, matrix keyboard, serial, I2C, marquees
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实验采用七段码LED设计(数码管),显示直观;采用定时器中断,计时更准确;功能齐全,可随时启动、停止、清零,后者智能化程度更高。-Seven-Segment LED code using the experimental design (digital control), visual display using timer interrupt, a more accurate time functions, may at any time to start, stop, cleared,
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EDA 七段译码器 VHDL代码-EDA Seven-Segment Decoder VHDL code
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用vhdl语言实现按键操控多个七段码控制-Vhdl language with control buttons to control a number of Seven-Segment Code
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VHDL的一些典型源代码,有七段数码管译码器,格雷码转换为二进制码,八位数字比较器等等。-Typical VHDL source code, there are Seven-Segment LED Decoder, Gray code is converted to binary code, the eight figures and so on.
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用VHDL语言在FPGA上实现将十进制bcd码转换成七段led显示码-FPGA using VHDL language to achieve will be converted to decimal bcd yards led seven segment display code
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7段数码管显示源代码。基于VHDL语言,实现对7段数码管显示。-7 segment LED display source code. Based on the VHDL language, achieving seven segment LED display.
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基于VHDL实现输入控制7段数码管的代码,分别用逻辑表达式法和真值表法实现。-VHDL-based implementation of digital control input control 7-segment code, respectively, a logical expression method and truth table method to achieve.
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VHDL在液晶显示上的七段译码器源码,应用于FPGA,ASIC等硬件设计-VHDL in the seven-segment liquid crystal display on the decoder source code, used in FPGA, ASIC and other hardware design
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BCD码七段译码器CC4511,用VHDL语言来描述CC4511。-BCD code seven-segment decoder CC4511, using VHDL language to describe the CC4511.
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Clcok Source Code in VHDL fo FPGA Devices, Display Time in Seven Segment
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用verilog编写的简易计算器代码。通过一位全加器组成电路,可以实现加法、减法和乘法,并在七段数码管上显示出十进制的结果。-Simple calculator with code written in verilog. Composed by a full adder circuit, can add, subtract and multiply, and in the seven-segment LED display on the decimal result.
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带计数使能、异步复位、带进位输出的增1六位二进制计数器,计数结果由共阴极七段数码管显示。用VHDL源代码描述-With count enable, asynchronous reset, brought by a six-bit output of the binary counter, counting the results from the common cathode seven segment LED display. Described with the VHDL source co
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vhdl 七段数码管代码 可以把代码转换成可以在七段数码管上显示的代码-Seven-Segment LED vhdl code into the code can be displayed in seven sections of the code on the digital
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用vhdl语言编译一个码制转换
四位二进制->BCD码,然后将BCD码->七段显示器码。
(1)当输入为0~9的数时,其十位数为0,个位数=输入。
当输入为10~15的数时,其十位数为1,个位数=输入-10。
(2)然后将十位和个位的BCD码转换为七段显示码
-Vhdl language used to compile a binary code system conversion of four-> BCD code, then BCD code->
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1.用VHDL设计具有清除端、使能端,计数范围为0~999的计数器,输出为8421BCD码;
2.用VHDL设计十进制计数器(BCD_CNT)模块、七段显示译码器电路(BEC_LED)模块和分时总线切换电路(SCAN)模块。
3.用MAX+plusⅡ进行时序仿真。
-1. VHDL design with a clear end to end so that the count range of 0 to 999 in the counter, the output is 8421B
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3位BCD码的计数显示电路。BCD码计数电路从0计到9然后返回到0从新计数。3位BCD码计数器可以实现从0到999的十进制计数。要将计数过程用七段显示LED数码管显示出来,这里采用动态分时总线切换电路对数码管进行扫描,对数码管依次分时选中进行输出计数的个、十、百位的数据。-3 BCD code count display circuit. BCD code counting circuit count from 0 to 9 and then back to 0 from the new cou
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seven segment code using vhdl
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1、 了解数字钟的工作原理。
2、 进一步熟悉用VHDL语言编写驱动七段码管显示的代码。
3、 掌握VHDL编写中的一些小技巧。 -1, to understand digital clock works. 2, more familiar with the use of VHDL language driver seven segment display code. 3, master VHDL prepared some of the tips.
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1、了解数字秒表的工作原理。
2、进一步熟悉用VHDL语言编写驱动七段码管显示的代码。
3、掌握VHDL编写中的一些小技巧。 -1, to understand the working principle of digital stopwatch. 2, more familiar with the use of VHDL language driver seven segment display code. 3, master VHDL prepared some of the t
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