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FixToFloat.将16位二进制有符号纯小数转换为32位单精度浮点数
- 将16位二进制有符号纯小数转换为32位单精度浮点数。实际应用时，最好加tsu、tco约束条件，速度会快些。,There will be 16-bit binary decimal symbol is converted to pure 32-bit single precision floating point. Practical applications, it is best to increase tsu, tco constraints, the speed will be faste
cnt10
- 一个用VHDL语言编写的十进制计数器，后续还有分频器、数据选择器、七段数码显示程序等软件平台是Quartus II 7.2 ，最后通过这些小的模块可以组合起来制作出一个时钟或者其它的任意进制计数器，适合初学者，通过这些程序，刚接触VHDL的学习者可以一步步的去认识和了解VHDL，最后通过设计一个具有实用功能的电路，来增加学习者的成就感和学习兴趣。所有程序软硬件调试都成功通过，硬件平台是自己学校设计的一块开发板，要了解的可以联系本人。联系QQ：782649157 -VHDL language us
shijinzhi
- 利用FPGA做出十进制加减法！带有进位借位显示-FPGA to make use of the decimal addition and subtraction! By a binary digital display
adc_dac_normalizador_v_2
- This an examples for converting decimal number to binary-This is an examples for converting decimal number to binary
bcd2bin_n
- This decoder binary to Binary Coded Decimal. Im tested on s3e-This is decoder binary to Binary Coded Decimal. Im tested on s3e
Priority_Encoder
- Unlike a multiplexer that selects one individual data input line and then sends that data to a single output line or switch, an Encoder takes all the data inputs one at a time and converts them to a single encoded output. Then, it is a multi-input da
Encoder_Using_Assign_Statement
- Encoder Using Assign Statements: Unlike a multiplexer that selects one individual data input line and then sends that data to a single output line or switch, an Encoder takes all the data inputs one at a time and converts them to a single encoded o
sram
- 数据存储和读取电路以一个双端口SRAM为中心，用二进制计数器产生存取地址、以十进制计数器产生欲存储的数据，读出的数据经过LED七段译码，送LED数码管显示-Data storage and reading circuit in a dual-port SRAM as the central access address generated using a binary counter to generate For decimal counter data stored, read out th
2-Decimal-BCD-Decoder
- 二-十进制BCD译码器，就是用VDHL编写的将二进制转化为十进制的BCD译码器-2- Decimal BCD Decoder, is to use VDHL written into the binary decimal BCD decoder
hw4
- Write VHDL codes to show, on two 7-segment LEDs, the binary coded decimal (BCD) equivalence of the binary representation of the state of eight switches. Use a function to perform the specified task. Assume that the 7-segment LEDs are turned on with l
binary-to-decimalno.
- Vhdl code for binary to decimal conversion
two_ten
- 完成二进制到十进制的转换，使用例化语句，包括二选一模块、比较模块、七段数码管显示译码模块。-Complete binary to decimal conversion, the use cases of the statement, including the two selected a module, modules, seven-segment display decoder module.
qi-duan-yi-ma-qi
- 七段数码是纯组合电路，通常的小规模专用IC，如74或4000系列的器件只能作十进制BCD码译码，然而数字系统中的数据处理和运算都是2进制的，所以输出表达都是16进制的，为了满足16进制数的译码显示，最方便的方法就是利用译码程序在FPGA\CPLD中来实现。本实验作为7段译码器，输出信号LED7S的7位分别是g、f、e、d、c、b、a，高位在左，低位在右。例如当LED7S输出为“1101101”时，数码管的7个段g、f、e、d、c、b、a分别为1、1、0、1、1、1、0、1。接有高电平段发亮，于
decimal2binary
- decimal to binary conversion is used to convert any binary number to decimal efficiently
AnJian_1602
- 计算器设计。采用了现场可编程逻辑器件FPGA设计，并基于VHDL语言实现加减乘除功能，并用十进制显示在数码管上。计算部分为加法器、减法器、乘法器和除法器组成。使用Altera公司的QuartusII开发软件进行功能仿真并给出仿真波形，并下载到试验箱,用实验箱上的按键开关模拟输入，用数码管显示十进制计算结果。通过外部按键可以完成四位二进制数的加、减、乘、除四种运算功能，其结果简单，易于实现。-Calculator design. Using a field programmable logic d
DDS
- 信号发生器设计 信号发生器由波形选择开关控制波形的输出, 分别能输出正弦波、方波和三角波三种波形, 波形的周期为2秒（由40M有源晶振分频控制）。考虑程序的容量,每种波形在一个周期内均取16个取样点,每个样点数据是8位(数值范围:00000000~11111111)。要求将D/A变换前的8位二进制数据（以十进制方式）输出到数码管动态演示出来。-Signal generator design The signal generator is controlled by waveform se
mux8
- 利用拨码开关，实现四位二进制与四位二进制的乘法器，结果转换为十进制，并通过数码管显示。-Using the DIP switch to achieve four binary and four binary multiplier, the results are converted to decimal, and through the digital display.