搜索资源列表
DivArrUns
- 用VHDL实现的除法器,非常好使,仿真通过了
div_aegp
- 用VHDL语言实现的除法器,可以处理非整除运算。精度0.004
what
- 除法器,可以很好的实现VHDL除法器的功能对于初学者有很大帮助.
divider.8位的除法器
- 8位的除法器。用VHDL语言进行设计实现。,8-bit divider. With VHDL design languages.
divider
- 移位快速除法器,通过一次移4位试商实现快速除法功能,较普通减除法器有及其巨大的效率提升-Divider rapid shift by a shift to four test functions of rapid division, as compared with ordinary objects have less efficiency and its huge
baweichufaqi
- 介绍了利用VHDL实现八位除法,采用层次化设计,该除法器采用了VHDL的混合输入方式,将除法器分成若干个子模块后,对各个子模块分别设计,各自生成功能模块完成整体设计,实现了任意八位无符号数的除法。 -Introduced the use of VHDL to achieve eight division, the use of hierarchical design, the divider using VHDL mixed-input methods, will be divided in
Divider
- 一个用vhdl硬件描述语言实现的一个比较简单的除法器-an divider using vhdl
juzhenqufaqi
- 基于FPGA单精度浮点除法器的实现,有一些源代码,仅供参考。-FPGA-based single-precision floating-point divider realization, there are some source code, for reference purposes only.
div_8
- 八位除法器 VHDL实现 八位除法器 VHDL实现-8-Bit divider 8-Bit divider 8-Bit divider
divider
- 带时钟及控制的多位除法器设计,利用状态机来实现控制-multi-cycle divider design
VHDL
- 除法器 4位除法器 可以编程实现 有启发意义-4-bit divider divider can be programmed instructive
vhdlchufaqi
- 这是一个基于VHDL语言的bch除法器,其功能就是实现二进制除法,采用移位的方式进行-This is based on VHDL language bch divider, its function is to achieve binary division, the way by shift
chengxu
- 4位乘法器,4位除法器,K倍频的VHDL实现-Four multipliers, four dividers, K multiplier of VHDL
chufaqi
- 介绍了一种使用可编程逻辑器件FPGA和VHDL语言实现32位除法器的设计方法。该除法器不仅可以实现有符号数运算,也可以实现无符号数的运算。-A programmable logic device FPGA and VHDL design of the 32 divider. The divider can be achieved not only symbolic arithmetic, unsigned op.
Verilog_divid
- vhdl语言描述传统除法器,传统乘法器的改进,从原理到实现的传统除法器-vhdl language to describe the traditional divider, the improvement of traditional multiplier principle to achieve the traditional divider
chufa
- 用VHDL设计的四位除法器,可以实现四位二进制数的除法操作-Four divider with VHDL design, you can achieve the four binary division operation
BCD_divid_new
- VHDL语言编写的8位BCD除法器,可以实现浮点数计算,只支持正数运算,并用isim进行仿真-VHDL language 8 BCD division, can achieve floating-point calculations, which only supports a positive number arithmetic, and use isim simulation
lab4_5
- 用VHDL实现串行除法器,16位被除数,8位除数-Using VHDL serial divider, 16 dividend, divisor 8
multiplieranddivider
- 乘法器和除法器的VHDL实现方法,可运行,占用逻辑资源少。-VHDL descritpion about muiltiplier and divider
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