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用一位全加器组成四位全加器
- 用一位全加器组成四位全加器. 所用语言是Verilog HDL. 主要用在加法器的设计中。-All-Canadian with a composed four-adder. The language used is the Verilog HDL. In addition main The design.
multi4
- fulladder.vhd 一位全加器 adder.vhd 四位全加器 multi4.vhd 四位并行乘法器-fulladder.vhd a full adder adder.vhd four full adder mult i4.vhd four parallel multiplier
acc32bit 本设计为32位数字相位累加器
- 本设计为32位数字相位累加器，门级描述的Verilog代码。其中，acc32bit.v为顶层文件，full_add1.v为一位全加器的门级描述模块，flop.v为触发器的门级描述模块。-The design for the 32-bit digital phase accumulator, gate-level descr iption of the Verilog code. Which, acc32bit.v as top-level file, full_add1.v as a full
adder.rar
- 一位全加器可由两个一位半加器与一个或门构成，该设计利用层次结构描述法，首先设计半加器电路，将其打包为半加器模块；然后在顶层调用半加器模块组成全加器电路,A full adder can be two a half-adder and an OR gate structure, the design is the use of hierarchical descr iption method, first of all the design half-adder circuit, be packa
jiafaqi
- 实现一位全加器的运算，并通过调用模块实现四位全加器的运算-Implement a full adder operation, and by calling the module' s operation four full adder
four_adder
- 应用一位全加器的VHDL语言，创建一位全加器符号，用原理图完成四位全加器-Application of a full adder VHDL language, to create a full-adder symbol, with the principle of the completion of four full adder diagram
一位半加器
- 这是一个用vhdl语言设计的一位半加器以及一位全加器的代码，经过QUARTUS验证可以运行！
1
- 基于eda中vhdl语言的一位全加器的设计，详细的设计过程和实验现象，相互学习-Based on EDA VHDL language in a full adder design, detailed design process and the experimental phenomena and learn from each other
seven
- 这是我在ISP编程实验中独立编写的采用结构化描述的一个七人表决器，通过独特的3次映射一位全加器的方法从而实现七人表决器的功能，与网络上任何其他的七人表决器源码决无雷同。-This is my ISP programming in an independent experiment using a structured, prepared as described in a seven-member voting machine, through a unique 3 times a full a
four_fadd
- 这是我在ISP编程实验中独立编写的采用结构化描述的四位全加器，通过四次映射一位全加器的方式实现了四位全加器的功能，并附有数码显示模块，将全加器的运算结果输出到数码管显示。-This is my ISP programming experiment in the preparation of an independent structural descr iption of the four full-adder, through the four mapping of a full adder
add
- 一位全加器源码实现了MAX及其一系列器件实现全加的功能-A full adder and its source code to achieve the MAX series of devices to achieve the functions of the All-Canadian
Adder4
- 本设计是设计了一个4位全加器的内容，是由4个一位全加器串联而成的-The design is to design a full adder 4 content, is one of four full adder in series from the
f_adder8
- fpga八位全加器(vhdl语言),由画图法制作,将八个一位全加器(由一位半加器组成)组合制成-fpga eight full adder (vhdl language)
4add
- 一位全加器和四位全加器，EDA板图设计，并且有图片。
adder
- 实验一 1位全加器的设计 详细的试验步骤一节过程分析！-Experiment-1 adder design a detailed process analysis of test steps!
vhdlcoder
- 本文件夹包含了16个VHDL 编程实例，仅供读者编程时学习参考。 一、四位可预置75MHz -BCD码（加/减）计数显示器（ADD-SUB）。 二、指示灯循环显示器（LED-CIRCLE) 三、七人表决器vote7 四、格雷码变换器graytobin 五、1位BCD码加法器bcdadder 六、四位全加器adder4 七、英语字母显示电路 alpher 八、74LS160计数器74ls160 九、可变步长加减计数器 multicount 十、可
adder
- 一位全加器,使用绘图方式,将2个半加器制成符号,供全加器调用,组合成全加器,方法简单易行,通过验证.-A full adder, using the drawing method will be made of two half adder symbol calls for the full adder, adder combination of sake, the method is simple and verified.
verilog_calculator
- 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.
A-QuanJia-device-design
- 一位全加器设计，，二进制设计，，同步二进制计数-A QuanJia device design
hadder_1
- 用quartus9.0编写的一位全加器，自己设计，能有效运行出结果(Written in quartus9.0 with a full adder, their own design, can effectively run the results)