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8位加法器
- 8位加法器的原代码,主要内容下载看了就知道-Adder eight of the original code, read the main content downloaded know
eecadd_8
- 此程序采用VHDL语言,利用元件例化语句,在带BCD码转换的4位加法器的基础上完成8位加法器的例化
ripple-lookahead-carryselect-adder
- Ripple Adder: 16-bit 全加,半加及ripple adder的设计及VHDL程序 Carry Look ahead Adder:4, 16, 32 bits 前置进位加法器的设计方案及VHDL程序 Carry Select Adder:16 Bits 进位选择加法器的设计方案及VHDL程序-Ripple Adder : 16-bit full adder, semi-Canada and the ripple
adderN
- N位加法器源代码,通用的,通过xilinx验证,希望对大家有用。-N-bit adder source code, a common, through Xilinx certification, useful for all.
nbit_Adder
- VHDL——N位加法器设计-VHDL-- N-adder design RECOMMENDATIONS
b8bit_adder
- 8位的加法器设计,分4个工程完成的,用的是Quartus II软件。-eight of the adder design, four hours to complete the project, using the Quartus II software.
adder8b
- 本程序是利用两个4位二进制并行加法器通过级联方式构成一个8位加法器。-This procedure is to use two four parallel binary adder cascade manner through an 8-bit adder.
VHDL_add_4
- 本程序完成带进位输入输出的四位二进制加法运算,编程思想采用真值表转换成布尔方程式,利用循环语句将一位全加器编为四位加法器。-This procedure is completed into the four-bit input and output binary adder computing, programming thinking of using truth table into a Boolean equation using
eecadd_8
- 此程序采用VHDL语言,利用元件例化语句,在带BCD码转换的4位加法器的基础上完成8位加法器的例化-This procedure using VHDL language, the use of components Example of statement with BCD code-switching in the four adder based on the completion of 8 Example of Adder
jfq
- 加法器是实现两个二进制数相加运算的 基本单元电路。8 位加法器就是实现两个8 位 二进制相加,同时加上低位进位的运算电路。-Adder is to achieve the sum of two binary computing the basic unit of the circuit. 8-bit adder is to realize the sum of two 8-bit binary, at the same time
4
- Verilog写的 8 位超前进位加法器-Verilog write 8-bit CLA
lab2-2
- 4位二进制加法器,vhdl实现,外带译码器部分,清晰简洁,可读性好-4-bit binary adder, vhdl achieved decoder part of the bargain, clear and concise, readable good
EDA
- 通过两个4位加法器级联实验以个八位加法器。-Through two cascaded adder four of eight experiments adder.
8bit_adder_AND_4x4_Multiplier
- 位加法器的verilog程序与4×4 乘法器的verilog描述-Verilog-bit adder of the procedures and 4 × 4 multiplier verilog descr iption! ! !
daima
- 用VHDL语言设计一个8位加法器: 在八位加法器代码一中:加法器是由两个4位二进制加法器U1和U2组成的8位加法器逻辑电路,其中U1用来装载8位加法器中两个加数的低4位,而U2则用来装载高4位。在设计4位加法器时,定义输入信号量CIN、A、B以及输出信号量S、Cout。定义信号量SINT/AA/BB,将加数A和0并置后赋给AA,加数B和0并置后赋给BB,形成5位二进制数,这是为在做加法时发生溢出所做的处理,然后将加数AA与BB以及进
8adder
- 本实验示例中的8 位二进制并行加法器即是由两个4 位二进制并行加法器级联而成 的图13-4 所示的逻辑电路是由两个并行进位4 位加法器级联而成的8 位二进制加法 器-This is simple adder of 8 by VHDL.
adder-4
- 4 位加法器实现4个二进制位的相加 方便快捷-4-bit adder 4 binary bits adding quick and easy
pipeline_adder
- 用于快速计算32位加法,共分5级锁存器,4个8位加法器(pipeline_adder it helps you to add 32 bits swiftly if you need more information,may call me by the website account,it's really helpful)
adder_test
- 使用modelsim软件编写半加法器和4位加法器,(Using Modelsim software to write a half adder and a 4 bit adder,)
exp01_adc32
- 通过4位加法器实现32位加法器,使用串行进位的方式首先设计一个8位全加器,然后在8位全加器的基础上设计实现32位全加器(A 32 bit adder is implemented through a 4 bit adder. First, a 8 bit full adder is designed using serial carry. Then, a 32 bit full adder is designed on the basi