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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
multi8x8
- 该源码为8位乘法器的VHDL语言描述,由一个8位右移寄存器,2个4位加法器例化成8位加法器,一个16位数据锁存器构成。采用移位相加的方式,从被乘数的低位开始,与乘数的每个位移位相加求和。最后实现其乘法器功能。-The source code for the 8-bit multiplier in VHDL language to describe, from an 8-bit right shift register, two 4-bit adder example into 8-bit add
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以及进位Cin相加赋给SINT,并将SINT的低4位赋给加数和S输
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.
4-ahead_Adder
- 用Verilog HDL语言实现超前进位加法器的逻辑功能,通过ModelSim软件对4位超前进位加法器设计的仿真.-With the Verilog HDL language-ahead adder logic functions, by ModelSim software 4-ahead adder design simulation.
bcdfa
- 计算机组成原理,4位加法器实验VHDL代码。已运行成功。-Computer organization, 4-bit adder VHDL code experiments. Has been running successfully.
4Verilog-HDL-
- 4位加法器的实现用于FPGA的开发环境 欢迎大家使用 非常感谢-4-bit adder to achieve a development environment for FPGA welcome to use thanks
five
- 并入串出寄存器完成双向含异步清0和同步时钟使能的4位加法器的VHDL描述,并对其进行波形仿真,确定结果正确。- Incorporated into the string to the register to complete the two-way with asynchronous clear and synchronous clock so that the VHDL descr iption of the four adder energy and waveform simulatio
adder_4_10
- 这是一个4位加法器的实验设计程序,欢迎大家指正-This is a 4-bit adder experimental design process, we welcome correction
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
add-based-on-vhdl
- 1位和4位加法器的VHDL硬件描述语言实现,可用quaturs实现。-add based on VHDL
VHDL_book2
- add4a:4位加法器的设计 add8a:8位加法器的设计 subtract:4位减法器的设计 addsub: 4位加法器/减法器的设计 shift4:移位寄存器的设计 mult4:乘法器设计 div8:除法器设计 alu4:算术逻辑单元ALU设计-add4a: 4-bit adder design add8a: 8 bit adder design subtract: 4-bit subtraction Design addsub: 4-bit ad
kekongchengfaqi
- 用2片4位加法器实现可控累加(加/减,-9到9,步长为3)电路,最大和两位10进制数99。-Controlled multiplier- with two 4-bit adder controllable accumulate (plus/minus,-9 to 9, step 3) circuit, the maximum and two decimal 99.
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 basis of 8 bit full adder.)