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三种16位整数运算器的ALU设计方法
- 三种16位整数运算器的ALU设计方法，调用库函数74181（4位ALU），组成串行16位运算器。(用74181的正逻辑) B．调用库函数74181和74182，组成提前进位16位运算器。(用74181的正逻辑) 注意：调74181库设计，加进位是“0”有效，减借位是“1”有效，所以最高位进位或借位标志寄存器要统一调整到高有效 C．用always @，case方式描述16位运算器。,Three 16-bit integer arithmetic logic unit of the ALU
ARM32ALU
- VHDL ARM 32位ALU的设计，基于Quaryus II平台-VHDL ARM 32 位 ALU design platform based on Quaryus II
alu
- 这是32位alu的代码，使用verilog写的，包含了简单的运算功能-This is a 32-bit alu code, use verilog to write, and includes a simple arithmetic functions
4bitALU
- 4 bit ALU 设计功能仿真和门级仿真结果 -4 bit ALU
16bitalu
- 16 bit alu using the vhdl it has 16 function perform by control unit with 4 control signal
8-bit-alu
- this is an 8 bit alu. to perform various arithmetic and logical operations
ALU-FP
- ALU floating point 8 bit
traffic_lights
- Verilog语言3个程序，包括4位二进制的BCD码加法器，ALU位片，交通信号灯。既有源码也有word文档说明。-Verilog language three procedures, including 4-bit binary code of the BCD adder, ALU-bit chip, traffic lights. Only source documents that have word.
ALU
- Write an 8085 ALP to design a 4-bit ALU. The ALU should be able to perform addition, subtraction, AND operation, OR operation on 4-bit inputs based on the desired operation
Alu-4bit
- alu 4 bit with verilog in modelsim and work correct
8-alu
- 8-bit alu design...it has arithematic and shift operation-8-bit alu design...it has arithematic and shift operation....
ALU
- 这个是我的数字电路设计报告，利用了vhdl语言制作了一个n位的可配置alu器件，实现了一些基本的功能，附有完整的报告及代码，我没有对我的信息进行删除，是希望大家能够诚实的利用这个代码，提高自身本领。-This is my digital circuit design report, using the vhdl language produced an n-bit alu device can be configured to achieve some basic functions, with
ALU
- a simple 4 bit alu in verilog
ALU
- this is a 4 bit alu design-this is a 4 bit alu design
alu[1].eg1
- A 32-Bit ALU Design Example
alu
- This 8 bit unsigned arithematic logical unit(ALU). This code is developed in VHDL language and compatible with any VHDL softeware like xilinx,quartus. This ALU performs addition,subtraction,multiplication,and,or,and not and pass input functions.-
ALU
- verilog硬件仿真，实现32-bit RISC微处理器的算数逻辑单仿真元(ALU),实现加减运算、逻辑运算、移位运算。仿真级别为RTL级。-verilog hardware simulation, to achieve 32-bit RISC microprocessor arithmetic logic one simulation element (ALU), to achieve addition and subtraction operations, logic operations
alu
- 一个简单的四位alu，用max+plusII运行-a simple 4bit alu by vhdl.You can use max+plusII to text it
alu
- the 8 bit alu by verilog
alu
- 实现了四位快速加法器，并在此基础上实现了16位和32为快速加法器(Based on the implementation of four bit fast adder, 16 bit and 32-bit fast adders are realized)