Arithmetic logic unit - Wikipedia
In computing, an arithmetic logic unit (ALU) is a combinational digital circuit that performs arithmetic and bitwise operations on integer binary numbers. [1][2] This is in contrast to a floating-point unit (FPU), which operates on floating point numbers.
16-bit Arithmetic/Logic Unit · DLS Blog - Making Art Studios
Having implemented an adder, the next step is… to use it in a larger circuit :) Today I’ll try to describe the process of creating a simple Arithmetic/Logic Unit (ALU) in DLS, using the 16-bit CLA from the last post.
Building a 16-bit ALU: The Complete Circuit Diagram
A 16-bit ALU is designed to work with data that is 16 bits wide, allowing it to process larger numbers and perform more complex operations. The circuit diagram of a 16-bit ALU provides a visual representation of the various components and connections involved in its operation.
RTL Synthesis of 16-bit ALU using Yosys - GitHub
The 16-bit Arithmetic Logic Unit (ALU) is a fundamental digital circuit designed to perform arithmetic and logic operations on 16-bit binary numbers. It consists of various functional blocks, such as adders, logic gates, and multiplexers, integrated to execute a wide range of operations like addition, subtraction, AND, OR, XOR, and more.
16-bit ALU Design in VHDL - FPGA4student.com
Jul 16, 2017 · The 16-bit ALU is a core combinational component of the processing unit in the coprocessor I introduced in the previous post. Full VHDL code for 16-bit ALU together with testbench will be presented in this VHDL project.
16-bit ALU and Memory Design - GitHub
This project is a comprehensive implementation of a 16-bit Arithmetic Logic Unit (ALU) integrated with registers and RAM. It demonstrates the fundamental structure and functionality of a simple processor system, focusing on memory access and data manipulation through arithmetic and logic operations.
16 Bit Alu Circuit Design
Oct 27, 2017 · 16-bit ALU circuits are widely used in modern computing, from smartphones to supercomputers. The versatility of this type of processor has made it a go-to choice for many developers due to its unique ability to carry out multiple tasks.
Creating a 16-bit ALU from 16 1-bit ALUs (Structural code)
May 11, 2018 · There's a new top level alu_16_bit containing a single instance of ControlCircuit along with sixteen instances of alu_1_bit elaborated from the generate statement using the generate parameter i to index into arrays values for connections.
DEsign 16-bit ALU using Verilog - GitHub
The Adder used is the Carry Look Ahead Adder of 16 bit wide. The main top level module Main_module for 16 bit ALU calls the sub-module adder, subtractor, multiplier and shifter depending upon the select lines of the mux. Further the sub-modules are constructed by designing leaf cells cla_logic and PFAdder.
16 bit 2’s complement +32767 = 011111111 11111111 = 2. 15 - 1-32768 = 100000000 00000000 = -2. 15. 6 ... If we repeat the 1-Bit ALU 32 times. 22. 0 2 Result Operation a 1 CarryIn CarryOut 0 1 Binvert b. If Op is 0, then Res = a AND b. If Op is 1, then Res = …