CSE/EEE 120 Lab 3 – Arithmetic & Logic Unit (ALU) Design | Digital Logic Lab Guide

INSTANT PDF DOWNLOAD. This resource supports CSE/EEE 120 – Lab 3 (Digital Logic Design) with a focus on the Arithmetic and Logic Unit (ALU) — the core computational block used in processors and digital systems. It serves as a study and concept-reinforcement guide to help learners understand how arithmetic and logical operations are implemented at the hardware level. Arithmetic Operations in the ALU Binary addition using full adders Subtraction using two’s complement Carry and borrow concepts Overflow detection Multi-bit arithmetic circuits Ripple-carry adder principles Logic Operations AND, OR, XOR, NOT operations Bitwise logic processing Boolean logic implementation Truth table interpretation Logical function integration inside an ALU ALU Control and Operation Selection Control signals and function selection Operation codes (op-select lines) Using multiplexers to choose outputs Combining arithmetic and logic blocks Understanding ALU functional architecture Combinational Circuit Design Skills Gate-level implementation Boolean simplification Circuit analysis techniques Multi-block integration Functional verification using truth tables Digital System Understanding Role of the ALU in a CPU Data path fundamentals Control vs. data flow Processor operation basics How simple processors execute operations CSE EEE 120 Lab 3, ALU Design Lab, Arithmetic Logic Unit Notes, Digital Logic ALU, Binary Adder Circuit, Two Complement Subtraction, Logic Circuit Lab, Combinational Circuits Help, Processor ALU Basics, Boolean Algebra Practice, Computer Engineering Lab, Electrical Engineering Logic, ALU Control Signals, Digital Electronics Study, Logic Gates and Adders, Hardware Arithmetic Design