SECR1013-02 LOGIK DIGITAL (DIGITAL LOGIC)

COURSE CONTENTS

MODULE 1: Digital Logic Overview

MODULE 2: Number Systems and Codes

MODULE 3: Logic Gates

MODULE 4: Boolean Algebra and Logic Simplification                                                                                                    

MODULE 5: Combinational Logic Circuit

MODULE 6: Functions of Combinational Logic

MODULE 7: Latches, Flip-Flops and Timers

MODULE 8: Counters

MODULE 9: Shift Register

This lab assignment introduces me to basic bread boarding and wiring techniques and the use of input switches and output LEDs in generating truth tables for a combinational logic circuit. 

This lab experiment gives me an opportunity to produce a digital logic circuit, generating truth table and Timing Diagram with Deeds Simulator. I was able to complete a cycle process of a combinatorial circuit design and simulate with Deeds Simulator.

For this lab activity, I successfully Implement a synchronous counter circuit into physical circuit using Breadboard, Flip-Flops, Basic Gates and Switches with the simulator software (Deeds Simulator). I had also completed the next-state table of the counter circuit as it is important for me to proceed to sketch the state diagram of the counter circuit and identify the properties of the counter.