Lab 2:MMLogic: AMultiMediaLogic Design System Assignment Instructions Building Circuits and analyzing usingMMLogic Exercise 1: Consider the following circuit that takes a 4‐bit binary input and...

Lab 2:MMLogic: AMultiMediaLogic Design System

Assignment Instructions

Building Circuits and analyzing usingMMLogic

Exercise 1:

Consider the following circuit that takes a 4‐bit binary input and encodes it. Construct a truth table for the 16inputs 0000 to 1111 and examine the output code. What is the characteristic feature of this code? Implement the Circuit usingMMLogicsoftware and check the output and the output of your truth table.






Exercise 2

Draw a truth table for the circuit below and explain what it does.






Exercise 3:

Design a logic circuit to implement the logical function X = A⋅B⋅C + A⋅B⋅C

Lab 2: MMLogic: A MultiMedia Logic Design System Assignment Instructions Building Circuits and analyzing using MMLogic    Exercise 1: Consider the following circuit that takes a 4‐bit binary input and encodes it. Construct a truth table for the 16 inputs 0000 to 1111 and examine the output code. What is the characteristic feature of this code? Implement the Circuit using MMLogic software and check the output and the output of your truth table.    Exercise 2 Draw a truth table for the circuit below and explain what it does.    Exercise 3:  Design a logic circuit to implement the logical function X = A⋅B⋅C + A⋅B⋅C