QUESTION
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CAN YOU USE LOGICSIM FOR THIS QUESTION
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CAN YOU USE LOGICSIM FOR THIS QUESTION
CAN YOU USE LOGICSIM FOR THIS
QUESTION
6.6 Hardware Implementation 6.6.1 Single-bit Comparator 6.6.1.1 Use basic logic gates to build the single-bit comparator, according to the circuit diagram in subsection 6.2.1 6.6.1.2 Once all connections have been done, turn on the power switch of the training kit. Use different sets of inputs for A and B to check each of the outputs L, E, and G. Have your TA to check your work. 6.6.2 n-bit Comparator 6.6.2.1 Construct a 4-bit magnitude comparator circuit using switches, LEDs, and IC chip 7485. Verify the function of the circuit by applying different sets of inputs and monitoring the outputs. Have your TA to check your work. 6.6.3 Implementation of Boolean Function using Multiplexers 6.6.3.1 Construct the circuits you designed in points 6.5.4.2 and 6.5.4.4 and ensure that they correctly implement the Boolean function. Have your TA to check your work. 6.7 Questions 6.7.1 Assume that you already have a 4-bit subtractor. Use it to design a 4-bit magnitude comparator. Draw the block diagram of your circuit and explain how it works. 6.7.2 Construct a 16x1 MUX using 8x1 and 4x1 MUXs. Draw the block diagram of the circuit and clearly highlight how the select lines are connected. 6.7.3 Implement the following Boolean function using 8x1 and 4x1 MUXs. For each implementation, construct the truth table and draw the circuit diagram F(A, B, C) = A' B C' + A' B C + AB' C + ABC'
QUESTION
6.6 Hardware Implementation 6.6.1 Single-bit Comparator 6.6.1.1 Use basic logic gates to build the single-bit comparator, according to the circuit diagram in subsection 6.2.1 6.6.1.2 Once all connections have been done, turn on the power switch of the training kit. Use different sets of inputs for A and B to check each of the outputs L, E, and G. Have your TA to check your work. 6.6.2 n-bit Comparator 6.6.2.1 Construct a 4-bit magnitude comparator circuit using switches, LEDs, and IC chip 7485. Verify the function of the circuit by applying different sets of inputs and monitoring the outputs. Have your TA to check your work. 6.6.3 Implementation of Boolean Function using Multiplexers 6.6.3.1 Construct the circuits you designed in points 6.5.4.2 and 6.5.4.4 and ensure that they correctly implement the Boolean function. Have your TA to check your work. 6.7 Questions 6.7.1 Assume that you already have a 4-bit subtractor. Use it to design a 4-bit magnitude comparator. Draw the block diagram of your circuit and explain how it works. 6.7.2 Construct a 16x1 MUX using 8x1 and 4x1 MUXs. Draw the block diagram of the circuit and clearly highlight how the select lines are connected. 6.7.3 Implement the following Boolean function using 8x1 and 4x1 MUXs. For each implementation, construct the truth table and draw the circuit diagram F(A, B, C) = A' B C' + A' B C + AB' C + ABC'