A2 - CS - D-Type flip flop and adders - Soheil Meskini | Library

Instructions

Use your notes, textbook and video tutorials and answer all the questions.

2

Name the following circuit and complete it’s associated truth tables.

2

Name the following circuit and complete it’s associated truth tables.

4

Complete the following, showing the output for D0, D1, D2, D3, C0 in, C1 in, C2 in, C3 in.

4

Mark on the diagram below the inputs and outputs, some have been done for you.

3

Using the answer from previous question (shown below) what would be the values of C4 in, C5 in, and D4 if A4=1 and B4=1?

6

Identify the “Half adder” circuits on the diagram below.
i) Why are the extra OR gates needed?
ii) What range of numbers could the above circuitry calculate?

6

With the aid of the following diagrams explain what a D-Type flip flop is. Annotate anything you feel is important to your explanation.

2

A2 - CS - D-Type flip flop and adders

A2 - CS - D-Type flip flop and adders

Name the following circuit and complete it’s associated truth tables.

Name the following circuit and complete it’s associated truth tables.

Complete the following, showing the output for D0, D1, D2, D3, C0 in, C1 in, C2 in, C3 in.

Mark on the diagram below the inputs and outputs, some have been done for you.

Using the answer from previous question (shown below) what would be the values of C4 in, C5 in, and D4 if A4=1 and B4=1?

Identify the “Half adder” circuits on the diagram below.
i) Why are the extra OR gates needed?
ii) What range of numbers could the above circuitry calculate?

With the aid of the following diagrams explain what a D-Type flip flop is. Annotate anything you feel is important to your explanation.

Complete the following graph to show the output Q based on information shown.

Name the following circuit and complete it’s associated truth tables.

Name the following circuit and complete it’s associated truth tables.

Complete the following, showing the output for D0, D1, D2, D3, C0 in, C1 in, C2 in, C3 in.

Mark on the diagram below the inputs and outputs, some have been done for you.

Using the answer from previous question (shown below) what would be the values of C4 in, C5 in, and D4 if A4=1 and B4=1?

Identify the “Half adder” circuits on the diagram below.
i) Why are the extra OR gates needed?
ii) What range of numbers could the above circuitry calculate?

With the aid of the following diagrams explain what a D-Type flip flop is. Annotate anything you feel is important to your explanation.

Complete the following graph to show the output Q based on information shown.

A2 - CS - D-Type flip flop and adders

A2 - CS - D-Type flip flop and adders

Name the following circuit and complete it’s associated truth tables.

Name the following circuit and complete it’s associated truth tables.

Complete the following, showing the output for D0, D1, D2, D3, C0 in, C1 in, C2 in, C3 in.

Mark on the diagram below the inputs and outputs, some have been done for you.

Using the answer from previous question (shown below) what would be the values of C4 in, C5 in, and D4 if A4=1 and B4=1?

Identify the “Half adder” circuits on the diagram below. i) Why are the extra OR gates needed?ii) What range of numbers could the above circuitry calculate?

With the aid of the following diagrams explain what a D-Type flip flop is. Annotate anything you feel is important to your explanation.

Complete the following graph to show the output Q based on information shown.

Name the following circuit and complete it’s associated truth tables.

Name the following circuit and complete it’s associated truth tables.

Complete the following, showing the output for D0, D1, D2, D3, C0 in, C1 in, C2 in, C3 in.

Mark on the diagram below the inputs and outputs, some have been done for you.

Using the answer from previous question (shown below) what would be the values of C4 in, C5 in, and D4 if A4=1 and B4=1?

Identify the “Half adder” circuits on the diagram below. i) Why are the extra OR gates needed?ii) What range of numbers could the above circuitry calculate?

With the aid of the following diagrams explain what a D-Type flip flop is. Annotate anything you feel is important to your explanation.

Complete the following graph to show the output Q based on information shown.

Identify the “Half adder” circuits on the diagram below.
i) Why are the extra OR gates needed?
ii) What range of numbers could the above circuitry calculate?

Identify the “Half adder” circuits on the diagram below.
i) Why are the extra OR gates needed?
ii) What range of numbers could the above circuitry calculate?