Design a combinatorial circuit that looks at its BCD input and its output is true when the input combination is divisible by 3 (0 is considered divisible by 3). (Note: In BCD 0—9 are valid No. 10—15 are don’t care No) Construct the truth table for the valid BCD No. Assume that the 4-bit input binary number is A, B, C, D and the output is F. Obtain simplified expression for the output f in SOP form using K-Map. Draw logic diagram for the simplified expression of the function
Design a combinatorial circuit that looks at its BCD input and its output is true when the input combination is divisible by 3 (0 is considered divisible by 3). (Note: In BCD 0—9 are valid No. 10—15 are don’t care No) Construct the truth table for the valid BCD No. Assume that the 4-bit input binary number is A, B, C, D and the output is F. Obtain simplified expression for the output f in SOP form using K-Map. Draw logic diagram for the simplified expression of the function
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Design a combinatorial circuit that looks at its BCD input and its output is true when the input combination is divisible by 3 (0 is considered divisible by 3).
(Note: In BCD 0—9 are valid No. 10—15 are don’t care No)
- Construct the truth table for the valid BCD No. Assume that the 4-bit input binary number is A, B, C, D and the output is F.
- Obtain simplified expression for the output f in SOP form using K-Map.
- Draw logic diagram for the simplified expression of the function
- Simulate your logic diagram using dataflow coding and Modelsim software to verify that your design works correctly according to specifications. Show your simulation.
- Implement your logic diagram using gates on Multisim software also.
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