Use a single Logisim file. Design a BCD excess circuits that can able to take user input
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Use a single Logisim file.
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Design a BCD excess circuits that can able to take user input value(1 to 6). The value defines the excess value of BCD excess. 1. Design a sequential circuit. Its output will be a binary value of 0-9. 2. Develop a BCD excess circuits that take the excess value as an input and gives corresponding BCD Excess-N (N is the given user input) output. 3. Design a 7-segment display to show the value of the Sequential circuit, BCD Excess value and BCD Excess output. Block Diagram of Circuit: 0-9 BCD Value OUTPUT Sequential 7-Segment Display CLK BCD Excess Circuit Excess Value 7-Segment Display 7-Segment Display Design a BCD excess circuits that can able to take user input value(1 to 6). The value defines the excess value of BCD excess. 1. Design a sequential circuit. Its output will be a binary value of 0-9. 2. Develop a BCD excess circuits that take the excess value as an input and gives corresponding BCD Excess-N (N is the given user input) output. 3. Design a 7-segment display to show the value of the Sequential circuit, BCD Excess value and BCD Excess output. Block Diagram of Circuit: 0-9 BCD Value OUTPUT Sequential 7-Segment Display CLK BCD Excess Circuit Excess Value 7-Segment Display 7-Segment Display
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Related Book For
Digital Systems Design Using Verilog
ISBN: 978-1285051079
1st edition
Authors: Charles Roth, Lizy K. John, Byeong Kil Lee
Posted Date:
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