The document outlines a project involving a binary to gray code converter utilizing digital logic gates, specifically an XOR gate IC. It details the team members' roles and provides a truth table for input and output values. The significance of gray codes in reducing errors during binary transitions in digital circuits is also discussed.

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2. Role Name Student ID
Team Leader Indrajith Goswami CSE 031 08143
Member Pranta Deba Nath CSE 031 08135
Member Sakib Hossain Bhuiyan CSE 031 08144
Member Kaneta Begum CSE 031 08152
Member Noor A Alam CSE 031 08155
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3. In this experiment our objective is implement
Binary to Gray code converter using digital logic
gate IC, and also match the truth table based on
provided inputs of circuit.
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4. Trainer Board Connecting wire IC XOR gate - 7486
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Input Output

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0
0
1
0
0
1 1
0
1
0
1
1
1
0
0

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1 1 1 0 1 0
1 0 1 1 0 0
Gray
Binary

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9. In this presentation we discussed about Gray to Binary code
conversion. We can see the use case of this experiment in real
life in digital circuits to maintain the signals. Gray codes are very
useful in the normal sequence of binary numbers generated by
the hardware that may cause an error or ambiguity during the
transition from one number to the next. So, the Gray code can
eliminate this problem easily since only one bit changes its value
during any transition between two numbers.
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