Part 1 – Design of the Gray to BCD converter Design a combinational logic circuit that receives a Gray code representing decimal digits 0 through 9 and produces the equivalent Binary Coded Decimal (8-4-2-1) on its output. Design your circuit using only two, three, and four-input NAND gates and inverters. Minimize the number of gates and inverters required.

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Part 2 – Design of the 7-segment decoder
Design a decoder that has four inputs and seven outputs. The decoder's inputs come from the
4-bit output of the Gray code converter. The decoder's outputs can be applied to a 7-segment
display device.
a
Gray To
b
BCD
7-segment
Converter
decoder
d
Transcribed Image Text:Part 2 – Design of the 7-segment decoder Design a decoder that has four inputs and seven outputs. The decoder's inputs come from the 4-bit output of the Gray code converter. The decoder's outputs can be applied to a 7-segment display device. a Gray To b BCD 7-segment Converter decoder d
Design a logic circuit that converts a Gray code to Binary Coded Decimal (8-4-2-1) which then
will be displayed on a single 7-segment display device. Assume that only input combinations
representing the digits 0 through 9 can occur as inputs, so that the six unused combinations are
don't cares.
Your task is to design a code converter and a decoder as explained in parts 1 and 2. These
circuits can then be interfaced to a 7-segment display device which will display the decimal
equivalent of the original Gray code.
Part 1 - Design of the Gray to BCD converter
Design a combinational logic circuit that receives a Gray code representing decimal digits 0
through 9 and produces the equivalent Binary Coded Decimal (8-4-2-1) on its output. Design
your circuit using only two, three, and four-input NAND gates and inverters. Minimize the
number of gates and inverters required.
Transcribed Image Text:Design a logic circuit that converts a Gray code to Binary Coded Decimal (8-4-2-1) which then will be displayed on a single 7-segment display device. Assume that only input combinations representing the digits 0 through 9 can occur as inputs, so that the six unused combinations are don't cares. Your task is to design a code converter and a decoder as explained in parts 1 and 2. These circuits can then be interfaced to a 7-segment display device which will display the decimal equivalent of the original Gray code. Part 1 - Design of the Gray to BCD converter Design a combinational logic circuit that receives a Gray code representing decimal digits 0 through 9 and produces the equivalent Binary Coded Decimal (8-4-2-1) on its output. Design your circuit using only two, three, and four-input NAND gates and inverters. Minimize the number of gates and inverters required.
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