Step 1: Binary to Decimal Decoder

Naming:

• Complemented inputs: X9', X8', ..., X0'
• AND gates for each bit position (9 to 0)

Connection:

1. Connect each X with its complement using NOT gates (X9' for X9, X8' for X8, and so on).
2. Connect each complemented X (X9', X8', ..., X0') to an AND gate corresponding to its bit position.
3. Connect the outputs of these AND gates to form a binary-to-decimal decoder.

Step 2: Generate Conditions

Naming:

• Complemented outputs: A2', A1', A0'
• Sets of AND gates for each condition (M, N, P)

Connection:

1. Connect each A with its complement using NOT gates (A2', A1', A0').
2. Set 1 (Condition M): Connect A2, X9', X8', ..., X0' using AND gates.
3. Set 2 (Condition N): Connect A1', X9, X8', ..., X0' using AND gates.
4. Set 3 (Condition P): Connect A0', X9, X8, ..., X1, X0' using AND gates.

Step 3: Combine Conditions

Naming:

• Signals representing each condition: M, N, P

Connection:

1. Use OR gates to combine the outputs of the AND gates in Sets 1, 2, and 3.
2. Output M, N, and P.

Step 4: Final Output

Connection:

1. Use an OR gate to combine M, N, and P.
2. The output of this OR gate is Y, your final output.

Conclusion:

• Connect the Binary to Decimal Decoder to the AND gates in Sets 1, 2, and 3.
• Connect the outputs of Sets 1, 2, and 3 to the OR gates in Step 3.
• Connect the output of the OR gate to your final output Y.

Can you draw this steps very clearly in any circuit app because i am not able to understand the text one. So can you draw the circuit diagram according to this steps. Or you can attached the screenshot or image of your circuit. It will be helpfully for me.