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9. XOR Gate Using Basic Gates

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Solving Approach

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Code

// ============================================================
// Basic Gates (given)
// ============================================================
module and_gate(input a, b, output y);
    assign y = a & b;
endmodule

module or_gate(input a, b, output y);
    assign y = a | b;

endmodule

module not_gate(input a, output y);
    assign y = ~a; 
endmodule

module xor_gate(
    input a, b,
    output y
);
    wire notb, nota, t1, t2;

    not_gate n1 (.a(a), .y(nota));
    not_gate n2 (.a(b), .y(notb));

    and_gate a1 (.a(a), .b(notb), .y(t1));
    and_gate a2 (.a(nota), .b(b), .y(t2));

    or_gate o1 (.a(t1), .b(t2), .y(y));


endmodule

 

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