3.36 Draw the logic diagram of the digital circuit specified by the following Verilog description: (a) module Circuit_A (A, B, C, D, F); input output wire А, В, С, D; F; W, X, y, z, a, d; (х, В, С,...

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3.36 Draw the logic diagram of the digital circuit specified by the following Verilog description:<br>(a) module Circuit_A (A, B, C, D, F);<br>input<br>output<br>wire<br>А, В, С, D;<br>F;<br>W, X, y, z, a, d;<br>(х, В, С, d);<br>(y, a ,C);<br>(w, z „B);<br>(z, y, A);<br>(F, x, w);<br>(а, А);<br>(d, D);<br>or<br>and<br>and<br>and<br>or<br>not<br>not<br>endmodule<br>(b) module Circuit_B (F1, F2, F3, A0, A1, B0, B1);<br>F1, F2, F3;<br>АО, А1, ВО, В1;<br>(F1, F2, F3);<br>(F2, w1, w2, w3);<br>(F3, w4, w5);<br>(w1, w6, B1);<br>(w2, w6, w7, B0);<br>(w3, w7, B0, B1);<br>(w6, A1);<br>(w7, A0);<br>(w4, A1, B1);<br>(w5, A0, B0);<br>output<br>input<br>nor<br>or<br>and<br>and<br>or<br>and<br>not<br>not<br>xor<br>χnor<br>endmodule<br>(c) module Circuit_C (y1, y2, y3, a, b);<br>output y1, y2, y3;<br>input a, b;<br>assign y1 = a || b;<br>and (y2, a, b);<br>assign y3 = a && b;<br>endmodule<br>

Extracted text: 3.36 Draw the logic diagram of the digital circuit specified by the following Verilog description: (a) module Circuit_A (A, B, C, D, F); input output wire А, В, С, D; F; W, X, y, z, a, d; (х, В, С, d); (y, a ,C); (w, z „B); (z, y, A); (F, x, w); (а, А); (d, D); or and and and or not not endmodule (b) module Circuit_B (F1, F2, F3, A0, A1, B0, B1); F1, F2, F3; АО, А1, ВО, В1; (F1, F2, F3); (F2, w1, w2, w3); (F3, w4, w5); (w1, w6, B1); (w2, w6, w7, B0); (w3, w7, B0, B1); (w6, A1); (w7, A0); (w4, A1, B1); (w5, A0, B0); output input nor or and and or and not not xor χnor endmodule (c) module Circuit_C (y1, y2, y3, a, b); output y1, y2, y3; input a, b; assign y1 = a || b; and (y2, a, b); assign y3 = a && b; endmodule

Jun 11, 2022
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