Draw a combinational logic circuit of a four input multiplexor where the inputs (X3;X2;X1;X0) are each one bit variables. Label the values of inputs and outputs of each gate of the circuit, assuming the four inputs have the values (X3;X2;X1;X0) = (1; 0; 0; 1) and assuming X1 is selected. [Do not draw the decoder circuit which is part of the multiplexer].
Draw a combinational logic circuit of a four input multiplexor where the inputs (X3;X2;X1;X0) are each one bit variables. Label the values of inputs and outputs of each gate of the circuit, assuming the four inputs have the values (X3;X2;X1;X0) = (1; 0; 0; 1) and assuming X1 is selected. [Do not draw the decoder circuit which is part of the multiplexer].
Chapter22: Sequence Control
Section: Chapter Questions
Problem 6SQ: Draw a symbol for a solid-state logic element AND.
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Draw a combinational logic circuit of a four input multiplexor where the inputs (X3;X2;X1;X0) are each one bit variables. Label the values of inputs and outputs of each gate of the circuit, assuming the four inputs have the values (X3;X2;X1;X0) = (1; 0; 0; 1) and assuming X1 is selected. [Do not draw the decoder circuit which is part of the multiplexer].
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