Design a minimized Boolean implementation of a one's count circuit that works as follows. The subsystem...

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Design a minimized Boolean implementation of a "one's count" circuit that works as follows. The subsystem has four binary inputs A, B, C, D and generates a 3-bit output, XYZ, XYZ is 000 if none of the inputs are 1, 001 if one input is 1,010 if two are one, 011 if three inputs are 1, and 100 if all four inputs are 1. 1) Draw the truth tables for output XYZ and inputs A, B, C). 2) Minimize the functions X, Y, Z, using 4-variable K-maps. Write down the Boolean expression. 3) Sketch logic circuit using Boolean expression and implement on digital logic trainer to verify the truth table. Design a minimized Boolean implementation of a "one's count" circuit that works as follows. The subsystem has four binary inputs A, B, C, D and generates a 3-bit output, XYZ, XYZ is 000 if none of the inputs are 1, 001 if one input is 1,010 if two are one, 011 if three inputs are 1, and 100 if all four inputs are 1. 1) Draw the truth tables for output XYZ and inputs A, B, C). 2) Minimize the functions X, Y, Z, using 4-variable K-maps. Write down the Boolean expression. 3) Sketch logic circuit using Boolean expression and implement on digital logic trainer to verify the truth table.