: 2 hoursSpring 2021Es) 2(a) A 3-variable function f(A,B,C)= AB+B C+ AC is implemented by a two-levelmultiplexer network as shown below. Show the input variables for the first level MUXS.Variables in input leadsA'B0 2x11MUXSoB2x1MUXSo2x1MUXSos) (b) A combinational logic function is given by the following:F(A,B,C,D) ABD+B CD+BCD+BCDImplement the function using the smallest size MUX with no extra logic. Extra Invertersare ok.

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s) 2(a) A 3-variable function f(A,B,C) = AB+B C + AC is implemented by a two-level multiplexer network as shown below. Show the input variables for the first level MUXS. Variables in input leads A'B s) (b) A combinational logic function is given by the following: F(A,B,C,D)= ABD+B CD+BCD+BCD 0 2x1 1 10 1 MUX So B 2x1 MUX So C 0 1 2x1 MUX So Implement the function using the smallest size MUX with no extra logic. Extra Inverters are ok.

s) 2(a) A 3-variable function f(A,B,C) = AB+B C + AC is implemented by a two-level multiplexer network as shown below. Show the input variables for the first level MUXS. Variables in input leads A'B s) (b) A combinational logic function is given by the following: F(A,B,C,D)= ABD+B CD+BCD+BCD 0 2x1 1 10 1 MUX So B 2x1 MUX So C 0 1 2x1 MUX So Implement the function using the smallest size MUX with no extra logic. Extra Inverters are ok.

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter22: Sequence Control

Section: Chapter Questions

Problem 6SQ: Draw a symbol for a solid-state logic element AND.

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