The diagram shown below is a four-input (s1, s0, a, b), two-output (x, y) combinational switching...

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The diagram shown below is a four-input (s1, s0, a, b), two-output (x, y) combinational switching circuit. The inputs s1 and so are the control inputs, the inputs a and b are the data inputs. The circuit behaves as follows: ● b if s1s0 = 00, the a input is broadcast to x and y, meaning that the a input appears on both x and y. if s1s0 = 01, the b input is broadcast to x and y. if s1s0 = 10, a and b pass straight through to x and y. If s1s0= 11, a and b are switched with a being routed to y and b being routed to x. sl s0=00 sl s0= 01 sl s0= 10 sl s0= 11 SO X a y b SO X a y b sl y 1. Draw the truth table for this circuit. 2. Using Karnaugh maps, show the simplified functions for x and y. 3. Draw the resulting combinational circuit. $0 X The diagram shown below is a four-input (s1, s0, a, b), two-output (x, y) combinational switching circuit. The inputs s1 and so are the control inputs, the inputs a and b are the data inputs. The circuit behaves as follows: ● b if s1s0 = 00, the a input is broadcast to x and y, meaning that the a input appears on both x and y. if s1s0 = 01, the b input is broadcast to x and y. if s1s0 = 10, a and b pass straight through to x and y. If s1s0= 11, a and b are switched with a being routed to y and b being routed to x. sl s0=00 sl s0= 01 sl s0= 10 sl s0= 11 SO X a y b SO X a y b sl y 1. Draw the truth table for this circuit. 2. Using Karnaugh maps, show the simplified functions for x and y. 3. Draw the resulting combinational circuit. $0 X