1) Using the equations below, design a 4X16 line decoder Y₁ = X₁X2X3X4 Y5 = X₁X2 X3 X4 Y₁ = X₁X2X3X4 Y13=X1X2X3X4 Y₂ = X₁X2X3X4 Y3 = X₁X2X3X4 Y₁ = X₁X2X3X4 X = X₁X2X3X4 Y₂ = X₁X2X3X Y = XXXX = Y10X1X2X3X4 Y₁₁ = X₁X2X3X4 Y12 = X₁X2X3X4 Y₁4=X1X2X3X4 15 = X₁X2X3X4 16 = X₁X2X3X4
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- Consider the 2-bit multiplexer (MUX) shown in the figure. For OUTPUT to be the XOR of C and D, the values for A0, A1, A2 and A3 are COM ExamGOAL.COM ExamGAL.COM EXAMIGOAL.COM TEXUTIGUALTOM ExamGOAL.COM COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM COM Exam COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM 0 ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM Exan COM ExamGOAL.COM ExamCOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM Exam A₁ 1.COM [EBAL1M Exam GOAL.COM ExamGOAL.COM ExamGOAL.COM Exam GOAL.COM COM Exam COM COM COM ExamGOAL.COM ExamCOAL.COM E SELECT A3 3E ExamGOAL.COM ExamicAL.COM SSOAL.COM S ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM - ExamGOAL.COM ExamGOAL.COM Exam A2COM 24 ExamGOAL.COM OUTPUT ExamGOA COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM Exan MGOAL.COM ExamGOAL.COM Exan ExamGOAL.COM Exan ExamGOAL SAGI COM ExamGOAL.COM ExamGOAL.COM ExamGOAL. C ExamGOAL.COM GOAL.COMMGOAL.COM ExamGOAL.COM Exan Exan EMGOAL.COMamGOAL.COM…3) For the circuit shown in the following figure, Io - I3 are inputs to the 4:1 multiplexer. R (MSB) and S are control bits. The output Y can be represented by Answer: P 13 1₂ 4:1 MUX B Io S1 So RS Y O PQ+PR+ P Q S OPQ+ PS + QRS O PQ R+PQR+ Q R S + PQRS OPQR+ PQRS + Q R S+PQ RSConsider the 2-bit multiplexer (MUX) shown in the figure. For OUTPUT to be the XOR of C and D, the values for A0, A₁, A2 and A3 are ExamGOAL.COM ExamCAL COM EX - ExamGOAL.COM CUM EXPTIGUALTOM COM ExamGOAL.COM Exams AL.COM ExamAL.COM A Ao 0 COM ExamGOAL.COM ExamnCOAL.COM ExamGOAL.COM ExainGOAL.COM ExamGOAL.COM Exant COM ExamGOAL.COM ExamCOAL.COM ExamGOAL.COM ExamGOALCOM ExamGOAL.COM LEA A₁ COMAL1M EXAMGOAL.COM ExamBOAL.COM ExamNGOAL.COM OM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL ExamGOAL.COM ExameCIAL.C A₂ 2 OUTPUT ExamGO.COM ExamGOAL.COM ExamGOAL.COM ExamGOAL.COM ExalGOAL.COM ExaH GOAL COM ARMGOAL COM ExamGOAL.COM ExamGOAL.COM F CON EXA3 3 3 E COM ExamGOAL.COM ExamGOAL.COM M ExamGOAL.COM ExamGOAL COM S₁ SELECT ExamGOAL COM ExamGOALOM ExamGOAL.COM ExamGOAL.COM GOAL.COM MGOAL.COM L.COM Exan ExainGOAL.COM ExainGOAL.COM So COM ExamGOAL.COM ExamGOAL.COM EMIGOAL.COMmGOAL.COM ExamGOAL.COM ExamGOAL.COM EMGOAL.COMmGOAL.COM ExamGOAL.COM ExamGOALCOM EMGOAL.COM ExamGOAL.COM ExamGOAL.COM…
- Your task is to implement a Full Adder Using TWO 4:1 Multiplexers but this time connect Cin and Y to the Select Inputs of the Multiplexers,and connect 1’s, 0’s, X, or X’ to each Data Input.3-Consider a 4-to-1 multiplexer with two select lines S1 and SO, given below ,The minimal sum-of-products form of the Boolean expression for the output F of the multiplexer is: * 0- 1- 1 4-to-1 F R- 2 Multiplexer R- 3 S, So O P'Q + QPR' + PQ'R P'Q + P'QR' + PQR' + PQ'R PQR' O P'QR + P'QR' + QR' + PQ'RQuestion:If you have two functions F(a,b,c) and G(a,b,c) to implement, what mux size and how many muxes would you need to implement F & G?My Comments:Is it as simple as using two 4-1 multiplexers because it will handle the 6 inputs? Or am I not understanding the function of a multiplexer?