A Moore sequential circuit has one input X and one output Z. The circuit outputs Z = 1 if and only if the number of 1's received as inputs is a multiple of 3. Derive a state table for this circuit and realize the state table with UV flip-flops. Label your states S, and make the encoding the binary representation of i. For example, S₂ should correspond to Q1Q2 = 10.

The state table shown in Table 3 is for a sequential synchronous circuit. Choose a specific encoding and assignment for the states, and complete the equations of excitation and design for the circuit using type D and S-R flipflops. Present Next State Yield State * = Y2Y1Y0 Y,Y1Y0 Y½Y1Y x = 0 = 1 A В A В A 1 C D A D D E 1 E C 1 1 Table 3: State Table Question 3a

Find the complement of the Boolean function F = A ′ B C ′ + A ′ B ′ C .

CREATING A CIRCUIT DIAGRAM Questions 4 and 5 refer to the function defined by the following truth table: w result 00001 00010 00110 00101 01101 01111 01010 0100 0 1 1000 1 1 0 1 0 1 111 0 11101 1 010 1 0 1 1 0 1 - 1 0010 1 000 1 Question 4 Fill in the values and draw the groupings of the Karnaugh Map. ५३ Wx 00 01. 11 10 00 01 11 10

F=A+B F-AB O , Find the output of the following combinational logic circuit if A4 A3 A2 A1 * = 1101 and 84 B3 B2 B1 = 1110 A, B, A. B. A By A, B A B C. A BC. ABC ABC IMSB) FA4 FA3 FA2 FAI (1SB) Σ Ca Σ Σ 10011 10001 11011 10100 For the following logic circuit, inputs of the display are BCD7-sce

design a circuit to implement a dynamicdisplay of two lights. and use several 2:1Mux, only one seven-segment display decoder andonly one 2:4 decoder

Answer the given question with a proper explanation and step-by-step solution.

1. Design a synchronous sequential circuit that recognizes the occurrence of 01110 by observing an input sequence such as 0011011100111100011101110 and outputs 1 when the pattern is found. Use both Moore and Mealy FSMS and compare the circuits you obtained with each solution by stating which one provided a more efficient solution. Use binary encoding when designing circuits for both FSMS, show K-Maps to find equations. Don't draw the circuit diagrams. 2. Consider the following high-level code snippet. Assume that unsigned integer values are stored in array1, array2 and array3, the base addresses of array1, array2 and array3 are held in R1, R2 and R3 and that array1 is initialized before it is used. Use R4 and R5 to hold the variables i and temp, respectively. Write the code snippet in ARM assembly language. int i, temp; int arrayl[120]; int array2[120]; int array3(120]; ... i = 0; do { if (arrayl[i] > 60) array2[i] = arrayl [i]/8 + i; else array2[i] arrayl (i] *32 - i; temp = funct…

Using MATLAB compute the convolution of the following signals: a) x (n) = {1,2,4}, h (n) ={1,1,1,1,1} Also, plot the convolution.

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