The following figure shows SR latch that is the most fundamental building block using static gates. Answer the following questions.   1.) What are the outputs and when both inputs S and R are FALSE (or “0”)?   2.) Fill out the truth table of SR Latch.

Question-1: 1. Using a 4-bit full adder block/s only, perform A x B, where A is a 7 bits binary number and B id a 3 bits binary number. A = a6 as a4 as az ai ao B= bz bị bo You may use any basic gates (and/or/not) and any amount of 4-bit adder block circuit only.

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Fill the truth table

A W2 Do B W1 D- F Dot W3 Figure 5. Combinational circuit 2. List the logic gates names that have been used in the given combinational logic circuit. 3. Write the Boolean expression for w1, w2, w3 and F. 4. Fill in the truth table with the correct results. Table 2. Truth Table A B B' A+B' A.B (A.B)' F

Part 3. One Bit Wide 4 x 1 Multiplexer The combinatorial logic circuit for the half adder is shown below. INPUT_A(3) INPUT_A(2) INPUT_A OUTPUT_Y | 4 INPUT_A(0) INPUT_SEL / 2

Question 4. Implement the given logic function using a suitable multiplexer. Fay) - Σα 2,6,7) E(a.2.6.7) Fill in the truth table and include the groups. Y F a. Decide on the values of the selectors and the inputs of the Multiplexer add them to the MUX block. SO= S1 = So 'sk F lo = MUX I 1 = I2 I3 2 = I3 = 个↑↑个个个

If a fault occurs in connections C5 (stuck-at-1) for the following logic circuit, the appropriate fault-test by using Boolean difference technique .......... C1 X1 Cs C2 X2 Cs C6 C10 C9 C7 t0 t2 t3 t1 O

Which of the following is used to perform the ones complement of a binary number? a) three AND gates in series b) three NOT gates in series c) three OR gates in series d) two XNOR gates with AND gate