1.Explain Latch up and Include diagrams. How can the Latch up be avoided? 2.For the following...

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1.Explain Latch up and Include diagrams. How can the Latch up be avoided? 2.For the following Linear Feedback Shift Register: (a) Assume that the flipflops were reset to 111.If there is a stuck-at 1 fault at Q [2], determine the pseudo-random sequence (b) Assume that the flipflops were reset to 000. If there is a stuck-at Ofault at Q [0], determine the pseudo-random sequence. | CLK- Q[0] Q[1] D D i=0& D Q[2] 1.Explain Latch up and Include diagrams. How can the Latch up be avoided? 2.For the following Linear Feedback Shift Register: (a) Assume that the flipflops were reset to 111.If there is a stuck-at 1 fault at Q [2], determine the pseudo-random sequence (b) Assume that the flipflops were reset to 000. If there is a stuck-at Ofault at Q [0], determine the pseudo-random sequence. | CLK- Q[0] Q[1] D D i=0& D Q[2] 1.Explain Latch up and Include diagrams. How can the Latch up be avoided? 2.For the following Linear Feedback Shift Register: (a) Assume that the flipflops were reset to 111.If there is a stuck-at 1 fault at Q [2], determine the pseudo-random sequence (b) Assume that the flipflops were reset to 000. If there is a stuck-at Ofault at Q [0], determine the pseudo-random sequence. | CLK- Q[0] Q[1] D D i=0& D Q[2] 1.Explain Latch up and Include diagrams. How can the Latch up be avoided? 2.For the following Linear Feedback Shift Register: (a) Assume that the flipflops were reset to 111.If there is a stuck-at 1 fault at Q [2], determine the pseudo-random sequence (b) Assume that the flipflops were reset to 000. If there is a stuck-at Ofault at Q [0], determine the pseudo-random sequence. | CLK- Q[0] Q[1] D D i=0& D Q[2]