SOLVED: Texts: Question 2: [5 points] For a Linear Feedback Shift Register (LFSR) with m=5 and the flip-flops set to 00111FF4=FF3=0, FF2=FF1=FF0=1, show the output of the first 30 bits and determine the length of the period(The symbol ⊕ represents XOR operation).Hint: Look for patterns in any of the columns or across the rows. Once a row repeats, everything that follows will repeat. Since there are 5 flip-flops, you need to do it carefully. You could use Excel's XOR function to save time. In Exc

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A CMOS shift register is given in the figure below. Input volta... | Filo

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SOLVED: VHDL CODE PROBLEMBuild a 4-bit linear-feedback shift register (LFSR).An LFSR is essentially a shift register where a few of the bits are set to the result of XOR-ing other bits in the register. This results in the shift register producing a pseudo-random series of numbers. With careful construction, the pattern can be made to cycle through all possible combinations of bits (except for all 0s before repeating).Your 4-bit LFSR should use the design below. When reset, the value should be 00