Exercise 1 - MUX Negator (1 Mark) For the first exercise, your goal is to design a circuit that: Takes in 4, 4-bit inputs (A, B, C, D) Selects the appropriate input based on a 2-bit selector (S) Conditionally negates (inverses) the 4-bit input based on a 1-bit input (T) Outputs the 4-bit value (Q) This leaves us with the following output tabl

Question

Exercise 1 - MUX Negator (1 Mark)

For the first exercise, your goal is to design a circuit that:

Takes in 4, 4-bit inputs (A, B, C, D)

Selects the appropriate input based on a 2-bit selector (S)

Conditionally negates (inverses) the 4-bit input based on a 1-bit input (T)

Outputs the 4-bit value (Q)

This leaves us with the following output table:

$This leaves us with the following output table: Where $ a, b, c, d $ are some 4 bit binary value, and \( \sim a, \sim b, \s$

Here is a template
$MUX Negator Test $ Q $$

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Expert Answer to - Exercise 1 - MUX Negator (1 Mark)  For the first exercise, your goal is to design a circuit that:  T

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Solution for - Exercise 1 - MUX Negator (1 Mark)  For the first exercise, your goal is to design a circuit that:  T

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(Solved): Exercise 1 - MUX Negator (1 Mark) For the first exercise, your goal is to design a circuit that: T ...