A logic circuit has two 2 bit natural binary inputs A and B A is given by A 1 , A 0 , where A 1 is the most significant bit Similarly, Bis given by B 1 , B 0 , where B1 is the most significant bit The circuit has three outputs, X, Y, and Z This circuit compares A with B and determines whether A is ...

The truth table for this problem is obtained by treating the A and B inputs as 2bit numbers ...

A logic circuit has two 2-bit natural binary inputs A and B. A is given by A

Question:

A logic circuit has two 2-bit natural binary inputs A and B. A is given by A₁, A₀, where A₁ is the most significant bit. Similarly, Bis given by B₁, B₀, where B1 is the most-significant bit. The circuit has three outputs, X, Y, and Z. This circuit compares A with B and determines whether A is greater or less than B or is the same as B. The relationship between inputs A and B and outputs X, Y, and Z is as given in Table P2.39. Design a circuit to implement this function.

TABLE P2.39 Condition A> B A