The binary numbers A = 1100 and B = 1001 are applied to the inputs of a comparator. What are the output levels?-A-A > B = 1, A < B = 0, A < B = 1B-A > B = 0, A < B = 1, A = B = 0C-A > B = 1, A < B = 0, A = B = 0D-A > B = 0, A < B = 1, A = B = 1-C-A > B = 1, A < B = 0, A = B = 0

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The binary numbers A = 1100 and B = 1001 are applied to the inputs of a comparator. What are the output levels?-A-A &gt; B = 1, A &lt; B = 0, A &lt; B = 1B-A &gt; B = 0, A &lt; B = 1, A = B = 0C-A &gt; B = 1, A &lt; B = 0, A = B = 0D-A &gt; B = 0, A &lt; B = 1, A = B = 1-C-A &gt; B = 1, A &lt; B = 0, A = B = 0

APTITUDE CRACK · Accepted Answer

The correct option is  C A &gt; B = 1, A &lt; B = 0, A = B = 0 It&#39;s a bitwise comparison so A=B=1 , A&gt;B=1,A&lt;B=0. according to my knowledge, A=1101 B=1001. 1st row A=B, 2nd row A&gt;B, 3rd row A=B, 4th row A=B. E is equal, G is greater.

Combinational Logic Circuits

Q1: The binary numbers A = 1100 and B = 1001 are applied to the inputs of a comparator. What are the output levels?

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Combinational Logic Circuits

Q1: The binary numbers A = 1100 and B = 1001 are applied to the inputs of a comparator. What are the output levels?

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