Question

14. What decimal value is required to produce an' output at 'X' in this circuit? (5 pts) HIGH CLK J C K Q0 J C K Q1 J C K Q2 X 15. The figure below shows the block diagram of a single bit magnitude comparator. This comparator compares the two bits and produces one of the 3 outputs as L (A<B), E (A=B) or G (A>B). Complete the truth table for the L, E and G outputs. (10 pts) Comparator for 1-bit Numbers A B L E G 16. Which output waveform is correct for the circuit input waveforms shown? (5 pts) Inputs A B C Output (A) (B) (C) (D) 17. Simplify the output expression for the Karnaugh map below. (5 pts)

          14. What decimal value is required to produce an' output at 'X' in this circuit? (5 pts)
HIGH
CLK
J C K Q0
J C K Q1
J C K Q2
X
15. The figure below shows the block diagram of a single bit magnitude comparator. This comparator compares the two bits and produces one of the 3 outputs as L (A<B), E (A=B) or G (A>B). Complete the truth table for the L, E and G outputs. (10 pts)
Comparator for 1-bit Numbers
A B L E G
16. Which output waveform is correct for the circuit input waveforms shown? (5 pts)
Inputs
A
B
C
Output
(A)
(B)
(C)
(D)
17. Simplify the output expression for the Karnaugh map below. (5 pts)

14. What decimal value is required to produce an' output at 'X' in this circuit? (5 pts)
HIGH
CLK
J C K Q0
J C K Q1
J C K Q2
X
15. The figure below shows the block diagram of a single bit magnitude comparator. This comparator compares the two bits and produces one of the 3 outputs as L (A<B), E (A=B) or G (A>B). Complete the truth table for the L, E and G outputs. (10 pts)
Comparator for 1-bit Numbers
A B L E G
16. Which output waveform is correct for the circuit input waveforms shown? (5 pts)
Inputs
A
B
C
Output
(A)
(B)
(C)
(D)
17. Simplify the output expression for the Karnaugh map below. (5 pts)

Added by Nicol-S T.

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