The circuit shown in the figure below uses ideal positive edge-triggered synchronous J-K flip-flops with outputs...

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The circuit shown in the figure below uses ideal positive edge-triggered synchronous J-K flip-flops with outputs X and Y. If the initial state of the output is X = 0 and Y = 0 just before the arrival of the first clock pulse, the state of the output just before the arrival of the second clock pulse is OX=0, Y=0 OX=0, Y = 1 OX= 1, Y=0 OX= 1, Y = 1 J Q CLK K J >CLK K Q 6 X Y Output The circuit shown in the figure below uses ideal positive edge-triggered synchronous J-K flip-flops with outputs X and Y. If the initial state of the output is X = 0 and Y = 0 just before the arrival of the first clock pulse, the state of the output just before the arrival of the second clock pulse is OX=0, Y=0 OX=0, Y = 1 OX= 1, Y=0 OX= 1, Y = 1 J Q CLK K J >CLK K Q 6 X Y Output

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