In the circuit shown, the switch is momentarily closed and then opened. Assuming the logic gates to have equal non-zero delay, at steady state, the logic states of X and Y are ![A picture containing objectDescription automatically generated](https://cdn.prepp.in/uploads/production/images/content/202

In the circuit shown, the switch is momentarily closed and then opened. Assuming the logic gates to have equal non-zero delay, at steady state, the lo - General MCQ GATE IN 2015 Question Paper (01-Feb-2015) (Shift 2) | ExamTest.live

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In the circuit shown, the switch is momentarily closed and then opened. Assuming the logic gates to have equal non-zero delay, at steady state, the logic states of X and Y are

When switch is closed, X = 0 and Y = 1 When switch is opened, X = 1 and Y = 0 Now the truth table for switching operations is X Y 01100110 X and Y both toggles continuously.

Try it yourself before checking the explanation above.

In the circuit shown, the switch is momentarily closed and then opened. Assuming the logic gates to have equal non-zero delay, at steady state, the logic states of X and Y are

X is latched, Y toggles continuously

X and Y are both latched

Y is latched, X toggles continuously

X and Y both toggle continuously