1. What are set up time and hold time constraints?
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2. Give a circuit to divide frequency of clock cycle by two.
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3. Design a divide-by-3 sequential circuit with 50% duty circle.
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4. Explain different types of adder circuits.
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5. Give two ways of converting a two input NAND gate to an inverter.
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6. Draw a Transmission Gate-based D-Latch.
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7. Design a FSM which detects the sequence 10101 from a serial line without overlapping.
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8. Design a FSM which detects the sequence 10101 from a serial line with overlapping.
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9. Give the design of 8x1 multiplexer using 2x1 multiplexers.
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10. Design a counter which counts from 1 to 10 ( Resets to 1, after 10 ).
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Answer
2. Give a circuit to divide frequency of clock cycle by two.
Answer
3. Design a divide-by-3 sequential circuit with 50% duty circle.
Answer
4. Explain different types of adder circuits.
Answer
5. Give two ways of converting a two input NAND gate to an inverter.
Answer
6. Draw a Transmission Gate-based D-Latch.
Answer
7. Design a FSM which detects the sequence 10101 from a serial line without overlapping.
Answer
8. Design a FSM which detects the sequence 10101 from a serial line with overlapping.
Answer
9. Give the design of 8x1 multiplexer using 2x1 multiplexers.
Answer
10. Design a counter which counts from 1 to 10 ( Resets to 1, after 10 ).
Answer
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