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Choose the correct alternatives (more than one may be correct) and write the corresponding letters only:
All digital circuits can be realized using only
- a)Ex-OR gates
- b)Multiplexers
- c)Half adders
- d)OR gates
Correct answer is option 'B,C'. Can you explain this answer?
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Verified Answer
Choose the correct alternatives (more than one may be correct) and wri...
NOR gate, NAND gate, Multiplexers and Half adders can also be used to realise all digital circuits.
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Choose the correct alternatives (more than one may be correct) and wri...
Explanation:
Using Multiplexers and Half Adders:
- Multiplexers can be used to implement any Boolean function. By selecting appropriate inputs and control signals, any logic function can be synthesized using multiplexers.
- Half adders are the basic building blocks for addition in digital circuits. They can be used to create more complex arithmetic circuits like full adders, which in turn can be used to implement various functions.
Using Ex-OR gates:
- While Ex-OR gates are versatile and commonly used in digital circuits, they alone may not be sufficient to implement all types of circuits. They are more commonly used for specific functions like parity generation, arithmetic operations, etc.
Using OR gates:
- OR gates are fundamental logic gates, but they do not provide the necessary versatility to implement all digital circuits. They are typically used in combination with other gates to create complex logic functions.
Therefore, the correct alternatives for realizing all digital circuits are:
- Multiplexers
- Half adders
Using Multiplexers and Half Adders:
- Multiplexers can be used to implement any Boolean function. By selecting appropriate inputs and control signals, any logic function can be synthesized using multiplexers.
- Half adders are the basic building blocks for addition in digital circuits. They can be used to create more complex arithmetic circuits like full adders, which in turn can be used to implement various functions.
Using Ex-OR gates:
- While Ex-OR gates are versatile and commonly used in digital circuits, they alone may not be sufficient to implement all types of circuits. They are more commonly used for specific functions like parity generation, arithmetic operations, etc.
Using OR gates:
- OR gates are fundamental logic gates, but they do not provide the necessary versatility to implement all digital circuits. They are typically used in combination with other gates to create complex logic functions.
Therefore, the correct alternatives for realizing all digital circuits are:
- Multiplexers
- Half adders
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Choose the correct alternatives (more than one may be correct) and write the corresponding letters only:All digital circuits can be realized using onlya)Ex-OR gatesb)Multiplexersc)Half addersd)OR gatesCorrect answer is option 'B,C'. Can you explain this answer?
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