Which of the following digital logic circuits can be used to multiple simultaneously?*Full adderRipple carry adderHalf adderSerial adder
Question
Which of the following digital logic circuits can be used to multiple simultaneously?
- Full adder
- Ripple carry adder
- Half adder
- Serial adder
Solution
To determine which digital logic circuits can be used to multiply numbers simultaneously, let's analyze the options provided:
-
Full Adder: A full adder is a digital circuit that computes the sum of three binary bits: two significant bits and a carry bit. It is not used for multiplication.
-
Ripple Carry Adder: This is a type of adder that produces the sum of binary numbers. It uses multiple full adders and is primarily used for addition, not multiplication.
-
Half Adder: A half adder is a basic circuit used for adding two single binary digits. It does not handle carry input and is not capable of performing multiplication.
-
Serial Adder: A serial adder is another type of adder that adds binary numbers bit by bit in a sequential manner. While it can add numbers, it does not perform multiplication.
Conclusion
None of the circuits listed (Full adder, Ripple carry adder, Half adder, Serial adder) are designed specifically for multiplication of binary numbers. For multiplying binary numbers, circuits like multipliers (for example, array multipliers or booth multipliers) are required.
Similar Questions
A full adder can be realised usinga.two half adders, two OR gatesb.two half adders, one OR gatec.one half adder, two OR gatesd.none of these
Which gate is commonly used to implement binary addition in digital circuits?Question 8Answera.AND gateb.OR gatec.XOR gated.NOT gate
The combination of which two gates can be used to implement any logic function? Choose the most appropriate answer.
Which of the following circuit can be used as parallel to serial converter?ans.MultiplexerDecoderDigital counterDemultiplexer Previous Marked for Review Next
Which of the following is not a digital logic function? A) Combinational logic B) Sequential logic C) Parallel logic D) None of the above
Upgrade your grade with Knowee
Get personalized homework help. Review tough concepts in more detail, or go deeper into your topic by exploring other relevant questions.