Q. A combinational logic circuit which sends data coming from a single source to two or more separate destinations is

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Q. Advantage of synchronous sequential circuits over asynchronous ones is

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Q. A basic AND gate consists of ______________inputs and an output.

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Q. In the AND gate, the output is ‘High’ or gate is ‘On’ only if both the inputs are ______________.

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Q. It is a simple combinational digital circuit built from logic gates

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Q. It is used to subtract two inputs having more than one bit

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Q. It is a circuit, which subtracts two inputs each of one bit

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Q. It is the converse of decoding and contains 2^n (or fewer) input lines and n output lines

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Q. It directs data from input to a selected output line

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Q. It is a very useful combinational circuit used in communication systems.

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Q. This converter deals with converting binary code to gray code

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Q. It compares two n-bit values to determine whether one of them is greater or if they are equal.

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Q. It is a circuit, which has a number of input lines and selection lines with one output line.

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Q. It is a circuit, which can remember values for a long time or change values when required.

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Q. It is a sequential circuit that cycles through a sequence of states.

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Q. It is a counter where the flip-flops do not change states at exactly the same time, as they do not have a common clock pulse.

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Q. It is a bi-directional counter capable of counting in either of the direction depending on the control signal

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Q. In this logic, output depends not only on the current inputs but also on the past input values. It needs some type of memory to remember the past input values

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Q. In a combinational circuit, each output depends entirely on the ________ inputs to the circuit.

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Q. In ________________ circuit, the output depends on both the present and the past inputs.

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