Which of the following is a type of digital logic circuit?a.None of the mentionedb.Combinational logic circuitsc.Both Combinational & Sequential logic circuitsd.Sequential logic circuits
Question
Which of the following is a type of digital logic circuit?a.None of the mentionedb.Combinational logic circuitsc.Both Combinational & Sequential logic circuitsd.Sequential logic circuits
Solution
The answer is c. Both Combinational & Sequential logic circuits.
Digital logic circuits are primarily of two types: Combinational logic circuits and Sequential logic circuits.
Combinational logic circuits are those where the output is determined from the present input only. They do not have the ability to store any state. Examples include decoders, encoders, multiplexers, demultiplexers, etc.
Sequential logic circuits are those where the output is determined from the present input and the previous state of the system. They have the ability to store state (or memory). Examples include flip-flops, counters, registers, etc.
So, both Combinational & Sequential logic circuits are types of digital logic circuits.
Similar Questions
Which of the following is not a digital logic function? A) Combinational logic B) Sequential logic C) Parallel logic D) None of the above
Which of the following digital logic circuits can be used to multiple simultaneously?*Full adderRipple carry adderHalf adderSerial adder
Combinational logic circuits produce an output based solely on their current inputs, while sequential logic circuits can store information and their output depends on both current and past inputs. Group of answer choicesTrueFalse
What determines the output from the combinational logic circuit in Digital Electronics?
define digital logic and logic gates; *12.2.2 differentiate between sequential and combinational logiccircuits;*12.2.3 define a truth table; *12.2.4 explain the following logic gates in terms of number of inputsand outputs using truth tables:*a. ANDb. ORc. NOTd. NANDe. NORf. Exclusive OR (XOR)g. Exclusive NOR (XNOR);12.2.5 identify logic gates from the truth table; *12.2.6 construct truth table for logic circuits; *12.2.7 construct logic circuit to solve a given real life problem; *12.3 Karnaugh Map (K-Map) 12.3.1 Simplify two-variable and three-variable Boolean functionsusing Karnaugh map.*
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.