XNOR 게이트

노트

위키데이터

• ID : Q1336142

말뭉치

1. If we consider the expression ( A + B ¯ ) ⋅ ( A ¯ + B ) {\displaystyle (A+{\overline {B}})\cdot ({\overline {A}}+B)} , we can construct an XNOR gate circuit directly using AND, OR and NOT gates.
2. An XNOR gate circuit can be made from four NOR gates.
3. The symbol of the XNOR gate is the same as XOR, only complement sign is added.
4. Sometimes, the XNOR gate is also called the Equivalence gate.
5. The main disadvantage of this implementation is that we use different types of gates to form a single XNOR gate.
6. The XNOR gate (also known as a XORN’T, ENOR, EXNOR or NXOR) – and pronounced as Exclusive NOR – is a digital logic gate whose function is the logical complement of the exclusive OR gate (XOR gate).
7. The outcome of our study shows that the all-optical XNOR gate is indeed feasible with the proposed scheme at 250 Gb/s with both logical correctness and acceptable quality.
8. An XNOR gate (sometimes referred to by its extended name, Exclusive NOR gate) is a digital logic gate with two or more inputs and one output that performs logical equality.
9. An XNOR Gate is a type of digital logic gate that receives two inputs and produces one output.
10. The XOR gate has a lesser-known cousin called the XNOR gate.
11. Figure 2 shows the operating principle of a passive ultrafast XNOR gate based on frequency-domain, passive NOT operation.
12. The conceptual understanding of the frequency-domain passive XNOR gate is similar to that of the proposed NOT gate.
13. 2: The operation principle of the proposed frequency-domain zero switching-energy logic XNOR gate.
14. our XNOR gate produces bipolar outputs such that three levels are allowed: “−2,” “0,” and “2” (see the truth table in Fig.
15. QCA XNOR gate is proposed in this letter and the reliability, AVG Energy Dissipation of Circuit (AVG EDC) of it have been analyzed.
16. Multi-bit comparators have been implemented with preferable XNOR gate proposed in this letter and they have lower complexity and Efficient Complexity than previous ones.
17. XOR and XNOR gate symbols are shown below in Fig.
18. The circuit diagram symbol for an XNOR gate is illustrated above, and the XNOR truth table is given below for two arguments.
19. All-optical logic XNOR gate is realized by a series combination of XOR and INVERT gates.
20. The outcome of this study shows that the all-optical XNOR gate is indeed feasible with the proposed scheme at 250 Gb/s with both logical correctness and acceptable quality.
21. XNOR gate can have two or more than two inputs but it has only one output.
22. Discrete XNOR gate can be made with MOSFET and diodes.

메타데이터

위키데이터

• ID : Q1336142