xor gate การใช้

• A half adder consists of an XOR gate and an AND gate.
• As a result, XOR gates are used to implement binary addition in computers.
• An XOR gate circuit can be made from four NAND gates in the configuration shown below.
• In terms of logical gates, inequality simply means an XOR gate ( exclusive or ).
• The Mukhopadhyay crossing organ comprises three XOR gates, in the arrangement shown ( left ).
• The encoder is usually a simple circuit which has state memory and some feedback logic, normally XOR gates.
• :: : : I do circuit design today and multiple input XOR gates are used all the time.
• When the two signals being compared are completely in-phase, the XOR gate's output will have a constant level of zero.
• In this implementation, the final OR gate before the carry-out output may be replaced by an XOR gate without altering the resulting logic.
• Applying the XOR gate's output to a low-pass filter results in an analog voltage that is proportional to the phase difference between the two signals.
• A prototypical example of positive I ( X; Y; Z ) has X as the output of an XOR gate to which Y and Z are the independent random inputs.
• When the signals differ by 180? that is, one signal is high when the other is low, and vice versa  the XOR gate's output remains high throughout each cycle.
• These include techniques such as the free XOR method, which allows for much simpler evaluation of XOR gates, and garbled row reduction, reducing the size of garbled tables with two inputs by 25 %.
• By looking at the difference between the number of ones and zeros that come out of the bank of XOR gates, it is easy to see where the sequence occurs and whether or not it is inverted.
• When the two signals differ in phase by 1? the XOR gate's output will be high for 1 / 180th of each cycle  the fraction of a cycle during which the two signals differ in value.
• If one allows only \ { | 0 \ rangle, | 1 \ rangle \ } as input values for both qubits, the TARGET output of the CNOT gate corresponds to the result of a classical XOR gate.
• :I think that perhaps to make a XOR gate you could consider how to make a NOT XNOR gate first-pick a medium that involves something flowing ( like water, or sand ), and let each switch divert the flow in opposite directions somehow.
• If the four NAND gates, below, are replaced by NOR gates, this results in an XNOR gate, which can be converted to an XOR gate by inverting the output or one of the inputs ( e . g . with a fifth NOR gate ).
• It is most common to regard subsequent inputs as being applied through a cascade of binary exclusive-or operations : the first two signals are fed into an XOR gate, then the output of that gate is fed into a second XOR gate together with the third signal, and so on for any remaining signals.
• It is most common to regard subsequent inputs as being applied through a cascade of binary exclusive-or operations : the first two signals are fed into an XOR gate, then the output of that gate is fed into a second XOR gate together with the third signal, and so on for any remaining signals.