XOR 게이트

노트

• It turns out the XOR gate is an incredibly useful function in digital logic.
• An XOR gate (A ⊻ B) is a gate that uses two inputs and the output is toggled to "on" when one switch is "on" and one switch is "off".
• Because of these properties, XOR gates are commonly found in complex redstone circuits.
• Beyond torches and pistons, various diodes can be used to produce fairly compact and cheap XOR gates.
• The XOR gate has a lesser-known cousin called the XNOR gate.
• One of the most common uses for XOR gates is to add two binary numbers.
• The truth table, derived directly from the XOR truth table, uses an XOR gate with one input tied to a signal named “control”.
• As a result, the spin-accumulation voltage detected by the output electrode exhibits three different voltages, represented by an xor gate.
• Charge-current detection of the spin xor gate is also demonstrated.
• The detected charge current has a maximum of 1.67 nA, the highest value in spin xor gates reported thus far.
• to output C of the XOR gate to observe the pulse width of the output of the logic gate.
• The XOR gate stands for the Exclusive-OR gate.
• The plus(+) sign within the circle is used as the Boolean expression of the XOR gate.
• So, the symbol of the XOR gate is ⨁. This Ex-OR symbol also defines the "direct sum of sub-objects" expression.
• The main disadvantage of this implementation is that we need to use different types of gates to form a single XOR gate.
• The XOR gate utilizes six transistors to achieve a compact circuit design and was fabricated using the 130 nm IBM CMOS process.
• The performance of the XOR circuit was validated against other XOR gate designs through simulations using the same 130 nm CMOS process.
• This pass-transistor XOR thus does not suffer from signal level deteriorations like other pass-transistor XOR gates.
• The mask layout of the XOR gate illustrated in Figure 7 was fabricated in the 130 nm IBM CMOS process.
• First proposed circuit reduces leakage power consumption up to 50% at 25°C and 58% at 110°C as compared to standard N-type domino XOR gate.
• It also reduces active mode power consumption by 14% as compared to standard N-type domino XOR gate.
• XOR gates are the fundamental units, it is used in many VLSI applications such as adders and microprocessors.
• Standard domino XOR gate requires two phase input signals, one is original and the other is inverted signal.
• As discussed earlier, the Boolean expression for XOR gate cannot determined directly like AND, OR gates.
• We can have XOR gate with more than 2 inputs, in some cases.
• For XOR gates, we can have the HIGH input when odd numbers of inputs are at HIGH level.
• IC 7486 is used as quad 2-input XOR gate.
• XOR gates are also used to determine the parity of a binary number, i.e., if the total number of 1’s in the number is odd or even.
• As a result, XOR gates are used to implement binary addition in computers.
• A half adder consists of an XOR gate and an AND gate.
• An XOR gate can be constructed using MOSFETs.
• XOR gates produce a 0 when both inputs match.
• This is the reason an XOR gate is also called an anti-coincidence gate or inequality detector.
• If an XOR gate has more than two inputs, then its behavior depends on its implementation.
• In the vast majority of cases, an XOR gate will output true if an odd number of its inputs is true.

메타데이터

위키데이터

• ID : Q155516

Spacy 패턴 목록

• [{'LOWER': 'xor'}, {'LEMMA': 'gate'}]
• [{'LEMMA': 'EOR'}]
• [{'LOWER': 'exclusive'}, {'LEMMA': 'or'}]