异或门 （英语：Exclusive-OR gate，简称XOR gate，又称EOR gate、ExOR gate）是数字逻辑中实现逻辑异或的逻辑门。 有多个输入端、一个输出端，多输入异或门可由两输入异或门构成。

异或门 （英語： Exclusive-OR gate，簡稱 XOR gate，又稱 EOR gate 、 ExOR gate）是数字逻辑中实现 逻辑异或 的 逻辑门，功能见右侧 真值表。 若两个输入的电平相异，则输出为高电平（1）；若两个输入的电平相同，则输出为低电平（0）。 这一函数能实现模为2的加法，因此，异或门可以实现计算机中的二进制加法。 半加器 是由异或门和 与门 组成的。 下列包括逻辑门的3种符号：形状特征型符号（ANSI / IEEE Std 91-1984）、 IEC 矩形国标符号（IEC 60617-12） …

Exclusive-OR Gates are used mainly to build circuits that perform arithmetic operations and calculations especially Adders and Half-Adders as they can provide a “carry-bit” function or as a controlled inverter, where one input passes the binary data and the other input is supplied with a …

Exclusive-OR Gate, also known as EX OR Gate or XOR Gate, is a type of derived logic gate that is obtained by combining standard logic gates. It is a logic gate having only two inputs and one output.

High-speed CMOS IC 74HC86 contains four EX-Or gates. Exclusive NOR gate is also called as EX-NOR or X-NOR gate. An X-NOR gate is a combination of an X- OR gate and a NOT gate. This circuit operates just opposite to the X-OR circuit.

2024年9月17日 · Exclusive OR Gate, also known as EX OR Gate or XOR Gate, is an important digital logic gate, which implements an exclusive or logic i.e., the output is HIGH if and only if one of the inputs is HIGH. If both the inputs are LOW or HIGH, then the output is LOW. There are multiple standards for defining an electronic component.

2023年5月17日 · The popularly used IC for Ex-OR gates is TTL Logic-based 74LS86 and CMOS Logic-based CD4030.

2020年7月22日 · The 74LS86 IC package contains four independent positive logic 2-input exclusive OR (XOR) Gates. It is the part of 74XXYY IC series. The 74LS86 IC has a wide range of working conditions & directly interfaces with CMOS, NMOS, and TTL.

2015年8月27日 · XOR Circuit Diagram. Here we are going to use 74LS86 IC for demonstration, this chip has 4 EX-OR gates in it, and we are going to use of them.

XOR gate (sometimes EOR, or EXOR and pronounced as Exclusive OR) is a digital logic gate that gives a true (1 or HIGH) output when the number of true inputs is odd. An XOR gate implements an exclusive or ( ) from mathematical logic; that is, a true output results if one, and only one, of the inputs to the gate is true.