In this guide, you’re going to learn what the 74×86 IC does and how to hook it up in a circuit. What does the 74HC86 / 74LS86 do? The 74×86 gives you four basic XOR gates that can be used individually. An XOR gate is a logic gate that outputs 1 (HIGH) if its inputs are NOT equal (one input is 1 and the other one is 0).

TI’s SN74LS86A is a 4-ch, 2-input, 4.75-V to 5.25-V bipolar XOR (exclusive OR) gates. Find parameters, ordering and quality information

TI 的 SN74HC86 是一款 4-ch, 2-input, 2-V to 6-V 5.2 mA drive strength XOR (exclusive OR) gate。 查找参数、订购和质量信息 主页 逻辑和电压转换

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. The output of the IC always comes in TTL which makes it easy to work with other TTL devices and microcontrollers.

TI 的 SN74LS86A 是一款 4 通道、双输入、4.75V 至 5.25V 双极 XOR（异或）门。 查找参数、订购和质量信息.

TI 的 SN74LVC1G86 是一款 单路 2 输入、1.65V 至 5.5V XOR（异或）门。 查找参数、订购和质量信息.

74LS86 is a quadruple XOR gate digital IC. XOR gates are logic gates with the combination of two NOT, two AND & one OR gates. This article is going to explain pin configuration, datasheet pdf, a circuit using gate IC, and other details about the 74LS86 XOR gate.

This guide explores the intriguing realm of the 74×86 integrated circuit and its variants, such as the 74LS86 and 74HC86. Featuring four independent XOR gates, this chip serves as a building block for a wide range of electronic applications.

74LS86 is a quadruple XOR gate digital IC. There are three types of gates AND, NOT and NAND gate but with these gates, we can make multiple gates according to the requirement. Some times these three gates don’t fulfill the requirement then-new gates can be designed with the combination of these three (AND, NOT, OR) gates.

What does the 74HC136 / 74LS136 do? The 74×136 gives you four open-collector XOR gates that can be used individually. An XOR gate is a logic gate that outputs 1 (HIGH) if its inputs are not equal (one input 1 and the other one 0). In the truth table below, you can see what the output will be for any given input: