DM7486N

Gates and Inverters onsemi DM7486N Overview

Introducing the DM7486N XOR Gate, manufactured by onsemi, a powerhouse in integrated circuits technology. This versatile IC offers unparalleled functionality, making it a top choice for electronic circuits requiring XOR logic operations. With its 4 channels and 2 inputs, encapsulated in a 14DIP package, this gate ensures optimal performance and reliability in various applications.

DM7486N Features

• High-quality XOR gate: The DM7486N boasts four XOR channels, each accommodating two inputs, facilitating complex logical operations with ease.
• Robust design: Crafted by onsemi, a leading manufacturer renowned for its commitment to quality, this IC exhibits superior durability and longevity.
• Wide operating voltage range: With a broad voltage range, this gate is compatible with diverse electronic systems, offering flexibility in design and implementation.
• Compact form factor: Housed in a 14DIP package, this IC is space-efficient, enabling streamlined circuit layouts and optimizing board real estate.
• Low power consumption: Despite its powerful performance, the DM7486N consumes minimal power, enhancing energy efficiency in electronic applications.

DM7486N Applications

• Signal processing systems: The DM7486N is ideal for signal processing applications, including waveform generation and modulation, ensuring precise and efficient signal manipulation in communication systems and instrumentation.
• Arithmetic circuits: Incorporating XOR logic, this gate is essential in arithmetic circuits for functions such as addition and subtraction, facilitating accurate mathematical computations in calculators, digital counters, and data processing units.
• Data encryption: Leveraging XOR operations, the DM7486N plays a crucial role in cryptographic systems, safeguarding sensitive information by encrypting data streams in security devices and network communication protocols.
• Control systems: In control applications, this gate enables the implementation of logical control functions, allowing for the creation of responsive and adaptive control systems in industrial automation, robotics, and automotive electronics.