DM74LS279N

Latches onsemi DM74LS279N Overview

The DM74LS279N, manufactured by onsemi, is an integrated circuit latch quad S/R 16DIP. Designed for high-performance applications, this latch provides reliable and efficient operation for a wide range of electronic devices. Its robust construction and advanced features make it an ideal choice for industrial and commercial applications where dependable performance is crucial.

Featuring a quad S/R configuration, this latch enables simultaneous operation of multiple inputs, allowing for efficient data storage and retrieval. With a 16DIP package, it offers easy integration into existing circuit designs, minimizing installation time and effort.

Whether used in control systems, communication equipment, or other electronic devices, the DM74LS279N delivers unparalleled performance and reliability, making it a preferred choice for engineers and designers.

DM74LS279N Features

• Quad S/R latch configuration
• 16DIP package for easy integration
• High-performance operation
• Reliable and durable construction
• Suitable for industrial and commercial applications
• Efficient data storage and retrieval
• Compatible with various electronic devices

DM74LS279N Applications

• Industrial Control Systems: The DM74LS279N can be used in industrial control systems to store and manipulate critical data, ensuring smooth operation and accurate control of machinery and processes.
• Communication Equipment: In communication equipment such as routers and switches, this latch facilitates the handling of incoming and outgoing data signals, enabling efficient communication and data transfer.
• Automated Testing Equipment: With its quad S/R configuration, the DM74LS279N is well-suited for use in automated testing equipment, where multiple inputs need to be processed simultaneously for accurate testing and analysis.
• Consumer Electronics: From consumer appliances to electronic gadgets, this latch finds applications in various consumer electronics where reliable data storage and retrieval are essential for optimal performance and user experience.