MC74F827DWR2

Buffers, Drivers, Receivers, Transceivers onsemi MC74F827DWR2 Overview

The onsemi MC74F827DWR2 is a high-performance bus driver designed for use in applications requiring efficient and reliable transmission of data. This component is part of the F/FAST series, which is known for its ability to operate at higher speeds than standard logic circuits. The MC74F827DWR2 is optimized for minimizing propagation delays and reducing the overall power consumption, making it an excellent choice for sophisticated electronic systems. As a trusted component from onsemi, the MC74F827DWR2 ensures robust performance and durability.

MC74F827DWR2 Features

The MC74F827DWR2 bus driver boasts several features that enhance its functionality and reliability in various applications:

• Advanced F/FAST series technology for high-speed operation.
• Designed to drive heavy loads with minimal delay and power consumption.
• Multiple output configurations to support various data transmission requirements.
• Improved signal integrity and reduced crosstalk.
• Available in a wide-operating temperature range suitable for industrial environments.

MC74F827DWR2 Applications

• Data Communication Equipment: The MC74F827DWR2 can be used to manage data flow efficiently in servers and routers, ensuring high-speed data processing and transmission.
• Industrial Automation Systems: In automation applications, this bus driver helps facilitate the control and monitoring processes, enhancing the response times and reliability of automated machinery.
• Consumer Electronics: The MC74F827DWR2 is ideal for high-performance consumer electronics where fast data transmission is crucial, such as in advanced gaming consoles or high-speed video interfaces.
• Networking Equipment: Utilized in networking hardware, such as switches and modems, to ensure robust data signaling and integrity across multiple channels.
• Computing Interfaces: Essential for expanding the capabilities of computing devices by enabling faster and more efficient communication between core components and peripherals.