MC74HC244AFR1

Buffers, Drivers, Receivers, Transceivers onsemi MC74HC244AFR1 Overview

The onsemi MC74HC244AFR1 part stands out in the industry as a prime example of a high-quality buffering solution in integrated circuit technology. This component is specifically designed to address the needs for stable and reliable signal conditioning in a wide array of electronic applications. Housed in a SOEIAJ-20 package, it provides non-inverting buffer performance with a supply voltage of up to 6V. As an expert in electronic components, it's evident that onsemi's dedication to delivering top-notch performance and reliability is encapsulated in the MC74HC244AFR1, making it an ideal choice for B2B customers who need bulk purchases of dependable and efficient ICs. The detailed construction and superior engineering ensure that signals are transferred with utmost integrity, preventing the loss or distortion that may occur in electrically noisy environments. The use of Buffers, Drivers, Receivers, Transceivers onsemi MC74HC244AFR1 in your designs guarantees a seamless and efficient operation, meeting the rigorous demands of modern electronic applications.

MC74HC244AFR1 Features

• Non-Inverting Buffers with High Output Current
• Up to 6V Operating Voltage Range
• SOEIAJ-20 Compact Package for Space Saving
• Low Power Consumption Suitable for Battery-Operated Devices
• High Noise Immunity Characteristic of CMOS Technology

MC74HC244AFR1 Applications

• Automotive Systems - Used in vehicle electronics to interface different subsystems while maintaining signal integrity.
• Data Communication Equipment - Acts as a line driver for long-distance communication where signal strength must be preserved.
• Computing Devices - Serves as a bus transceiver in computers to ensure correct data transfer among different components.
• Industrial Controls - Utilized in control systems to buffer outputs from microcontrollers to the control elements.
• Consumer Electronics - Integrated into devices such as smartphones and tablets to maintain clear signal pathways within densely packed circuits.