DM7407M

Buffers, Drivers, Receivers, Transceivers onsemi DM7407M Overview

The onsemi DM7407M is a high-performance buffer and driver designed to address the specific needs of the electronics industry. Ideal for applications that require high voltage and current handling capabilities, this device ensures reliability and efficiency. It operates at a maximum voltage of 5.25V and is packaged in a compact 14-SOIC format, making it suitable for dense circuit boards where space is at a premium. The DM7407M's non-inverting buffer design helps in maintaining signal integrity, particularly in environments subject to high noise levels. This makes the Buffers, Drivers, Receivers, Transceivers onsemi DM7407M an essential component for developers looking to optimize their electronic circuits while minimizing signal distortion and power loss.

DM7407M Features

The DM7407M from onsemi offers several key features making it highly suitable for sophisticated electronic designs:

• Non-inverting buffer maintains true signal integrity.
• Maximum voltage capacity of 5.25V for enhanced performance.
• Available in a 14-SOIC package for efficient use of PCB space.
• High noise immunity, ideal for volatile operational environments.
• Robust design enabling long-term reliability and functionality.

DM7407M Applications

• Logic Level Translation: Used to interface devices operating at different voltage levels, ensuring compatibility across diverse platforms.
• Bus Driver: Employs its high drive strength to stabilize signal transmission in multi-peripheral bus systems, enhancing communication reliability.
• Test Equipment: Integral in maintaining signal integrity under various test conditions, facilitating accurate measurements and diagnostics.
• High-Frequency Signal Buffering: Mitigates signal degradation in high-frequency applications, essential for telecommunications and data processing equipment.
• LED Displays: Drives LEDs with precise voltage levels for optimal brightness and performance, crucial in advertising and user-interface design.