DPA423R

Special Purpose Regulators Power Integrations DPA423R Overview

The Power Integrations DPA423R is a state-of-the-art IC specifically designed for efficient power conversion in PoE (Power over Ethernet) applications. As a standout component in the realm of Special Purpose Regulators, this device is engineered to facilitate reliable and continuous power management. The DPA423R, housed in a TO263-7C package, is an integral solution tailored for systems requiring stable and efficient voltage regulation. Its robust design and advanced technology ensure optimal performance for demanding applications, making it a preferred choice among B2B customers seeking bulk purchase options for high-quality power solutions.

DPA423R Features

The DPA423R integrates several key features that distinguish it from other regulators in its class. It offers high efficiency with minimal thermal footprint, thanks to its advanced circuit design. This regulator is capable of handling high input voltages and provides a regulated output with exceptional load and line regulation characteristics. Furthermore, the DPA423R is designed for easy implementation into existing designs, supporting a wide range of input voltages and is highly reliable under various environmental conditions.

DPA423R Applications

• Power over Ethernet Devices: The DPA423R is utilized in PoE applications to convert high input voltage to levels suitable for Ethernet devices, ensuring safe and efficient operation.
• Telecommunication Equipment: In telecom infrastructures, this IC helps manage power supply consistency, crucial for the uninterrupted service of communication technologies.
• Networking Hardware: Used in routers, switches, and modems, the DPA423R regulates power to support stable networking performance and reliability.
• Industrial Systems: Ideal for robust industrial applications, the DPA423R ensures that machinery and production equipment operate under stable power conditions.
• Security Systems: This regulator is also essential in security systems, providing dependable power management to critical surveillance and monitoring devices.