The 48V(30V60V) to 5V 5A Isolated Power Converter delivers a regulated 5V output from a 3060V DC source, with galvanic isolation between input and output. The nominal rail is 48V, while the input range accommodates 30V to 60V for flexible integration in various systems. Key benefits Efficiently derive a reliable 5V supply from a higher voltage DC rail (3060V), enabling direct powering of 5V logic, sensors, and controllers. Isolated output protects sensitive circuitry and reduces groundloop risks by providing galvanic separation between input and output. Capable of delivering up to 5A at 5V, providing up to 25W of regulated output power for common 5V loads. Compact and practical form factor suitable for compact enclosures and tight installation spaces. Simple integration for systems that use a 48V or higher DC distribution, reducing the need for multiple converters. Key attributes Functionality: Isolated DCDC converter stepping down from 3060V input to a regulated 5V output at up to 5A (25W). Compatibility: Designed for 48V rail systems and other 3060V sources requiring a 5V supply for downstream electronics. Size: Compact form factor intended for easy mounting in spaceconstrained environments. Material: Encapsulation and enclosure designed for robustness in typical industrial or telecom applications. Performance: Delivers a stable 5V output with galvanic isolation, suitable for protecting and powering 5V loads from higher voltage DC systems. Applications and use cases Industrial control panels powered from a 48V DC distribution rail, supplying 5V logic and sensor electronics. Telecommunication equipment operating on a 48V DC infrastructure, where a safe, isolated 5V supply is needed for microcontrollers and peripheral devices. Embedded systems in 48V automotive or hybrid platforms requiring an isolated 5V supply for control electronics and data processing units. Notes Input voltage range: 30V to 60V DC, with a 48V nominal rail. Output: 5V DC at up to 5A (maximum output power of 25W). Isolation: Provides isolated output from the input to enhance safety and reduce groundloop issues.