The 48V(30V60V) to 5V 1A Isolated Power Converter provides a compact, galvanically isolated means to derive a 5V supply from higher DC rails in the 30–60V range. With a nominal 48V input, it is designed to support systems that require an isolated, lowvoltage power source for logic and sensor devices. Key benefits Isolated 5V output protects sensitive electronics and reduces ground loop issues. Wide input range supports 48V industrial and telecom rails and other 30–60V sources. Delivers up to 1A of current, suitable for microcontrollers, sensors, and small peripherals. Compact form factor for spaceconstrained installations. Simple integration with existing 30–60V DC systems. Key attributes Functionality: isolated DCDC converter from 30–60V DC to 5V DC. Compatibility: suitable for industrial, automotive, and embedded applications that require an isolated 5V supply from higher voltage DC sources. Size: compact module designed for spaceconstrained installations. Performance: provides 5V output at up to 1A with galvanic isolation between input and output. Model/brand alignment: corresponds to the 48V(30V60V) to 5V 1A Isolated Power Converter specification. Applications Industrial automation and control panels requiring an isolated 5V logic supply from a 48V DC bus. Automotive or mobile equipment instrumentation that needs a safe 5V supply for microcontrollers and sensors from a 30–60V source. Test rigs, development benches, or remote monitoring stations that require an isolated 5V supply derived from higher voltage DC sources. Specifications at a glance Input voltage range: 30–60V DC (nominal 48V) Output voltage: 5V DC Maximum output current: 1A Isolation: galvanic isolation between input and output Type: isolated power converter for 5V logic devices from higher voltage DC rails Installation and operating considerations Ensure the input source stays within 30–60V DC and observe correct polarity. Provide adequate ventilation for reliable operation in continuousduty environments. Mount in a suitable enclosure or on a PCB as required by your application's mechanical constraints. Use appropriate wiring and connectors to maintain isolation integrity and minimize noise.