Overview This device is a stabilized isolated DCDC converter that takes a voltage DC input in the 50100 V range and provides a regulated 24 V DC output at 1 A. The output is galvanically isolated from the input, enabling safe power delivery to 24 V loads in systems with various ground references and commonmode noise. Key benefits Isolated 24 V power: galvanic isolation between input and output reduces ground loops and protects sensitive equipment from voltage sources. Regulated output: delivers a stable 24 V DC to connected devices, helping to maintain reliable operation when input voltage varies. Wide input tolerance: supports a broad input range (50100 V DC), enabling use with different voltage sources without additional regulation. Simplified power architecture: provides a dedicated 24 V rail for peripherals, sensors, controllers, and other 24 V devices in voltage systems. Clear specification alignment: designed to map directly from the specified input range to a fixed 24 V output at 1 A, suitable for industrial, automotive, and similar applications. Key attributes Functionality: stabilized isolated DCDC conversion from 50100 V DC input to 24 V DC output. Output: 24 V DC at 1 A (rated). Isolation: galvanic isolation between input and output to improve safety and noise immunity. Compatibility: suitable for powering 24 V loads in environments with voltage DC supplies, including automotive, industrial control panels, and solar/energy storage configurations. Model relevance: product is described as a 60V72V(50100V) to 24V 1A stabilized isolated power converter, preserving input and output specifications and isolation features. Physical considerations: specific dimensions and housing materials are not stated in the provided information. Applications and use cases Automotive and commercial vehicle systems: power 24 V controllers, sensors, or auxiliary circuits from a 60100 V battery or bussing system while maintaining electrical isolation from the main HV supply. Industrial control panels: supply 24 V peripherals, PLC interfaces, or remote sensors from a higher voltage DC distribution, reducing the risk of ground loops and noise coupling. Solar and energy storage installations: provide a stabilized 24 V rail for auxiliary electronics and monitoring equipment derived from a higher DC bus used in the system. Usage guidance Connect the input terminals to a DC supply within the 50100 V range. Connect the output terminals to the 24 V load that requires 1 A maximum current. Ensure proper wiring practices to maintain the integrity of the isolation barrier and to meet your system safety requirements. Refer to the system design to determine whether additional protection (fuses, enclosures, or EMI considerations) is appropriate for your application. Notes The description reflects the product's stated input range, output, stabilization, and isolation characteristics as described in the model title. No additional features, dimensions, materials, or protections are specified here.