The 12V24V(935V) to 48V 1.5A DC power converter boost module switch power supply is a compact switching DCDC boost converter that takes input voltages in the 935V range (including 12V and 24V systems) and delivers a steady 48V output at up to 1.5A. It is designed for reliable stepup power delivery in automotive, industrial, and hobby projects. Key benefits Enables 48V loads from common low voltage sources: Power 48V devices from a 12V or 24V battery or other sources within the 935V span. Efficient operation: Switching regulator design minimizes heat compared with linear options, improving energy efficiency in portable or enclosed installations. Compact, integration friendly: Small module form factor suitable for tight spaces, enclosures, or panel integration in projects and vehicles. Stable 48V at moderate current: Provides a dependable 48V output up to 1.5A for compatible devices and applications. Flexible input range: Works with a variety of source voltages in the 935V window, offering versatility across different power systems. Key attributes Functionality: DC power converter boost module; converts input voltage to a fixed 48V output using a switching topology. Compatibility: Input voltage range 935V; fixed output 48V; maximum output current 1.5A. Size and form: Compact module engineered for easy integration into existing projects, harnesses, or control cabinets. Material: Standard module construction suitable for inclusion in electronic assemblies and enclosures. Performance: 48V output capable of delivering up to 1.5A from suitable input sources within the specified range. Applications and use cases Automotive and mobile systems: Draw 48V power for sensors, controllers, or actuators from a 12V or 24V vehicle electrical system, enabling 48V equipment in cars, trucks, boats, or RVs. Industrial and laboratory equipment: Supply 48V instrumentation or prototype hardware from bench power supplies or battery sources without a dedicated 48V supply. Robotics and automation prototyping: Run a small 48V actuator or motor from a common 12V/24V battery pack for testing and development. Installation and operation considerations Input within 935V: Ensure the power source remains within the specified input range for proper operation. Load limit: Do not exceed the 1.5A maximum output current to avoid overloading the module. Heat dissipation: Provide adequate ventilation or thermal management if operating near the current limit, as switching regulators generate heat under load. Polarity and connections: Connect input and output with correct polarity and follow the device's installation guidance or datasheet for wiring and mounting.