The 12V24V(9 35V) up to 57V 10A DC boost module converter switch power supply is a compact, PCB based boost regulator designed to step up a 9 35V input to a higher voltage with a maximum output of 57V at up to 10A. It is suitable for 12V and 24V systems, including automotive, marine, solar, and industrial applications, where a higher voltage is required from a lower voltage source. Key benefits Flexible input range: supports 9 35V input, enabling use with common 12V and 24V systems. voltage capability: can deliver output voltages up to 57V to power higher voltage loads from a lower voltage source. Strong current performance: supports up to 10A of output current for demanding loads. Compact integration: designed as a module suitable for mounting in electronics projects and power systems without bulky power supplies. Simple implementation: provides a straightforward DC boost solution for upgrading voltage within a single compact unit. Key attributes Functionality: DC boost module converter for stepping up voltage. Input range: 9 35V, compatible with 12V and 24V systems. Output: up to 57V, with a maximum current of 10A. Output power: capable of delivering up to 570W (57V x 10A), subject to input power and efficiency limits. Compatibility: suitable for automotive, marine, solar, and industrial applications that require higher voltage from a lower voltage source. Construction: compact module built on a PCB for easy integration into existing assemblies and mounts. Performance: designed to provide reliable step up operation within the specified input and output ranges. Applications Automotive/vehicle electrical systems: power a 50V load or voltage accessory from a 12V or 24V battery. Solar and energy storage: run higher voltage devices from a 24V solar battery bank or other low voltage sources. Industrial and automation panels: supply higher voltage to sensors, controllers, or instrumentation from a lower voltage supply in a compact form factor. Notes for use Ensure the input voltage stays within 9 35V and the load current does not exceed 10A for sustained operation. Adequate heat dissipation is recommended for current loads. Use appropriate wiring and connectors sized for the expected current to maintain performance and safety.