12V24V(9 35V) to 53V 1A DC power converter boost module switch power supply is a compact DC DC boost converter that takes a wide DC input from 9 to 35 V (including 12 V and 24 V systems) and provides an output up to 53 V DC with a maximum current of 1 A. It is designed as a switch mode power supply to perform voltage boosting in a small module form factor. Key benefits Broad input compatibility: suitable for 9 35 V DC sources, covering typical automotive 12 V and 24 V systems. voltage output from a lower voltage source: delivers up to 53 V DC to drive higher voltage loads from a single low voltage input. Efficient power conversion: switch mode design enables effective boosting with compact form factor. Flexible integration: intended as a boost converter module that can be incorporated into various DC power architectures. Key attributes Functionality: DC power converter boost module (DC DC switch power supply) that increases input voltage to a higher, regulated 53 V output. Input range: 9 35 V DC. Output characteristics: up to 53 V DC at a maximum of 1 A. Model alignment: 12V24V(9 35V) to 53V 1A DC power converter boost module switch power supply. Compatibility: suitable for systems powered by 9–35 V DC sources, including common 12 V and 24 V configurations. Size and material: size and enclosure material are not specified in the product title; no additional details are provided here. Performance note: sustained output current and voltage are stated limits; actual performance depends on load, input stability, and cooling conditions. Applications and use cases Automotive or mobile power projects: convert 12 V or 24 V vehicle power to a stable 53 V supply for 53 V devices or modules. Laboratory experiments and prototyping: use as a compact source to explore 53 V powered loads from a lower voltage supply within the 9–35 V range. Small scale voltage loads: power 53 V rated electronics, LED drivers, sensors, or other devices from a lower voltage DC source such as batteries or power rails within the specified input range. Notes for usage Ensure the input source remains within 9–35 V DC to maintain proper operation. Observe the 1 A output limit when selecting loads to avoid overloading the module. Verify compatibility with your load's voltage and current requirements before integration.