12V24V(935V) to 53V 2A DC power converter boost module switch power supply This DCDC boost module steps up a wide input voltage from 9 to 35 V to a 53 V DC output with a maximum current of 2 A. It is designed to enable higher voltage loads from common 12 V or 24 V sources while operating as a compact, switchmode power supply. Key benefits Enables higher voltage from lower voltage sources: Convert 9–35 V inputs (including 12 V and 24 V systems) to a stable 53 V output for compatible devices. Supports up to 2 A output current: Suitable for loads that require higher voltage without upgrading the input source. Switchmode efficiency: Implemented as a switching power supply, offering a compact solution for projects with space and weight considerations. Easy integration: Compact boost module intended for straightforward inclusion in automotive, solar, or other DC power applications with a need for 53 V operation. Key attributes Functionality: DCDC boost converter capable of raising input voltage within 9–35 V to a 53 V DC output, with a maximum output current of 2 A. Compatibility: Designed to work with 12 V and 24 V system sources within the specified input range, expanding their usable voltage for highervoltage loads. Performance: Switch power supply topology delivering up to 53 V at up to 2 A from eligible inputs, suitable for loads that require higher voltage than the available source. Form factor and materials: Specific dimensions, enclosure details, and materials are not provided here; intended as a module suitable for integration into appropriate DC power projects. Applications and use cases Automotive and mobile power: Generate 53 V for voltage modules, sensors, or devices from a vehicle's 12 V or 24 V electrical system. Solar and offgrid setups: Use solar or battery banks that provide voltages within 9–35 V to power 53 V loads such as voltagespecific drivers, test equipment, or voltage instrumentation. Laboratory and prototyping: Provide a 53 V supply from a lowervoltage source for bench tests, experiments, or development boards that require a fixed higher DC output. Implementation notes Ensure input voltage remains within the 9–35 V range and that the load current does not exceed 2 A to maintain proper operation. Observe correct polarity when connecting input and output to avoid damage. Adequate cooling may be required if the module operates near its maximum current for extended periods. This description reflects the product's stated specifications: a boost converter module that takes 12 V, 24 V, or other inputs within 9–35 V and delivers up to 53 V at 2 A as a DC power converter switchmode supply.