performance DCDC voltage converter for reliable, efficient voltage conversion in compact systems. Key benefits Wide input range (2 V to 24 V) accepts many common power sources so you can power devices from small batteries up to vehicle or industrial supplies. Up to 28 V maximum output voltage lets you drive devices that require higher rail voltages while keeping the converter small and flexible. Maximum output current 2 A supports a broad range of low to moderatepower loads. Up to 93% efficiency reduces wasted energy and heat, improving battery runtime and simplifying thermal management. What it does and why it helps Converts an input voltage anywhere between 2 V and 24 V into a regulated output up to 28 V, allowing a single power module to service multiple applications without frequent reconfiguration. efficiency minimizes power loss, which is important in batterypowered systems, embedded projects, and tight enclosures where heat dissipation is limited. 2 A output capability delivers enough current for sensors, control boards, small actuators, and LED loads while remaining suitable for compact designs. Compatibility and practical attributes Function: DCDC voltage conversion (stepup/regulated output up to specified maximum). Input compatibility: works with a wide variety of sources within the specified 2 V–24 V range (examples: singlecell battery packs, multicell battery packs, 12 V vehicle systems, small solar panels or regulated supplies). Output capability: regulated output up to 28 V with a maximum continuous output current of 2 A. Performance: efficiency up to 93% for lower energy loss and reduced heat generation. Design: solidstate converter suitable for integration into compact electronic products and enclosures; intended for systems where size and efficiency matter. Typical applications (practical use scenarios) Portable electronics and batterypowered projects: step up or regulate battery voltages to power sensors, microcontrollers, and communication modules while conserving battery life. Automotive and vehicle accessories: accept 12 V vehicle power or fluctuating battery voltages and provide a stable output up to 28 V for instrumentation, small modules, or LED lighting (within current limits). Small industrial or solar systems: use with solar panels or 24 V supplies to produce a stable highervoltage rail for controllers, measurement equipment, or LED drivers in compact installations. Specifications (as supplied) Maximum output current: 2 A Input voltage range: 2 V to 24 V Maximum output voltage: 28 V Efficiency: up to 93% Notes for use Observe the 2 A current limit and 28 V maximum output to avoid damaging connected devices. Ensure adequate wiring and connection quality for the intended current to prevent voltage drop. Consider thermal conditions in your enclosure; efficiency reduces heat but does not eliminate the need for appropriate mounting and ventilation in continuous load scenarios.