The DCDC Boost Converter is a compact module that takes a 9 to 20 V input and delivers a stable 48 V output at up to 1.5 A. Housed in a medium case, it is designed for use in battery and communication system applications where a higher voltage rail is required from a readily available lower voltage source. Key benefits Enables a 48 V rail from common 9–20 V sources such as batteries or vehicle power supplies, expanding the range of devices you can power from a single source. Provides a reliable voltage output for 48 V subsystems, RF equipment, and other gear that requires a 48 V supply. Medium case design supports convenient integration into equipment enclosures, cabinets, or battery packs with standard layouts. Helps simplify system design by reducing the need for multiple power sources, saving space and wiring complexity. Key attributes Functionality: DCDC boost converter that converts a 9–20 V input to a 48 V output with a maximum current of 1.5 A. Compatibility: Suitable for battery and communication systems that require a 48 V rail sourced from a 9–20 V supply. Size: Medium case enclosure, appropriate for compact system integration and panel mounting. Performance: Delivers up to 1.5 A at 48 V from the specified input range, enabling higher voltage operation of compatible devices. Model and spec alignment: Matches the described configuration of a DCDC boost converter with 9–20 V input and 48 V 1.5 A output in a medium case format. Applications and use cases Telecommunication and network equipment: Power 48 V RF amplifiers, line cards, or other 48 V subsystems from a portable 12–24 V battery or automotive power source in field deployments. Batterypowered systems and remote installations: Supply a stable 48 V rail for motors, sensors, or actuators in field equipment or remote sensing stations using common battery packs. Lab testing and development: Create a 48 V test supply from portable 9–20 V sources to test 48 V devices and prototypes in a controlled bench environment. Notes This description reflects the product's stated input range, output specification, and enclosure size (9–20 V input, 48 V output, up to 1.5 A, medium case) without additional features or alterations. For integration, verify connector types, mounting provisions, and any thermal or enclosure considerations per your specific implementation.