The DCDC Boost Converter (9V20V Input to 48V 1.5A Output, Medium Case) is designed to generate a 48 V supply from common lower voltage sources. It accepts 9 to 20 V input and delivers up to 48 V at 1.5 A, making it suitable for batterypowered and communication system applications where a stable 48 V rail is required. The unit is packaged in a medium case to fit into compact enclosures and panels. Key benefits Enables 48 V operation from common lower voltage sources, simplifying system design and reducing the need for multiple power rails. Wide input range (920 V) accommodates a variety of sources, including battery packs and mobile or vehicle power. Delivers a 48 V output at up to 1.5 A, suitable for powering 48 V subsystems and equipment. Medium case provides a compact footprint for tight or restricted installation spaces. Designed for use in battery and communication systems, supporting reliable operation in field deployments and equipment racks. Key attributes Functionality: DCDC boost converter converts 920 V input to 48 V output with a maximum current of 1.5 A. Compatibility: Suitable for batterypowered applications and communication systems that require a 48 V rail. Size: Medium case, appropriate for panel mounting or enclosure integration. Performance: Provides 48 V at up to 1.5 A from a 920 V input. Use cases Remote communications equipment: power 48 V telecom or data signaling gear from a 12 V automotive or portable battery source in field deployments. Laboratory and development work: supply a 48 V test rail for prototypes and measurement equipment from a 920 V bench supply or battery pack. Mobile or offgrid installations: energize 48 V sensors or modules in solar, wind, or portable power systems using readily available lower voltage sources. Applications Battery and communication systems requiring a stable 48 V supply derived from a 920 V input. Environments where compact, mediumsized enclosures are preferred for power electronics. Scenarios where a single boost stage is used to create a 48 V rail from common voltage sources.