The 12V to 28V 3A DC Boost Module to Stabilized Power Converter is a compact board level solution that generates a stable 28V DC output from a 12V input source, delivering up to 3A of continuous current. It is designed for reliable operation in applications that require a higher voltage from a lower voltage power source. Key benefits Stable, regulated output: The module provides a stabilized 28V output, helping to protect connected devices from voltage fluctuations that occur with changing load. Broad compatibility with 12V sources: Suitable for use with common 12V power sources such as automotive systems, battery packs, and other 12V supplies. Adequate current headroom: Capable of supplying up to 3A to support mid power devices and peripherals. Easy integration: A compact, board level module intended for straightforward inclusion in custom projects and assemblies. Efficient boost operation: Designed to convert available 12V input power into a higher voltage output with emphasis on reliable performance. Key attributes Functionality: DCDC boost converter with stabilized output Input: 12V DC Output: 28V DC stabilized Maximum current: 3A Output regulation: Stabilized 28V Form factor: Compact module suitable for integration in custom projects Construction: Board level electronics suitable for inclusion in a variety of applications Applications and use cases Automotive and vehicle systems: Power 28V devices from a standard 12V vehicle battery, enabling higher voltage peripherals or test equipment to operate without a dedicated 28V supply. Off grid and solar setups: Run 28V equipment from a 12V battery bank or solar storage system, preserving battery versatility while supplying higher voltage loads. Prototyping and lab testing: Provide a regulated 28V source for development boards, instruments, or test rigs that require 28V but are powered from a 12V supply. Notes This module is designed to deliver up to 28V at a maximum of 3A. Output performance may vary with input ripple, wiring, and thermal conditions. Use proper wiring, follow safe electrical practices, and ensure adequate heat management for prolonged operation at higher load.