The 24V to 3.3V DCDC Buck Converter provides a stable 3.3V supply from a wide input range of 8V to 36V. With a maximum output of 3A, this buck voltage power converter is designed to power 3.3V logic devices, sensors, and wireless modules from automotive, industrial, or solar power sources. The unit emphasizes reliability and ease of integration, making it a practical choice for compact projects and field installations. Key benefits Wide input range 8V to 36V supports 12V and 24V systems commonly used in vehicles and industrial equipment Fixed 3.3V output delivers a predictable rail for 3.3V logic devices and sensors Compact PCB mounted module for easy integration into equipment and projects Efficient stepdown operation reduces heat and improves overall power management Reliable performance at up to 3A continuous current Simple integration with standard electronic components in a PCB mounted form factor Key attributes Functionality: 24V to 3.3V DCDC buck converter with input range 8V–36V and output up to 3A Compatibility: Suitable for powering 3.3V logic devices, sensors, and wireless modules from 8–36V sources Size and form factor: Compact, PCBmounted module designed for easy installation in tight spaces Material and construction: PCBmounted module built with standard electronic components for dependable operation Performance: Fixed 3.3V output with up to 3A maximum output current from a wide input range Use cases Automotive and mobile applications: Convert a 12V or 24V vehicle electrical system to a stable 3.3V supply for microcontrollers, sensors, and small peripherals Industrial control and automation: Power 3.3V sensors, IO devices, and wireless modules from a 24V control bus or power rail Remote or off grid systems: Use in solar or batterybased setups where a 24V source must feed 3.3V electronics for monitoring and communication Specification at a glance Input voltage: 8V to 36V Output voltage: 3.3V fixed Output current: Up to 3A Topology: Buck converter Form factor: PCB mounted module Applications: 3.3V logic devices, sensors, wireless modules from higher voltage sources