24V to 7.5V DCDC Buck Converter (10V36V Input, 2A Output) The 24V to 7.5V DCDC Buck Converter is a compact power module that steps down a higher voltage to a stable 7.5V DC output with a maximum current of 2A. It accepts a wide input range from 10V to 36V, making it suitable for use with 24V systems and other DC supplies within range. This module provides a straightforward solution for powering 7.5V devices from a single voltage source. Key benefits Enables 7.5V devices to run from common 24V and other DC rails without multiple regulators. Supports compact and centralized power architectures by providing a single regulated 7.5V output. Wide input range (10V to 36V) offers flexibility across different power sources and configurations. Delivers up to 2A of current, suitable for small to medium 7.5V loads. Key attributes Functionality: DCDC buck converter that steps down voltage from the input rail to a 7.5V output. Input range: 10V to 36V DC. Output: 7.5V DC, up to 2A maximum. Output type: Direct current (DC) power suitable for 7.5V devices. Form factor: Compact module designed for easy integration into systems and enclosures. Compatibility: Suitable for applications where a 7.5V supply is needed from a higher voltage source within the specified input range. Performance: Designed to provide a regulated 7.5V output capable of supplying up to 2A, within the stated input range. Applications Industrial control panels that require a 7.5V supply for logic circuits, sensors, or peripheral modules from a 24V or higher DC power source. Automotive and mobile equipment setups where 7.5V electronics can be powered from a 24V or other DC system within the 10–36V range. Robotics projects and prototyping where microcontrollers, drivers, or sensors operate at 7.5V and are powered from a higher voltage supply. Specifications at a glance Model: 24V to 7.5V DCDC Buck Converter Input voltage range: 10V–36V DC Output voltage: 7.5V DC Maximum output current: 2A Type: Buck converter (DCDC) Notes This description reflects the product's stated specifications and typical use as a 7.5V output from a 10–36V input with a 2A current capability. For results, ensure the load current does not exceed 2A and the input voltage remains within the specified range.