The 24V to 3.3V DCDC Buck Converter (Model: Buck Voltage Power Converter) accepts an input in the 8 V to 36 V range and provides a fixed 3.3 V output capable of delivering up to 1 A. It is designed to supply 3.3 V logic and peripheral devices from higher voltage sources found in automotive, industrial, and embedded environments. This module offers a simple, reliable solution for creating a stable 3.3 V rail from a wide variety of power sources. Key benefits Wide input range: 8 V to 36 V input tolerance enables operation from common sources such as 12 V and 24 V systems, expanding compatibility across vehicles, machinery, and batterypowered equipment. Fixed 3.3 V output: Delivers a steady 3.3 V rail for microcontrollers, sensors, and other 3.3 V devices without the need for manual adjustment or tuning. Up to 1 A output: Suitable for powering small to midsize 3.3 V loads in embedded projects and control circuits. Compact, easy integration: Designed for compact layouts and straightforward mounting in both prototyping and production environments. PCBbased construction: Built with standard electronic components on a compact printed circuit board for reliable, repeatable performance. Key attributes Functionality: DCDC buck conversion from 8–36 V input to a fixed 3.3 V output with a current capability up to 1 A. Compatibility: Ideal for powering 3.3 V logic devices, sensors, and peripherals in automotive, industrial, and embedded applications from higher voltage sources. Size and form factor: Compact design suitable for tight spaces and easy integration into systems and enclosures. Material and construction: PCBbased assembly using common electronic components to support dependable operation. Performance: Provides a stable 3.3 V output under load up to 1 A within its specified input range. Applications and use cases Automotive electronics: Powering 3.3 V microcontrollers and sensors from a vehicle's electrical system (8–36 V input range, 1 A max). Industrial control panels: Supplying 3.3 V logic and peripheral modules from 12 V or 24 V control power. Prototyping and development: Creating a reliable 3.3 V rail from lab or bench supplies for test rigs, development boards, and small scale projects requiring a stable 3.3 V supply. How this product helps Reduces the need for multiple voltage rails by converting a single higher voltage source to a stable 3.3 V supply. Simplifies system design with a fixed output, eliminating the need for adjustable regulators and associated tuning. Supports compact and robust equipment designs by providing a reliable 3.3 V rail from common power sources. Note: This description reflects the product's stated specifications of 8 V to 36 V input, 3.3 V fixed output, and up to 1 A current, and describes typical attributes, applications, and benefits without introducing unlisted features.