The 24V(22V40V) to 19V 10A Step Down DC DC Converter is a compact buck converter designed to generate a stable 19V output from higher voltage sources in the 22V to 40V range. It provides up to 10A of output current, enabling power delivery to devices that require a 19V input from a 24V system. Key benefits Provides a fixed 19V output from a wide input range (22V to 40V), supporting 24V systems and similar supplies. Delivers up to 10A, suitable for mid‑power 19V devices. Reduces the need for multiple adapters by enabling direct power conversion from common 24V sources. Enables easier integration into 24V systems for applications that require a 19V input. Key attributes Functionality: Stepdown (buck) DC DC converter with fixed output of 19V and input range of 22V–40V; current capability up to 10A. Compatibility: Suitable for devices and systems that require 19V input, particularly where a 24V rail is available. Size and form: Described as a compact DCDC converter module designed for integration into power designs and equipment. Material and build: Specific enclosure materials and dimensions are not specified; refer to the product datasheet for exact figures. Performance: Provides a regulated 19V output at up to 10A; performance is influenced by input voltage, load, and temperature. Specifications at a glance Input voltage: 22V to 40V (nominal 24V) Output voltage: 19V Maximum output current: 10A Type: Stepdown DCDC converter (buck) Use cases Laptop or notebook power from a 24V supply: Convert a 24V source to a stable 19V to run or charge a 19V laptop or similar device. 19V devices in a 24V system: Power equipment such as monitors, industrial controllers, or other 19V peripherals that are fed from a 24V rail. Powering test benches or development setups: Provide a reliable 19V supply for development boards and lab equipment from a 24V power source. Note: For exact dimensions, enclosure materials, wiring, and installation guidance, consult the product datasheet or manufacturer specifications. This description reflects the stated input, output, and current characteristics and typical applicability within those limits.