The Y2 boost module DC power converter is designed to take a 12 V to 24 V DC input and deliver a boosted output up to 28 V DC with a maximum current rating of 8 A. This 12–24 V to 28 V converter provides a compact, readytouse solution for powering 28 V devices from common lower voltage sources. Key benefits Enables 28 V operation from standard 12 V or 24 V sources, expanding compatibility for devices that require 28 V. Provides a single, integrated boost solution to derive a higher voltage rail from a lower voltage supply. Up to 8 A output current supports mid level load applications while keeping the system simple and compact. Helps simplify power design by reducing the need for multiple voltage sources in mixedvoltage systems. Key attributes Functionality: DCDC boost conversion from 12–24 V input to up to 28 V output. Compatibility: Suitable for systems that operate at 12 V or 24 V and require a 28 V load rail. Output capability: Maximum output current of 8 A. Model: Y2 boost module DC power converter. Application: General purpose boost conversion to supply 28 V devices from a 12–24 V source. Specifications at a glance Input voltage: 12–24 V DC Output voltage: up to 28 V DC Maximum output current: 8 A Type: Y2 boost module DC power converter Use cases Automotive applications: Power 28 V actuators, sensors, or controllers from a 12 V or 24 V vehicle battery. Industrial equipment: Provide a 28 V control or actuating rail derived from a lowervoltage power source in machinery. Renewable energy and offgrid setups: Supply 28 V devices from a 12 or 24 V battery or array when a higher voltage rail is required. How to use Connect the input terminals to a 12–24 V DC power source. Connect the 28 V output terminals to the target device, ensuring the device current remains at or below 8 A. Verify secure wiring and correct polarity to maintain reliable operation. Notes This description reflects the product as a 12–24 V input to 28 V output boost module with a maximum 8 A current rating, model Y2. No additional features beyond the stated specifications are described here.