SD25A24 25W isolated DC-DC converter Overview - The SD25A24 is a 25W isolated switching power supply DC-DC converter that provides a safe and stable 24V output from a 12V input. - Output: 24V DC with a rated current of 1.1A. - Isolation: galvanic isolation between input and output helps protect connected equipment and reduce noise and ground loop issues. - Packaging: sold in lots of 4 pieces for convenient stocking and multi-channel deployments. Why you need it - Reliable 12V to 24V conversion: convert a 12V source to a stable 24V rail for devices that require 24V operation. - Safe power delivery: isolation between input and output enhances safety and reduces risk of ground-related interference. - Consistent performance: designed for stable and dependable power conversion suitable for electronics that demand steady voltage. Key attributes - Function: isolated DC-DC converter for stepping up 12V to 24V with a dedicated output current of 1.1A. - Compatibility: suitable for systems and devices that require a 24V supply derived from a 12V source. - Performance: 25W rated output power, delivering clean and reliable 24V DC power. - Durability: engineered for steady operation in practical applications requiring reliable voltage conversion. - Form factor and packaging: provided in a pack of 4 units to support multi-point deployments or replacements. 2-3 practical use scenarios - Automotive and mobile equipment: power 24V control electronics or sensors from a 12V vehicle battery, enabling compatibility with 24V modules without changing the primary supply. - Industrial automation panels: generate a 24V rail from a 12V power source to run 24V sensors, actuators, or controller peripherals in compact control cabinets. - Remote telecom and data devices: supply 24V DC to remote equipment from a 12V power source, facilitating installations where a 24V rail is required for operation and safety isolation. Installation and usage notes - Ensure correct polarity on input and output connections. - Provide adequate ventilation and observe any system temperature limits during operation. - Use appropriate wiring practices to maintain isolation and safety between input and output circuits.