The DCDC Isolated 12V24V (936V) to 12V 5A Stepdown Module is a compact, isolated buck converter that converts a wide range of DC input voltages into a stable 12V output with a maximum current of 5A. It provides galvanic isolation between input and output to help protect connected devices and reduce noise transfer in mixedvoltage systems. Key benefits Wide input range: accepts 9 to 36V DC, enabling use with automotive, industrial, and solar power sources. Fixed 12V output: delivers a reliable 12V supply for downstream devices up to 5A. Inputoutput isolation: isolates the output from the input ground to protect sensitive electronics and minimize ground loops. Easy integration: designed as a module for straightforward mounting and wiring in existing systems. Safe power delivery: helps safeguard connected components by keeping the output separate from input transients and noise. Key attributes Functionality: isolated DCDC buck converter that steps down from 936V to a fixed 12V output. Compatibility: suitable for automotive (12V and 24V systems), industrial controls, solar/battery installations, and other applications requiring a stable 12V supply from a higher or fluctuating input. Size and form factor: modulebased design intended for easy integration into panel mounts or PCB assemblies. Material and construction: module configuration appropriate for standard DCDC conversion applications (no adjustable output required). Performance: fixed 12V output with a maximum current of 5A, providing up to 60W of output power (12V x 5A). Isolation between input and output helps protect circuits and reduce interference. Use cases Automotive and mobile systems: power 12V devices such as invehicle infotainment, sensors, or control modules from a 936V automotive electrical system, while maintaining electrical isolation. Industrial equipment and control panels: supply 12V peripherals or PLC I/O modules from higher supply rails, with isolation to protect the control logic from transient spikes. Remote sensing and security systems: power 12V cameras, sensors, or local electronics from solar, wind, or battery banks that provide 936V, ensuring a stable 12V supply with electrical isolation. Notes Ensure the input voltage remains within the 936V DC range and account for any transients in the application environment. Provide adequate cooling for the module if operating near the 5A maximum, and mount in a location with reasonable air flow.