Akasa 150W DC-to-DC ATX Adapter 12V 180W Multicolour

The Akasa 150W DC-to-DC ATX Adapter accepts a stable 12V input and provides DC-to-ATX conversion with an output power capability of 180W. Designed for indoor use, this compact adapter measures 37mm in width, 55mm in depth and 15mm in height, allowing installation in constrained spaces. The unit has a multicolour finish that differentiates it visually without affecting technical performance.

Advantages

The adapter delivers reliable power conversion from a 12V DC source to standard ATX rails with an output power rating of 180W while maintaining a compact footprint. Its small dimensions allow integration into small form-factor systems, embedded devices or equipment racks where space is limited. The multicolour exterior provides a distinct appearance useful for identification in multi-unit installations.

Suitable for

• Small form-factor PCs and embedded computer systems requiring ATX power from a 12V supply
• Industrial control panels and instrumentation with centralized 12V distribution
• Prototyping and lab setups where a compact DC-to-ATX converter is needed
• Repair or retrofit projects replacing larger power supplies in confined enclosures

Key specifications

• Input voltage: 12V DC (stable input source required)
• Maximum output power: 180W
• Typical power rating reference: 150W nominal adapter rating
• Physical dimensions: 37 mm (W) × 55 mm (D) × 15 mm (H)
• Installation environment: indoor use only
• Finish: multicolour housing

How to use

Connect the adapter to a stable 12V DC supply capable of delivering sufficient current for the required output power. Mount the adapter in a location that allows adequate ventilation and secure it according to the enclosure or system mounting provisions. Attach the ATX output connector to the target motherboard or device, observing correct pin orientation and standard ATX connector wiring. Verify connections before powering on and monitor the system on first use to ensure stable operation within the adapter's output power limits.

Recommendations

Use a 12V power source with current capacity exceeding the adapter's maximum output demand to avoid voltage drop and overheating. Ensure the installation location is free from excessive dust, moisture and heat; maintain airflow around the adapter and avoid covering it. For critical systems, consider additional protection such as inline fuses or surge protection on the input supply and verify compatibility with the target device's power sequencing and standby requirements.