Voeding/converter Mean Well DCWN06A-12 — 12 V, 0,25 A, 6 W

Mean Well DCWN06A-12 is a compact DC-DC regulated dual-output converter that provides nominal 6 W power with ±12 V outputs at up to ±0.25 A. The module accepts an input range of 9–18 V DC and delivers two isolated outputs, making it suitable for applications requiring bipolar supplies from a single DC source. Its small DIP through-hole package and 3000 VDC input-to-output isolation support integration into industrial and commercial control assemblies while meeting RoHS compliance for reduced hazardous substances.

Advantages

The converter offers regulated dual outputs with low-profile DIP through-hole packaging for straightforward PCB mounting. High galvanic isolation between input and outputs enhances system safety and reduces ground-loop interference. Its wide input voltage window provides flexibility for varying supply conditions, and the compact form factor minimizes board space usage in embedded systems and control modules.

Suitable for

• Powering sensors and transducers that require bipolar supplies
• Small LED modules and indicator circuits with ±12 V requirements
• Embedded systems and control modules in industrial equipment
• Signal conditioning and analog front-ends needing isolated supplies

Key specifications

• Input voltage: 9–18 V DC
• Output voltages: ±12 V DC
• Maximum output current: ±0.25 A per rail
• Total nominal output power: 6 W
• Input-to-output isolation: 3000 V DC
• Package type: DIP through-hole
• Regulation: DC-DC regulated dual outputs
• Compliance: RoHS

How to use

Mount the DCWN06A-12 in a PCB designed for a DIP through-hole package and ensure correct orientation of input and output pins according to the module pinout. Supply the module with a stable DC voltage within the 9–18 V range. Connect the bipolar outputs to the target circuitry, observing polarity and maximum current ratings. Allow for adequate clearance and creepage distances on the PCB to preserve the 3000 V isolation between input and outputs. Verify thermal conditions in the final enclosure; although the device is designed for low-power applications, provide airflow or spacing as needed for reliable operation.

Recommendations

For reliable long-term performance, avoid operating continuously at maximum current and maintain input voltage within the specified range. Implement proper decoupling at the outputs and follow the manufacturer’s grounding and layout guidelines to minimize noise and preserve isolation. When integrating into safety-critical systems, perform insulation and EMC tests according to your application standards.