Power adapter/inverter mean well DCWN06C-15, 6 W, input 36–72 V, output 15 V

Mean Well DCWN06C-15 is a compact 6 W DC-DC regulated converter designed for systems that require an isolated low-power supply. It accepts a wide input range of 36–72 V DC and provides a fixed dual output of ±15 V at ±0.2 A, with 3000 VDC input-to-output isolation. Supplied in a DIP through-hole package, this module is suitable for PCB-mounted integration in industrial control, instrumentation, telecom and LED driver applications. The unit is RoHS-compliant and intended for bulk use in production and system integration.

Advantages

The converter offers regulated dual outputs with low power dissipation and guaranteed isolation between input and output, enabling safe interfacing with sensitive electronics. Its through-hole DIP format simplifies PCB mounting and replacement in retrofit designs. The wide 36–72 V input range supports different DC bus voltages commonly found in industrial and telecom systems. Low output ripple and stable regulation under rated load make it suitable for precision sensors and control circuits.

Suitable for

• Industrial control electronics and PLC auxiliary supplies
• Instrumentation and measurement systems requiring isolated ±15 V rails
• Telecom and networking equipment with 48 V DC power buses
• Low-power LED driver control and interface circuits
• PCB-mounted modules and small-scale production assemblies

Key specifications

• Output power: 6 W total
• Input voltage range: 36–72 V DC
• Output voltages: ±15 V DC
• Maximum output current: ±0.2 A per rail
• Isolation voltage: 3000 V DC between input and output
• Package type: DIP through-hole for PCB mounting
• Regulation: regulated dual outputs with low ripple

How to use

Mount the DIP through-hole module on the PCB according to the manufacturer’s recommended footprint and ensure correct polarity for the DC input. Apply a DC supply within the 36–72 V range and verify that the connected load does not exceed ±0.2 A per output rail. Observe recommended clearance and creepage distances for the 3000 V isolation rating when designing the PCB and enclosures. Provide appropriate decoupling capacitors on the output if required by downstream electronics and follow standard soldering profiles for through-hole components.

Recommendations

Use the converter within specified input and output limits and incorporate proper fusing on the input side for system protection. Keep operating temperature and ventilation considerations in mind; follow the manufacturer’s thermal derating curves when placing the module near heat sources. For EMC performance, follow layout recommendations: shorten input and output traces, add filtering where necessary, and use a solid ground plane.