Power adapter/inverter MEAN WELL DPBW06F-15 — 6 W, 15 V, 0.2 A

MEAN WELL DPBW06F-15 is a compact DC-DC converter designed for PCB mounting, offering dual isolated outputs of ±15 V at 0.2 A with a total output power of 6 W. The module accepts a wide input range from 9 to 36 VDC and is supplied in a SIP through-hole package suitable for embedded designs, prototyping and small appliances that require a stable dual 15 V rail. The unit is RoHS compliant and engineered for low-power applications where board-level installation and space efficiency are important.

Advantages

The converter provides dual isolated outputs, enabling bipolar supply rails from a single DC input without additional external components. Its wide 9–36 V input range supports operation from batteries and common system rails. The SIP through-hole form factor simplifies PCB mounting and mechanical retention for prototyping or production assembly. Low power consumption and compact size make it suitable where thermal and space constraints matter.

Suitable for

• Embedded systems and development boards
• Instrumentation and measurement equipment
• Prototyping and evaluation rigs
• Small appliances and control modules

Key specifications

• Output power: 6 W
• Output voltages: ±15 VDC
• Output current per rail: 0.2 A
• Input voltage range: 9–36 VDC
• Topology: isolated DC-DC converter
• Package: SIP through-hole for PCB mount
• Compliance: RoHS

How to use

Mount the SIP through-hole module onto the target PCB following the manufacturer’s recommended pinout and footprint. Apply a DC input within the specified 9–36 V range to the input pins, observing polarity. No external transformers are required to obtain the ±15 V rails; however, verify decoupling and layout best practices for stable operation. Ensure adequate spacing and thermal management on the PCB when operating near maximum load.

Recommendations

For reliable performance, place input and output decoupling capacitors close to the converter pins, keep sensitive analog traces away from switching nodes, and follow the PCB footprint and clearance guidelines. Operate within the specified input range and output load limits to maintain regulation and isolation.