Voeding MEAN WELL SCWN06A-15 6W 15V 0,4A RoHS

The MEAN WELL SCWN06A-15 is a compact DC-DC regulated single output converter with an input range of 9–18 VDC and a fixed output of 15 VDC at 0.4 A (6 W). Packaged in a DIP through-hole format, the module provides 3000 VDC input-to-output isolation and complies with RoHS environmental requirements. It is intended for use where a small, isolated fixed 15 V supply is required.

Advantages

The SCWN06A-15 offers a regulated 15 V output in a small DIP through-hole package that simplifies mounting in PCB designs. Its wide input range (9–18 VDC) allows compatibility with various upstream supplies, while the 3000 VDC isolation enhances safety and noise separation between input and output circuits. RoHS compliance ensures that the unit meets common environmental restrictions.

Suitable for (tasks / use cases)

• Powering small electronic modules and control circuits that require isolated 15 V
• Embedded systems and industrial control boards with through-hole mounting
• Applications needing input-to-output isolation for safety or noise reduction

Key specifications

• Input voltage: 9–18 VDC
• Output voltage: 15 VDC
• Output current: 0.4 A (6 W)
• Isolation: 3000 VDC input-to-output
• Package: DIP through-hole
• Compliance: RoHS
• Brand: MEAN WELL, MPN: SCWN06A-15, EAN: 4021087048088

How to use

Mount the SCWN06A-15 into a compatible PCB using the DIP through-hole pins. Connect a DC input within the 9–18 V range to the input pins, respecting correct polarity. Use the 15 V output pins to supply the downstream circuitry, ensuring the load does not exceed 0.4 A. Observe isolation and grounding practices appropriate for the application to maintain safety and signal integrity.

Recommendations

Operate the module within specified input, output, and temperature ranges; provide adequate clearance and insulation for the 3000 VDC isolation; ensure the connected load does not exceed 0.4 A and add external filtering or decoupling if the application requires lower output ripple or protection against transients.