Virtalähde MEAN WELL SKM10E-15 10 W 15 V 0,67 A

The MEAN WELL SKM10E-15 is an ultra-compact PCB-mount DC-DC converter in a DIP through-hole package sized approximately 1" x 1". It accepts an input voltage range of 4.7–9 V DC and provides a single regulated 15 V DC output at up to 0.67 A (10 W). The module is RoHS compliant and weighs about 18 g, designed for integration on printed circuit boards where a small, reliable 15 V supply is required.

Advantages

The SKM10E-15 offers a compact footprint and through-hole DIP mounting for straightforward PCB assembly. It delivers a fixed 15 V output with a 10 W power rating and a simple single-output design that reduces system complexity. Low weight and RoHS compliance make it suitable for space- and regulation-sensitive projects.

Suitable for

• Embedded systems and control boards requiring a small 15 V rail
• Industrial and instrumentation modules with limited PCB space
• Bulk production and assembly where through-hole mounting is preferred

Key specifications

• Brand: mean well
• Model (MPN): SKM10E-15
• Input voltage: 4.7–9 V DC
• Output voltage: 15 V DC
• Output current: 0.67 A
• Output power: 10 W
• Package: DIP through-hole, PCB mount
• Size: approx. 1" x 1"
• RoHS compliant
• Weight: ~18 g
• Quantity per pack: 300 pcs

How to use

Mount the SKM10E-15 into the PCB using the DIP through-hole pins and solder according to standard PCB assembly practices. Provide an input supply within the specified 4.7–9 V DC range and observe polarity. Route appropriate input and output decoupling and grounding per your board layout guidelines. Ensure the module’s thermal conditions and ambient temperature are suitable for continuous operation at the required load.

Recommendations

For reliable operation, use proper input filtering and output decoupling, maintain recommended soldering temperatures for through-hole components, and allow sufficient PCB copper area for heat dissipation. Verify that the input source can supply transient currents and that the 0.67 A output limit meets connected load requirements.