Alimentatore mean well SPB09A-15, 9 W, 15 V, 0,6 A, RoHS

The mean well SPB09A-15 is a compact DC-DC regulated converter in an SIP through-hole package that delivers a single 15 V output at up to 0.6 A from a wide 9–18 V DC input. Designed for PCB-mounting, the module includes a remote ON/OFF function and is RoHS compliant. Its small size (24 mm depth) and low weight (approx. 5 g) make it suitable for space-constrained and lightweight applications, and it is supplied in bulk packs for OEM and mass-production assembly.

Advantages

The SPB09A-15 provides regulated 15 V output with a compact SIP footprint for easy PCB integration. It supports a wide input range (9–18 V DC) and includes a remote ON/OFF control for system-level power management. Its through-hole mounting and low profile enable reliable mechanical installation in production environments, and RoHS compliance meets environmental requirements for modern electronics manufacturing.

Suitable for

• Embedded systems and control boards requiring a 15 V supply
• OEM products and mass-production PCB assemblies
• Space-constrained or lightweight portable devices
• Applications needing remote ON/OFF power control

Key specifications

• Manufacturer: mean well
• Model / MPN: SPB09A-15
• Input voltage: 9–18 V DC
• Output: 15 V DC, 0.6 A (single)
• Power: 9 W
• Package: SIP through-hole
• Depth: 24 mm
• Weight: approx. 5 g
• Features: Regulated DC-DC converter, remote ON/OFF, RoHS compliant

How to use

Mount the SPB09A-15 onto the PCB using the SIP through-hole pins and ensure proper soldering for mechanical and electrical connection. Apply a DC input between 9 and 18 V to the input pins and observe correct polarity. Use the remote ON/OFF pin according to the manufacturer's control logic to enable or disable the output as needed. Verify output voltage under expected load conditions and allow adequate PCB clearance for ventilation and thermal dissipation.

Recommendations

For reliable operation, provide proper input filtering and decoupling close to the converter, follow the manufacturer's recommended PCB layout for grounding, and avoid operating the module continuously at its maximum rated current without checking temperature rise. Use in environments within specified temperature and humidity ranges and follow ESD precautions during handling and assembly.