Fonte de alimentação/conversor de tensão MEAN WELL SPBW06F-05, saída 6 W, 5 V

MEAN WELL SPBW06F-05 is a compact DC-DC converter designed for PCB mounting and SIP through-hole installation. It provides a regulated 5 V output at up to 1.2 A with a 6 W maximum output power, and accepts a wide input range from 9 to 36 V DC. The module is intended for low-power electronic devices and embedded systems that require a stable 5 V supply on the board and is supplied in bulk quantities suitable for production and mass installation.

Advantages

The converter offers a wide input voltage range and a focused single 5 V output, enabling straightforward integration into systems powered from various DC sources. Its SIP through-hole package simplifies PCB mounting and mechanical retention, while the compact footprint supports space-constrained designs. RoHS compliance ensures the module meets common environmental and regulatory requirements for electronic assemblies.

Suitable for

• Embedded systems and microcontroller boards requiring a regulated 5 V rail
• Industrial control modules and sensor interfaces with 9–36 V supply
• Batch production and OEM assemblies where bulk quantities are needed
• Repair and retrofit projects needing a direct PCB-mounted 5 V converter

Key specifications

• Function: DC-DC converter, PCB mount
• Input voltage: 9–36 V DC
• Output voltage: 5 V DC
• Output current: up to 1.2 A (6 W max)
• Power rating: 6 W
• Package type: SIP through-hole
• Number of outputs: single
• Compliance: RoHS

How to use

Install the converter on the PCB using standard through-hole soldering procedures, ensuring correct polarity and secure mechanical seating of the SIP package. Connect the input to a suitable 9–36 V DC source and route the regulated 5 V output to the target circuitry, observing recommended trace widths for up to 1.2 A. Provide adequate decoupling capacitors and follow the host board layout guidelines for switching converters to minimize noise and ensure stable regulation.

Recommendations

For reliable operation, avoid exceeding the 1.2 A output current and ensure the ambient temperature and board cooling are adequate for the 6 W power dissipation. Keep input and output traces short, add input filtering if the source is noisy, and verify the converter's thermal performance within the target enclosure before mass deployment.