Virtalähde/muunnin Mean Well SCWN06A-05, 6 W, 5 V, 1 A

Mean Well SCWN06A-05 is a compact DC-DC regulated single output converter that delivers 5 V DC at up to 1 A from a 9–18 V DC input. Housed in a DIP through-hole package, this 6 W power adapter/inverter provides 3000 VDC input-to-output isolation and is designed for embedded systems and low-power electronic devices that require a stable 5 V rail. The module is RoHS-compliant and supplied in bulk quantities for production use.

Advantages

The SCWN06A-05 offers a small footprint and through-hole DIP mounting for easy PCB integration, reliable regulated output with low ripple suitable for sensitive electronics, and high isolation voltage to protect against input-to-output transients. Its wide input range simplifies use with common battery packs and intermediate DC rails, while the 6 W power rating supports a variety of low-power applications without additional cooling.

Suitable for

• Embedded systems and microcontroller boards requiring a 5 V supply
• Industrial control modules with isolated power requirements
• Battery-powered devices operating from 9–18 V DC sources
• Prototyping and PCB assemblies using through-hole components

Key specifications

• Input voltage: 9–18 V DC
• Output voltage: 5 V DC
• Maximum output current: 1 A
• Output power: 6 W
• Isolation: 3000 VDC input-to-output
• Package type: DIP through-hole
• Regulation: Single regulated output
• Compliance: RoHS

How to use

Install the SCWN06A-05 into the PCB using its DIP through-hole pins, ensuring correct polarity on the input and output connections. Apply a DC input voltage between 9 and 18 V; the module provides a regulated 5 V output up to 1 A. Observe standard PCB layout practices for power converters: route input and output traces to minimize loop area, place decoupling capacitors close to the load, and keep sensitive signal traces away from switching paths. Ensure the device is mounted with adequate clearance for ventilation if used near its maximum power rating.

Lietošanas ieteikumi

For reliable long-term operation, verify that the ambient temperature and board layout meet the module's thermal constraints, avoid continuously loading the converter at its maximum current without thermal assessment, and provide surge protection on the input if exposed to noisy or inductive sources.