Fuente de alimentación MEAN WELL NID100-15 100W 15V entrada 20-53V

The MEAN WELL NID100-15 is a DC-DC non-isolation open-frame PCB mount converter that accepts a wide input range of 20–53 VDC and provides a regulated 15 VDC output at up to 6.5 A (100 W). Supplied in a SIP package with Remote ON/OFF control, the module is compact (depth 50.8 mm, height 12 mm), lightweight (35 g) and RoHS compliant, designed for integration into equipment that requires a stable 15 V power rail.

Advantages

The module delivers a constant 15 V output with up to 6.5 A current capability in a compact SIP form factor suitable for PCB mounting. Its wide 20–53 V input range allows use with varied battery stacks and intermediate DC buses. The remote ON/OFF feature provides convenient system-level control, while RoHS compliance ensures it meets common environmental standards.

Suitable for

• Embedded systems and industrial control boards requiring 15 V supply
• Telecom and network equipment with intermediate DC bus voltages
• Battery-powered systems or vehicles using 20–53 V sources
• Custom electronics where a compact SIP DC-DC converter is needed

Key specifications

• Input voltage: 20–53 VDC
• Output voltage: 15 VDC
• Maximum output current: 6.5 A
• Output power: 100 W
• Package: SIP, open-frame PCB mount
• Control: Remote ON/OFF
• Dimensions (depth × height): 50.8 mm × 12 mm
• Weight: 35 g
• Compliance: RoHS

How to use

Mount the converter on the PCB following the manufacturer’s recommended footprint and ensure adequate clearance for heat dissipation. Apply an input voltage within 20–53 VDC and connect the 15 VDC output to the load, observing polarity. Use the Remote ON/OFF pin to enable or disable the output according to system requirements. Verify that the load does not exceed 6.5 A and provide appropriate input/output filtering if required by your application.

Recommendations

Ensure proper thermal management when operating near the maximum 100 W output—use PCB copper area or heatsinking as recommended by MEAN WELL, and confirm input voltage and wiring are within specification to maintain reliable operation.