Power Supplies
DIN-rail, enclosed, open-frame and DC-DC converters.
Also searched as: din rail power supply24v power supplydc dc convertersmps
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Switching Power Supply, 24V, 1A-10A
Input Frequency: 50/60HzInput Voltage: 100-240V ACInterface: 5.5mm x 2.5mmOutput Current: 1A / 2A / 5A / 6A / 8A / 10AOutput Voltage: 24V
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Universal AC Adapter
Input Voltage: 100-240V ACOutput Current: 4AOutput Voltage: 24V DC
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Universal Laptop AC DC Power Supply 180W 24V 7.5A
Output Current: 7.5 AOutput Voltage: 24 VPower: 180 W
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Universal Power Supply Adapter AC DC 24V 2A
Input Type: ACOutput Connector: 5.5x2.1mmOutput Current: 2 AOutput Type: DCOutput Voltage: 24 V
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Variable Power Supply DC Adjustable 30V10A Lab
Output Current: 10 AOutput Voltage: 30 VPower: 201-300 W
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Video Surveillance Power Supply
Input Connector: 3 Pin AC Socket
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Waterproof Water-Resistant LED Driver 24V Power Supply 30W
IP Rating: IP44Input Voltage: 120-230 VOutput Current: 2.5 A, 1.25 AOutput Voltage: 12 V, 24 VPower: 30 W
About power supplies
Power supplies convert incoming AC or DC voltage to a regulated DC output suitable for electronic components and control systems. This category encompasses DIN-rail mounted units, enclosed power supplies, open-frame modules, and DC-DC converters. DIN-rail power supplies are designed for industrial control cabinets, offering robust construction and easy installation onto standard 35mm DIN rails. Enclosed power supplies provide a protective casing, often with ventilation, suitable for standalone applications or integration into larger systems. Open-frame power supplies are board-level components intended for integration into custom enclosures or equipment, prioritizing space and cost efficiency. DC-DC converters regulate a DC input voltage to a different, stable DC output, essential for isolating circuits or stepping voltages up or down. Key selection parameters include input voltage range (e.g., 90-264VAC, 12-48VDC), output voltage (e.g., 5V, 12V, 24V, 48V), output current (e.g., 1A, 5A, 10A), power rating (W), efficiency, and operating temperature range. Form factors vary significantly, from compact modules to larger, high-power units. Materials typically include aluminum or steel for enclosures, with internal components mounted on PCBs.
How to choose
When selecting a power supply, first determine the required output voltage and current for the load. This establishes the necessary power rating. Next, consider the available input voltage and whether it's AC or DC, and its range. Third, evaluate the mounting preference: DIN-rail for industrial panels, enclosed for general applications, or open-frame for embedded integration. For DC-DC conversion, specify isolation requirements (isolated vs. non-isolated). Finally, assess environmental factors such as operating temperature range, humidity, and any necessary IP ratings for protection against dust or moisture. These steps prioritize electrical compatibility and physical integration, narrowing down suitable options.