ME60A2403F01 Power Supplies - External/Internal (Off-Board)

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The ME60A2403F01 AC/DC Desktop and Wall Adapters from XP Power provide a powerful and versatile power solution for a range of applications. With its switched-mode circuitry providing a reliable and efficient output, the ME60A2403F01 offers a wide range of features designed to suit a variety of uses.

Application Field

The ME60A2403F01 is a multi-output AC/DC Desktop and Wall Adapters suitable for use in a range of different applications. It is ideal for use in a wide range of electronic products such as medical equipment, IT, office and laboratory equipment, test and measurement instruments, motors, PCs, digital cameras and office electronics.

The ME60A2403F01 is designed for use in environments where space is limited and the need for reliable and efficient power is of paramount importance. Its small size and wide range of features make it the ideal solution for today’s challenging power requirements.

Working Principle

The ME60A2403F01 is a switched-mode power supply, designed to convert the incoming AC voltage from a wall outlet into a clean and stable DC voltage for use by downstream devices. It features a variety of protections to ensure safe and reliable operation, including over-current, over-voltage and over-temperature protection. In addition, the ME60A2403F01 offers a wide range of output currents to suit various requirements, with a maximum output current of up to 3A.

The ME60A2403F01 can be configured to operate with either leaded or SMD type PCBs. This allows for the flexibility of mounting options and offers more versatility when installing this device. Furthermore, the device is certified for use in a wide range of industries and to various safety and regulatory standards.

The ME60A2403F01 is also designed to be as energy efficient as possible in order to reduce energy consumption and associated costs for the user. This is achieved through energy-saving features such as low no-load power consumption, fast start-up, auto-standby and power factor correction.

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