LEA50F-24-Y

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LEA50F-24-Y AC DC Converters are designed for versatile applications, offering a cost-effective and reliable solution for many AC and DC power supply applications. These AC-DC converters are commonly used in industrial and commercial facilities, providing steady current output for critical applications. With an integrated cooling system, they are designed to maintain optimal performance even in harsh operating environments. The LEA50F-24-Y AC DC Converters consist of an isolated DC-DC converter and an enclosed AC-DC power supply. The DC-DC converter converts the input voltage from single-phase AC to a single-phase DC, which is then distributed to the loads. The enclosed power supply then converts the AC voltage to the necessary DC output voltages. The DC-DC converter features an integrated heat sink and cooling fan to provide efficient heat dissipation. It also provides a wide temperature range of -30°C to +75°C, enabling it to operate in the harshest of environments. The enclosed power supply is rated to handle up to 5A and is designed with a small footprint, making it easy to install and maintain. The LEA50F-24-Y AC DC Converters offer excellent efficiency in a variety of applications. Its circuit topology includes a full wave rectifier, a buck/boost converter, and a half-bridge topology for power factor correction (PFC). This topology helps to maximize efficiency, reduce harmonics, and reduce input power losses. The LEA50F-24-Y AC DC Converters are designed with a robust protection system, with over-voltage, over-current, and over-temperature protection. The built-in EMC filter also offers protection against electromagnetic interference (EMI). Additionally, all of the components are designed to be compact in size, making it possible to use them in even the most tight spaces. Overall, the LEA50F-24-Y AC DC Converters offer a flexible and reliable power supply solution for AC and DC applications. With their integrated cooling system and robust protection system, they can handle complex and demanding operating environments. With their high efficiency, low EMI, and small footprint, they are ideal for a variety of industrial and commercial applications.

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