TE60A4802N01

TE60A4802N01 Application Field and Working Principle

The TE60A4802N01 belongs to AC DC Desktop, Wall Adapters. It covers a wide voltage range of 16V to 24V with a nominal wattage of 48W. It is suitable for powering Embedded Processing, SERDES, SSD, Video processing, Merges, FPGA, and other industrial applications.

The TE60A4802N01 features an overload and short-circuit protection circuit with resettable fuse, which provides protection against overloads and shorts. The effective range of input current is from 0 to 4A. The TE60A4802N01 supports low output ripple, low noise, and low power dissipation. The output voltage is adjustable from 4.6V to 20V.

Working Principle

The working principle of TE60A4802N01 mainly involves power conversion from AC to DC. The power supply unit consists of a rectifier bridge, an isolation transformer, and a filter circuit. The transformer is used to step down the input AC voltage, the rectifier bridge converts the AC voltage to a pulsating DC voltage, and the filter smoothens the output DC voltage produced by the rectifier to provide a steady output voltage.

The rectifier bridge then passes the AC current through a filter circuit, which consists of an inductor and a capacitor connected in series. The inductor is responsible for blocking the AC current in the filter, while the capacitor helps to prevent the rate of change of voltage across the inductor from being too large. The capacitor also helps to prevent the voltage across the output from being affected by the inductor current.

The TE60A4802N01 also has a power factor correction circuit which allows the power supply to use a smaller transformer by allowing the switch mode power supply to draw a large amount of current from the AC source while still outputting a steady DC voltage. This power factor correction makes the power supply more efficient and also helps to reduce the amount of heat generated.

Conclusion

The TE60A4802N01 is a reliable and efficient AC DC desktop wall adapter designed for a wide range of industrial applications. It comes with overload and short-circuit protection and power factor correction circuits, making it a great choice for powering embedded processing, SERDES, SSD, video processing, merges, FPGA, and other industrial applications.