VS30C36

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AC/DC converters refer to the power conversion process from the AC voltage to the DC voltage. It is widely used in communication systems, medical instruments, navigation, lighting and industrial control.

VS30C36 is a type of AC/DC converter mainly used for general-purpose applications. It has high power density and high efficiency up to 92%.

The VS30C36 receives input voltage from 230V AC and provides an output voltage of 36V DC. It is designed as a solution for direct connection to the single-phase AC grid and provides protection against input over-voltage, over-temperature, overload, short-circuit, and other protective functions. Moreover, the VS30C36 has the capability of delivering 3A peak current, making it a suitable AC/DC converter for applications like smart device charging, or general industrial machine control.

The VS30C36 employs a full-bridge forward active clamp topology which maximizes its power efficiency. The full-bridge forward consists of four switches connected to the power transformer on one side and the rectifying diode on the other side. The active clamp topology adds an auxiliary switch placed between the transformer and the rectifying diode. The basic principle of this topology is to limit the voltage peaks in the transformer’s primary winding, and thus reduce voltage losses due to high frequency switching.

The secondary winding of the transformer in the VS30C36 supplies a rectifying diode, which rectifies the alternating current to direct current. The current limitation is provided by a foldback current limiter, and the output voltage is monitored by an external voltage regulator. The current limitation helps in protecting the output voltage from overloading and the external voltage regulator helps in preventing the over-voltage condition.

In conclusion, VS30C36 is a power converter from AC voltage (230V) to DC voltage (36V). It is an efficient AC-DC converter designed for applications with high power density like smart device charging and industrial machine control. The converter is based on the full-bridge forward active clamp topology which limits the voltage peaks, adds stability to the output voltage and maximizes its efficiency ratio.

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