BAS31,235

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BAS31,235 is a product of NXP Semiconductors, a leading provider of semiconductor solutions. It is a 3-phase bridge rectifier with a rating of 200 V (DC) and a maximum forward surge current rating of 315 A. The rectifier bridge is capable of providing up to 60 amps per phase (180 A total) of peak current.

The BAS31,235 is typically used in power conversion applications such as industrial motor drives, solar inverters and uninterruptible power supplies (UPS). It is capable of providing excellent dynamic performance and high efficiency. The device can operate in either single-phase or three-phase bridge configuration for a wide range of applications.

The working principle of the BAS31,235 is based on the three-phase bridge rectifier. In this configuration, three-phase AC voltage is input to the rectifier via three terminals, with the output being DC voltage. As the three-phase voltage is switched between two of the three terminals, the current flows in either direction depending on which terminals are connected, resulting in a much smoother output than a single-phase rectifier.

The BAS31,235 is a robust system, built to ensure reliable operation in harsh industrial environments. It is suitable for use with a range of capacitive and inductive loads, making it versatile enough to be used in a variety of applications. In addition, the device features built-in protection features such as built-in over-temperature shut-down and built-in over-current protection, ensuring that the system is protected against damage in the event of a fault.

As well as its excellent performance, the BAS31,235 rectifier bridge offers good energy efficiency. This is because it operates with very low switching losses and is capable of providing very clean output voltage, resulting in less energy wastage.

Overall, the BAS31,235 is an excellent choice for power conversion applications requiring high efficiency and reliable performance. The device is capable of providing excellent performance in a wide range of industrial applications, and its excellent energy efficiency makes it ideal for reducing power consumption and running costs.

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