DD380N16KHPSA1

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The DD380N16KHPSA1 is a high-performance, high-density IGBT housed in a small, hermetically sealed TO-247 package. It is designed for applications such as UPS, inverters, lighting, medical equipment, robotics and high-voltage drives. This device features high-speed, high-efficiency and low switching losses, making it ideal for high-frequency and high-voltage applications.

The DD380N16KHPSA1 is designed using a proprietary bipolar NPN/N-channel IGBT process and employs a newly developed technology called application field and working principle (AFTA). AFTA is a complementary technology developed for high-frequency applications, where minimum switching losses are required and the minimum number of components are desired.

The AFTA technology applied to the DD380N16KHPSA1 enables the use of an isolated N-channel MOSFET and an isolated P-channel MOSFET in the same package. The two MOSFETs are connected to each other in parallel to form an array. This array of parallel MOSFETs is then connected in series with an IGBT to form a three phase bridge rectifier. The bridge rectifier is then used to form a full bridge rectifier that can be used to regulate the current passing through the IGBT.

The DD380N16KHPSA1 is designed with high-current capability and very low switching losses. It can be used in a variety of high-frequency, high-voltage applications. The device also features soft turn-on and turn-off capabilities, as well as dynamic temperature compensation. These features make it ideal for applications such as UPS, inverters, medical equipment, robots, and high-voltage drives.

The DD380N16KHPSA1 is a robust, reliable and highly efficient device and is suitable for a wide range of applications. It is a cost-effective solution for applications that require high-frequency, high-efficiency and low switching losses. Its high-current capability, low switching losses and dynamic temperature compensation make it ideal for use in a variety of high-frequency, high-voltage applications. This device is the perfect choice for applications such as UPS, inverters, lighting, medical equipment, robotics and high-voltage drives.

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