ND260N16KHPSA1

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The ND260N16KHPSA1 is a silicon carbide Schottky diode with a reverse voltage of 1600V. It is often used in electronic applications requiring high speed switching and excellent conductivity. The "N" suffix indicates that the device has a PN junction reverse voltage of 1600V. This product is found in the group of Rectifiers - Single devices, as it is designed to permit current flow in one direction.

The application fields of the ND260N16KHPSA1 diode include a wide spectrum of automotive applications: such as ABS braking, power steering, and power window operating systems. Additionally, it can be used for solar power applications, industrial control systems, automotive alternators and more. Its ultrafast switching capability is ideal for the design of high-efficiency automotive inverters.

Regarding the ND260N16kHPSA1’s working principle, it operates similarly to other rectifiers. In order for current to flow in one direction, the diode requires a voltage source as well as a load. At the PN junction, potential is created by the applied voltage. This causes negative carriers in the n-type material to move towards the PN junction and positive carriers across the PN junction. This forward voltage opens the diode, allowing alternating current (AC) to be rectified to direct current (DC).

The ND260N16kHPSA1 is designed with a high power efficiency gate characteristic which allows for its fast switching characteristics. It features a suprefast recovery time of 15ns, very low reverse recovery time of 12ns, and a low leakage current of 30µA at a junction temperature of 125° C. This diode can also handle leakage current in excess of 4A, providing higher system reliability. The temperature range of the ND260N16KHPSA1 is −55°C to 175°C, making it suitable for medium temperature applications.

Finally, the ND260N16kHPSA1 is a cost-effective solution for various applications. Its high-performance switching characteristics make it suitable for use in a wide diversity of applications. It is robust and suitable for many power circuits, from power conversion and rectification to motor control.

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