DPG10P400PJ

The DPG10P400PJ is a seven channel, erf/erh type, low voltage, ultra-fast, low capacitance, single chip high current schottky diode array.

Schottky diodes are ideal components for applications requiring very low forward voltage drop and high speed switching. This type of diode is often used in semi-conductor devices to reduce power loss, improve efficiency, and increase speed of response. The DPG10P400PJ is a high current diode array that can reach high current ratings of 10 A with a low forward voltage drop of only 0.4 V. It is also capable of switching at high speeds with a low capacitance of 0.35 pF.

The DPG10P400PJ is suitable for a wide range of applications including direct current (DC) to DC converters, off-line switched mode power supplies (SMPS), DC motor controls, UPS, automotive electronics, and industrial motor controls. It is also well suited for pulsed rectification and protection applications.

Working Principle

The DPG10P400PJ is a seven channel array of Schottky diodes. The diodes are placed in an integrated package to significantly reduce capacitance. This allows for a low forward voltage drop and fast switching times. The schottky diodes also feature a low hold current, which limits the amount of current flow after the controlled device is turned off. The DPG10P400PJ can handle up to 10 A of forward current, making it suitable for high power applications.

The DPG10P400PJ also features ESD protection, which helps protect the device from voltage spikes. The integrated package also helps protect the diodes from the environment, further increasing their reliability. Additionally, the diodes are designed with a high temperature tolerance of up to 105°C, allowing them to operate in extreme temperatures.

The DPG10P400PJ is a versatile and reliable high current diode array. Its low forward voltage drop and fast switching times make it an ideal component for applications requiring high power. Its integrated package also makes it easy to design in, further increasing its utility. Its ESD protection and temperature tolerance also help ensure reliability and long life.