LD412660

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LD412660 is a high performance Schottky barrier rectifier array designed for many applications requiring flexibility and high output current. It is suitable for Type-C USB, Power over Ethernet and Industrial applications. The excellent performance characteristics of the device makes it ideal for applications where high efficiency, fast switching, and small footprint are desired.

It is a dual 6A rectifier array with an integrated ESD protection circuit. The diode can operate from a maximum voltage of 60V and the maximum Pd dissipation is 500mW with an ambient temperature of up to 65°C. It has an ultra-low forward voltage drop for better efficiency and a high temperature operating range of up to 150°C. It also provides extremely low reverse leakage current for maximum power savings.

LD412660 is ideal for high current, low power applications due to its fast switching speed and low forward voltage. It offers low power losses due to its low forward voltage drop and good thermal stability. It is widely used in the field of power over Ethernet and USB Type-C, provides cost-effective and reliable solution for high speed, high current rectifier applications.

The working principle of the LD412660 is based on the Schottky barrier rectifier. A Schottky barrier rectifier is a form of electronic component that combines the rectification properties of a diode and the lower forward voltage drop of a Schottky diode. When the junction of the diode is forward biased, electrons move from the anode to the cathode, which is the rectifying action of the diode. The current is then transferred directly across the junction to the anode. The LD412660 provides ultra-low-voltage drop and fast switching across the junction for low power losses. It also provides high temperature operation and low reverse leakage current for maximum power savings.

The LD412660 is an ideal choice for applications requiring high current and minimal power losses. It provides excellent performance characteristics such as ultra-low-voltage drop, fast switching, high temperature operation, and low reverse leakage current for maximum power savings. This makes it an ideal choice for many power over Ethernet and USB Type-C applications.

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