MBR15H50CTHE3/45

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The MBR15H50CTHE3/45 is a high voltage, high current Schottky Barrier rectifier which is a type of diode array. Schottky Barrier Rectifiers are the basis of today\'s most efficient and reliable rectification circuits. They are commonly used to convert AC currents to DC, since they are more reliable and efficient than other diode rectifier components. The MBR15H50CTHE3/45 is commonly used in applications such as DC to AC inverters, battery chargers, poer supplies, motor drives, and other power control devices.

The MBR15H50CTHE3/45 Schottky Barrier Rectifier consists of four 50 Amp rectifier diodes in a single package. It is designed to handle up to 600 volts of peak repetitive reverse voltage. The maximum continuous forward current is rated at 50 Amp, with a maximum average forward current of 150 Amp. The forward voltage drop is based on temperature, which is at 1.58 volts when at 25°C. The maximum reverse leakage current is rated at 5uA. The power dissipation of this device is up to 450W with a junction temperature of 150°C. The operating temperature of this device is between -55°C and 175°C.

The MBR15H50CTHE3/45 Schottky Barrier Rectifier is constructed using a dual die structure. This allows for higher forward currents and improved thermal performance, as well as allowing for greater isolation of the individual dies from each other. The MBR15H50CTHE3/45 is designed with a fast switching speed and low storage time, which makes it ideal for high frequency switching applications. Its low forward voltage drop also helps to improve efficiency in the power conversion process. Additionally, the device has a low reverse leakage current, which is beneficial in applications where power consumption needs to be kept low.

The MBR15H50CTHE3/45 Schottky Barrier Rectifier is an invaluable component in power control systems. Its fast switching speed, low forward voltage drop, and low reverse leakage current makes it an ideal choice for power conversion applications. Its high current and voltage handling capacity make it suitable for use in industrial and automotive applications. The device’s wide operating temperature range, coupled with its excellent thermal performance, make it suitable for usage in a variety of environments.

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