RB550EATR

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The RB550EATR Rectifier Array is an application-specific diode array suitable for a wide range of high-frequency rectification applications. The array consists of thirty-two Schottky Barrier diodes connected in series and configured in the popular TO-220 package.

The RB550EATR Rectifier Array\'s design allows for very predictable forward drop characteristics and minimal junction capacitance. It is suitable for very fast switching operations and for a wide range of processes, from low-voltage to high-voltage rectification. Additionally, the array\'s integrated array of Schottky Barrier diodes enables greater efficiency in high-frequency rectification applications.

The RB550EATR Rectifier Array is a very efficient way to reduce the total number of discrete components and reduce the complexity of power conversion systems. It is designed to operate over an extended temperature range and is compliant with the most stringent of industry standards.

The working principle of the RB550EATR Rectifier Array is that each of the thirty-two Schottky Barrier diodes connected in series creates a diode-based resonance to minimize the forward voltage drop when applied with a reverse biased voltage. This provides an efficient, high-frequency rectifying solution and produces a negligible voltage drop.

The RB550EATR Rectifier Array is suitable for applications such as power supplies, DC/DC converters, and high-frequency rectification. Furthermore, it is suitable for 400V, 500V, and 600V operating ranges, so it can be used for various systems with a wide range of power requirements.

In conclusion, the RB550EATR Rectifier Array is an ideal solution for a wide range of high-frequency rectification applications. It provides a simple and efficient solution to power conversion systems, and is compliant with the most stringent of industry standards.

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