TSF10U60C C0G

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Diodes can be categorized into various types, such as a rectifier, an array, and a current-limiting diode. The TSF10U60C C0G is a member of the rectifier diodes. It is a dual-channel high-performance rectifier diode, with both severe and common mode surge tolerance, and high ESD protection.

The TSF10U60C C0G is most commonly used in applications such as power supply, motor control and electronic ballast, due to its low reverse voltage, low forward voltage, low on-state resistance and fast reverse recovery time. It is also suitable for high-frequency switching applications, such as smart metering, LED lighting, solar power, and industrial controllers. As a high-performance rectifier, it offers low reverse leakage current, robust ESD tolerance and high temperature reliability.

The TSF10U60C C0G exhibits excellent features due to its internal structure. It has a dual-channel structure with series-connected Schottky diodes in each channel. This configuration provides excellent electrical characteristics (low temperature coefficient of reverse leakage current and low forward voltage drop). The internal structure also helps reduce electrons standing-wave reflection and minimize the switching noise.

The working principle of the TSF10U60C C0G is similar to any other rectifier diode. It enables current to flow in one direction and prevents current from flowing in the opposite direction. The device will “forward bias” under positive gate voltage and will “reverse bias” under negative gate voltage. In forward bias, the device will conduct, while in reverse bias, the device will block the current. The switching speed is fast enough to meet the demands of today’s applications.

The TSF10U60C C0G is a reliable, robust, and efficient rectifier diode. Its internal construction provides excellent features like low temperature coefficient of reverse leakage current, low forward voltage drop, robust thermal performance, and high temperature reliability. It is suitable for applications such as power supplies, motor controls, electronic ballast, solar power, and industrial controllers. This device is fast enough to support today\'s high-frequency switching applications.

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