C3D10065E

The C3D10065E diode is a single-phase, high-current bridge rectifier. It is designed to be used in universal and AIPS (Alternating Input Power Section) applications, such as power inverters, solar-power inverters and UPS systems. It offers low forward voltage drop, low reverse voltage recovery time, and low thermal resistance.

The C3D10065E is a single-phase, high-current bridge rectifier with a maximum RMS repetitive current rating of 50A. It features a wide operating temperature range between -40 to +150 °C, a large peak reverse voltage rating of 650V, and a maximum forward surge current rating of 8000A. It is suitable for applications such as motor drive systems, solar-power inverters, servers, and telecom systems.

The working principle of the C3D10065E is that it passes current from the positive lead through the diode to the negative lead. When a forward-biased diode is passed current, it has a very low voltage drop. This voltage drop keeps the current flowing through the diode in one direction, preventing it from reversing. The C3D10065E also has a reverse voltage rating of 650V, which allows it to pump back any voltage that may be present in the opposite direction.

The C3D10065E is designed for use in power converters, such as AC-AC or DC-DC converters, which are found in high-power applications such as solar inverters, UPS systems, motor drives, servers, and telecom systems. Its low forward voltage drop and low reverse voltage recovery time allow it to offer high efficiency and high power delivery capability in these applications.

The C3D10065E is also suitable for use in applications such as secondary-side synchronous rectification, where its low forward voltage drop and low reverse voltage recovery time make it ideal for replacing diode-bridge rectifiers. Additionally, its wide operating temperature range of -40 to +150 °C makes it suitable for use in harsh industrial environments.

The C3D10065E is an ideal choice for various applications requiring a high-current, single-phase rectifier, due to its low forward voltage drop, low reverse voltage recovery time, wide operating temperature range, and large peak reverse voltage rating. It is suitable for use in power converters, secondary-side synchronous rectifiers, motor drives, solar inverters, UPS systems, servers, and telecom systems.