Wolfspeed Schottky Diode 600 V 2 A Surface Mount TO-252 3-Pin DPAK C3D02060E

Wolfspeed C3D02060E is a Silicon Carbide (SiC) Schottky diode designed as a high-voltage, high-efficiency solution for advanced electrical and electronic applications.

This diode’s surface mount TO-252 (DPAK) package features three pins and supports a maximum continuous forward current of 2A and peak repetitive reverse voltage of 600V, making it suitable for switch mode power supplies, inverters, and power factor correction circuits.

With a peak forward surge current of 65A and a maximum operating temperature rated at 175°C, it is engineered for robust performance in challenging industrial environments. The device also provides a low forward voltage drop of 2.4V, minimizing power losses during switching operations.

The compact dimensions of 7.34 mm length, 7.52 mm width, and 2.39 mm height facilitate easy integration into densely packed circuit boards. Being compliant with the AEC-Q101 automotive standard, this diode is well suited for automotive and other demanding power electronics uses.

Utilizing Wolfspeed’s advanced Z-Rec Silicon Carbide technology, it offers superior thermal conductivity, higher breakdown fields, and zero reverse recovery current compared to conventional silicon diodes, enabling more efficient heat management and enhanced reliability under high-speed switching conditions.

Supports a maximum continuous forward current of 2 amperes. Peak reverse repetitive voltage rating of 600 volts. Single diode configuration in a TO-252 package. Operating temperature range from -55°C to 175°C. Peak forward surge current of 65 amperes.

Dimensions: 7.34 mm length × 7.52 mm width × 2.39 mm height. Maximum forward voltage of 2.4 volts. Certified to automotive standard AEC-Q101. Leveraging Silicon Carbide technology for improved efficiency. Ideal for use in power supplies, high-speed inverters, and automotive electronics.

This Wolfspeed diode provides designers with an efficient and reliable component to optimize power electronic systems, reducing losses and improving thermal management. It is recommended for industrial, automotive, and commercial electronics where high voltage and rapid switching are needed.

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