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FFSH30120A-F155

FFSH30120A-F155 Description

The FFSH30120A-F155 from onsemi is a high-performance Silicon Carbide (SiC) Schottky diode, designed for demanding power electronics applications. With a 1200V reverse voltage (Vr) and 46A average rectified current (Io), it delivers superior efficiency and reliability in high-voltage circuits. Its zero reverse recovery time (trr = 0 ns) and low forward voltage drop (1.75V @ 30A) minimize switching losses, making it ideal for high-frequency operations. The diode features a 1740pF capacitance @ 1V, 100kHz, ensuring stable performance in fast-switching environments. Packaged in a TO-247-2 through-hole format, it supports robust thermal management and is RoHS3 compliant, meeting stringent environmental standards.

FFSH30120A-F155 Features

• SiC Schottky Technology: Enables ultra-fast switching with no reverse recovery losses, enhancing efficiency in power conversion.
• High Voltage & Current Handling: 1200V Vr and 46A Io support high-power applications.
• Low Leakage Current: 200µA @ 1200V ensures minimal power dissipation in standby modes.
• Thermally Optimized: TO-247-2 package facilitates effective heat dissipation.
• Reliable & Robust: REACH unaffected, MSL Not Applicable, and EAR99 classification for global compliance.

FFSH30120A-F155 Applications

• Power Supplies: High-efficiency PFC (Power Factor Correction) and DC-DC converters.
• Renewable Energy: Solar inverters and wind turbine systems requiring low-loss diodes.
• Industrial Motor Drives: High-frequency inverters for precise control.
• EV Charging Systems: Fast-switching chargers with minimal thermal stress.
• Telecom & Data Centers: Server power supplies demanding reliability and efficiency.

Conclusion of FFSH30120A-F155

The FFSH30120A-F155 stands out as a premium SiC Schottky diode, combining zero recovery losses, high voltage tolerance, and exceptional thermal performance. Its TO-247-2 packaging and RoHS3 compliance make it a versatile choice for modern power electronics. Whether in renewable energy, industrial automation, or EV infrastructure, this diode ensures high efficiency, durability, and reduced system costs, outperforming traditional silicon-based alternatives.