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In various power applications and topologies
SiC FET and Schottky diode performance evaluation
Available without registration, with advice provided
UnitedSiC announced the launch of its FET-Jet Calculator ™ on the 18th. Users can evaluate the performance of all UnitedSiC FETs and Schottky diodes online for a variety of power applications and topologies.

The FETJet Calculator is free to use without registration. Simply select the application function and topology, enter design parameter details, and it automatically calculates switch current, efficiency, and losses, categorized by conduction and turn-on/turn-off contributions. Entering the operating temperature and heat sink rating will provide the expected operating junction temperature.
By applying different storage inductor and switching frequency values, the influence of conduction mode changes in various topologies can also be examined. Depending on the selection of single or parallel devices, the overall performance of devices with different current ratings can also be compared.
If the rated voltage is not suitable for the selected topology and conditions, we provide advice and help the user quickly arrive at a workable solution.
SiC FET and Schottky diode performance evaluation
Available without registration, with advice provided
UnitedSiC announced the launch of its FET-Jet Calculator ™ on the 18th. Users can evaluate the performance of all UnitedSiC FETs and Schottky diodes online for a variety of power applications and topologies.

▲ FET Jet Calculator [Graphic = UnitedSiC]
The FETJet Calculator is free to use without registration. Simply select the application function and topology, enter design parameter details, and it automatically calculates switch current, efficiency, and losses, categorized by conduction and turn-on/turn-off contributions. Entering the operating temperature and heat sink rating will provide the expected operating junction temperature.
By applying different storage inductor and switching frequency values, the influence of conduction mode changes in various topologies can also be examined. Depending on the selection of single or parallel devices, the overall performance of devices with different current ratings can also be compared.
If the rated voltage is not suitable for the selected topology and conditions, we provide advice and help the user quickly arrive at a workable solution.
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