| N-Channel IGBT |
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Extremely high input impedance, minimal driving power, simple circuitry... |
New energy vehicles (EV/HEV)... |
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| PT-IGBT, Punch Through |
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A thinner drift region results in lower conduction loss ... |
Motor speed regulation for fans, water pumps, and machine tools (600V/1200V) ... |
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| NPT-IGBT, Non-Punch Through |
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High voltage resistance: suitable for high voltage levels ranging from 1200V to 6.5kV ... |
Industrial drive and high-voltage frequency conversion ... |
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| SPT-IGBT, Soft Punch Through |
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The total energy loss is reduced by approximately 20&b compared to ... |
Frequency converters, servo drives, and industrial robot drives... |
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| U-IGBT, Trench Gate |
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Ultra-low conduction loss (Vce (sat)): 15&b to 30&b lower than that of planar type... |
Photovoltaic inverter: 600V~1200V specifications, serving as a DC-AC inverter bridge... |
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| FS-IGBT, Field Stop |
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Both the turn-on voltage drop VCE (sat) and the switching loss Eoff are superior to ... |
String / Centralized inverter, high-efficiency DC-AC conversion... |
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| Si-IGBT |
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Wide voltage coverage: 600V~6500V ... |
New energy vehicles: motor controller, OBC, DC-DC ... |
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| SiC-IGBT |
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Primarily targeting 6.5kV-20kV levels (silicon IGBTs are typically ≤6.5kV)... |
Core value: 10-20kV SiC IBT directly replaces multiple silicon devices in series... |
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