Mar 12, 2020
02:51 AM
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Mar 12, 2020
02:51 AM
1 Solution
Mar 20, 2020
03:46 AM
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Mar 20, 2020
03:46 AM
Hello Gyro,
the influence of the diode is mainly related to the its capacitance that gets discharged during the turn-off of the IGBT. However such an influence over the overall IGBT turn-off losses is usually minimal.
Regards,
Giuseppe
the influence of the diode is mainly related to the its capacitance that gets discharged during the turn-off of the IGBT. However such an influence over the overall IGBT turn-off losses is usually minimal.
Regards,
Giuseppe
1 Reply
Mar 20, 2020
03:46 AM
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Mar 20, 2020
03:46 AM
Hello Gyro,
the influence of the diode is mainly related to the its capacitance that gets discharged during the turn-off of the IGBT. However such an influence over the overall IGBT turn-off losses is usually minimal.
Regards,
Giuseppe
the influence of the diode is mainly related to the its capacitance that gets discharged during the turn-off of the IGBT. However such an influence over the overall IGBT turn-off losses is usually minimal.
Regards,
Giuseppe