Feb 10, 2020
07:56 AM
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Feb 10, 2020
07:56 AM
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Mar 09, 2020
08:45 AM
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Mar 09, 2020
08:45 AM
Hi Wen,
Yes. Due to increased gate charge the possibility of parasitic turn on is lower than for IGBT4.
This makes it suitable for unipolar gate supplies.
The other benefit of higher Qg is better controllability of du/dt.
BR
Yes. Due to increased gate charge the possibility of parasitic turn on is lower than for IGBT4.
This makes it suitable for unipolar gate supplies.
The other benefit of higher Qg is better controllability of du/dt.
BR
1 Reply
Mar 09, 2020
08:45 AM
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Mar 09, 2020
08:45 AM
Hi Wen,
Yes. Due to increased gate charge the possibility of parasitic turn on is lower than for IGBT4.
This makes it suitable for unipolar gate supplies.
The other benefit of higher Qg is better controllability of du/dt.
BR
Yes. Due to increased gate charge the possibility of parasitic turn on is lower than for IGBT4.
This makes it suitable for unipolar gate supplies.
The other benefit of higher Qg is better controllability of du/dt.
BR