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20A and 40A "V" Series IGBTs
for High Frequency Applications

ST’s IGBT product range has just been enlarged with the introduction of the new hyper-fast 20 and 40Amp series. These products, are identified by the suffix “V” and are offered with and without free-wheeling diodes in a co-packaged configuration.
The V series belong to the 2nd generation of the well-established PowerMESH IGBT technology, a patented strip layout process. In the 2nd generation, the electron irradiation technique is used to reduce the off-losses. The letters “NC” are used to indicate the second generation of this technology.

"V" Series IGBTs Features

150°C as maximum operating temperature.
Higher current capability: IC = 30A @ 100°C.
Lower VCE(sat): < 2.5V @ INOM, 25°C.

The “V” series STGW40NC60V has a better turn-off energy and collector to emitter saturation voltage trade-off at 125°C than that of the “H” series STGW50NB60H.

The "V" series shows a much better EOFF-VCE(sat) trade-off than the "S" and "H" IGBT families
The "V" series shows a much better EOFF-VCE(sat) trade-off than the "S" and "H" IGBT families

"V" Series IGBTs Applications

Thanks to the lower collector to emitter saturation voltage and turn-off losses, the “V” family is suitable for all high frequency applications, such as:

High frequency motor drive (industrial and silent applications);
Power Factor Corrector for motor drives;
Induction heating and cooking (zero voltage
Lighting (HF applications).

"V" Series IGBTs Benefits

In the "V" series Eon will give the IGBT turn-on losses including the reverse recovery energy of the fast diode, as follows:
20A and 40A V Series IGBTs for High Frequency Applications
20A and 40A V Series IGBTs for High Frequency Applications
from t1 (10% of VGE) to t2 (5% of VCE).
If the IGBT is offered with a co-packaged diode (for example STGW20NC60VD) the diode is used as an external diode for the switching energy measurements. It must be noted that the Eon value is independent of the IGBT temperature and increases when the external diode is at 125°C. In the Eoff measurement we extend the integration until the voltage becomes flat and the current is equal to zero in order to include the current tail. Both the IGBT and diode are at the same temperature (25 and 125°C) during turn-on and turn-off measurements, with the conditions: VCC = 390V, IC = INOM, VGE = 15V, RG= 3.3 Ohm.