* BFP181 BFP620F BFP843
* BFP182W BFP640 BFP843F
* BFP183 BFP640ESD BFQ19S
* BFP183W BFP640F BFQ790
* BFP193 BFP640FESD BFR106
* BFP193W BFP650 BFR181W
* BFP196 BFP720 BFR182
* BFP196W BFP720ESD BFR182W
* BFP405 BFP720F BFR193F
* BFP405F BFP720FESD BFR193W
* BFP410 BFP740 BFR340F
* BFP420 BFP740ESD BFR35AP
* BFP420F BFP740F BFR380F
* BFP450 BFP740FESD BFR740L3RH
* BFP460 BFP750 BFR840L3RHESD
* BFP520 BFP760 BFR843EL3
* BFP540 BFP780 BFR92P
* BFP540ESD BFP840ESD BFR93A
* BFP540FESD BFP840FESD BFR93AW
* BFP620 BFP842ESD
Along with the models test files are included in the project in order to get an idea of what are the shape of the DCDC curves of each transistor.
It is important to note that several models have convergence issues during the DCDC analysis, that are currently under investigation.
I think some of your models have errors. QucsStudio 3.3.2 generates slightly different models than 2.5.7. For example the BFP420 Spice model uses a transistor with a substrate connection. QucsStudio 3.3.2 has it but 2.5.7 doesn't.
ReplyDeleteThank you very much for sharing this information. In fact these models come from the vendor. The only thing that I have done is to make them available to be used in QUCS Studio.
ReplyDeleteIn any case it is very interesting to know these kind of details, because all of this stuff worths if it is useful and accurate.
I will have a look to this issue and I will try to adapt the models to the new enviroment in QUCS Studio 3.3
Thanks again and best regards.