My Project
0.0.16
QUCS Mapping
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Go to the source code of this file.
Functions | |
double | HBT_X_exp_soft (double x) |
double | HBT_X_d_exp_soft (double x, double d_x) |
double | HBT_X_Vt (double U, double Ud) |
double | HBT_X_d_Vt (double U, double Ud, double d_U, double d_Ud) |
double | HBT_X_diode (double U, double Is, double Ug, double N, double AREA, double TJ, double TNOM) |
double | HBT_X_d_diode (double U, double Is, double Ug, double N, double AREA, double TJ, double TNOM, double d_U, double d_Is, double d_Ug, double d_N, double d_AREA, double d_TJ, double d_TNOM) |
double | HBT_X_MM (double VBCI, double VCBO, double MC, double VCBLIN, double BF, double KC) |
double | HBT_X_d_MM (double VBCI, double VCBO, double MC, double VCBLIN, double BF, double KC, double d_VBCI, double d_VCBO, double d_MC, double d_VCBLIN, double d_BF, double d_KC) |
double | HBT_X_charge (double U, double C0, double Ud, double m, double Area) |
double | HBT_X_d_charge (double U, double C0, double Ud, double m, double Area, double d_U, double d_C0, double d_Ud, double d_m, double d_Area) |
double | HBT_X_Vceff (double U, double VCES) |
double | HBT_X_d_Vceff (double U, double VCES, double d_U, double d_VCES) |
double | HBT_X_ICK (double U, double RCI0, double VLIM, double InvVPT, double VCES) |
double | HBT_X_d_ICK (double U, double RCI0, double VLIM, double InvVPT, double VCES, double d_U, double d_RCI0, double d_VLIM, double d_InvVPT, double d_VCES) |
double HBT_X_charge | ( | double | U, |
double | C0, | ||
double | Ud, | ||
double | m, | ||
double | Area | ||
) |
double HBT_X_d_charge | ( | double | U, |
double | C0, | ||
double | Ud, | ||
double | m, | ||
double | Area, | ||
double | d_U, | ||
double | d_C0, | ||
double | d_Ud, | ||
double | d_m, | ||
double | d_Area | ||
) |
double HBT_X_d_diode | ( | double | U, |
double | Is, | ||
double | Ug, | ||
double | N, | ||
double | AREA, | ||
double | TJ, | ||
double | TNOM, | ||
double | d_U, | ||
double | d_Is, | ||
double | d_Ug, | ||
double | d_N, | ||
double | d_AREA, | ||
double | d_TJ, | ||
double | d_TNOM | ||
) |
double HBT_X_d_exp_soft | ( | double | x, |
double | d_x | ||
) |
Definition at line 89 of file HBT_X.analogfunction.cpp.
double HBT_X_d_ICK | ( | double | U, |
double | RCI0, | ||
double | VLIM, | ||
double | InvVPT, | ||
double | VCES, | ||
double | d_U, | ||
double | d_RCI0, | ||
double | d_VLIM, | ||
double | d_InvVPT, | ||
double | d_VCES | ||
) |
double HBT_X_d_MM | ( | double | VBCI, |
double | VCBO, | ||
double | MC, | ||
double | VCBLIN, | ||
double | BF, | ||
double | KC, | ||
double | d_VBCI, | ||
double | d_VCBO, | ||
double | d_MC, | ||
double | d_VCBLIN, | ||
double | d_BF, | ||
double | d_KC | ||
) |
double HBT_X_d_Vceff | ( | double | U, |
double | VCES, | ||
double | d_U, | ||
double | d_VCES | ||
) |
Definition at line 611 of file HBT_X.analogfunction.cpp.
double HBT_X_d_Vt | ( | double | U, |
double | Ud, | ||
double | d_U, | ||
double | d_Ud | ||
) |
Definition at line 132 of file HBT_X.analogfunction.cpp.
double HBT_X_diode | ( | double | U, |
double | Is, | ||
double | Ug, | ||
double | N, | ||
double | AREA, | ||
double | TJ, | ||
double | TNOM | ||
) |
double HBT_X_exp_soft | ( | double | x | ) |
Definition at line 75 of file HBT_X.analogfunction.cpp.
double HBT_X_ICK | ( | double | U, |
double | RCI0, | ||
double | VLIM, | ||
double | InvVPT, | ||
double | VCES | ||
) |
double HBT_X_MM | ( | double | VBCI, |
double | VCBO, | ||
double | MC, | ||
double | VCBLIN, | ||
double | BF, | ||
double | KC | ||
) |
double HBT_X_Vceff | ( | double | U, |
double | VCES | ||
) |
Definition at line 599 of file HBT_X.analogfunction.cpp.
double HBT_X_Vt | ( | double | U, |
double | Ud | ||
) |
Definition at line 118 of file HBT_X.analogfunction.cpp.