InverterDQ - Inverter IGBT DQ

preview

Connection Diagram:

PT
DC D
DGND
Q
GND
QGND
MODEL
DQ

Connections(21)PositionRemark
T Top Temperature
QGND Right
Q Right
P Top Losses of the inverter
MODEL Left Connect Mname for specifying IGBT component name
GND Left
DQ Bottom
DGND Right
DC Left
D Right

Parameters(20)DefaultRemark
Vd125 0.5
Rd125 10m
Rce125 25m
Fs 20kHz Switching Frequency [Hz]
Inom 100
Vnom 600
Err125 50m
Eon125 50m
Eoff125 50m
VCE125 1
Err25 50m
Eon25 50m
Rd25 10m
Eoff25 50m
Vd25 0.5
Rce25 25m
VCE25 1
InitialCdcVoltage 600 Initial voltage of the DC link capacitor [V]
Cdc 100uF Capacitance of the DC link capacitor [Farad]
Resr 10m Equivalent series resistance of the DC link capacitor [Ohm]

Function IGBT DQ inverter system model with loss calculation. The IGBT switches are replaced by an averaged model. Therefore the simulation speed is high compared to the model with the IGBT switches
Note This model can not be used to regenerate energy from the three pahse terminals via the diodes to the DC link, since the diodes are not present in the model.

Status Standard

Select from Components\Library\PowerConverters\Inverters3phase

See also
BlankingTime, BrushlessGatePWM, BrushlessHall2SixPulse, BrushlessPosition2SixPulse, Inverter, Inverter_Averaged, Inverter_IGBT, Inverter_IGBT_Level1, INVERTER_MOSFET, pwm3, PWM_Converter6, PWM_ConverterSymCarrier, PWM_symmetrical, SixPulseAngleControlled, SixPulseAngleControlled120Degr, SixPulseFrequencyControlled, SixStep, SoftStartControl, Softstarter, SVM, VF, VSI_GTO, VSI_PWM,
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