ee_importDeviceParameters
Import device parameters from XML file to Simscape Electrical IGBT (Ideal, Switching), MOSFET (Ideal, Switching), and Diode blocks
Since R2021b
Syntax
Description
ee_importDeviceParameters(
extracts the device parameters from an XML file, file
,"hitachi",blockPath
)file
, and imports them
to the Simscape™ block at the specified blockPath
, and imports them using
the Hitachi parameterization format to the Simscape block.
The XML file must be on the MATLAB path and must use a parameterization format supported by Hitachi.
For the "hitachi"
format, this function supports these blocks:
MOSFET (Ideal, Switching) (since R2024a)
For examples of Hitachi format XML files for IGBT and diode devices, see the Insulated Gate Bipolar Transistor (IGBT) and diode modules with SPT, SPT+, SPT++ and TSPT+ chips page on the Hitachi website.
ee_importDeviceParameters(
extracts the parameters from an XML file, file
,"infineon",blockPath
,GateResistanceOn=Rgon
,GateResistanceOff=Rgoff
)file
, and imports them using
the Infineon parameterization format to the Simscape block at the specified blockPath
. Infineon datasheets
include dependencies with respect to the switch-on and switch-off gate resistance values.
This function allows you to select the values of the switch-on and switch-off gate
resistance by specifying the GateResistanceOn
and
GateResistanceOff
arguments.
The XML file must be on the MATLAB path and must use a parameterization format supported by Infineon.
For the "infineon"
format, this function supports these blocks:
Diode (since R2024a)
IGBT (Ideal, Switching) (since R2024a)
For examples of Infineon format XML files for IGBT devices, see the IGBTs – Insulated Gate Bipolar Transistors page on the Infineon website.
ee_importDeviceParameters(___,
also enables warnings about unused fields in the XML file. Verbose
=true)
ee_importDeviceParameters(___,
also disables warnings about unused fields in the XML file. Verbose
=false)
Note
After you run the ee_importDeviceParameters
function, check for
parameters that contain % Parameter not set
in their value.
The function automatically assigns these parameters their default values after the
parameterization.
If you simulate a model that contains this block and you do not obtain the expected
results, modify these parameters. If modifying these parameters is not enough, change
the modeling options for the block, such as the fidelity level or the charge dynamics.
The ee_importDeviceParameters
function parameterizes the block only
for a specific fidelity level. If you change the fidelity level, the simulation results
are different.