Schematic settings

This section describes Schematic settings dialog and its options.

Table 1.
Option name Description
Device Specifies for which device schematic is intended.
Configuration id Specifies configuration id for selected device.
Device table Shows a table with details for selected device.
Autodetect settings Choose device and configuration id based on connected device.

Table 2.
Option name Description
Discretization method

Chose the discretization method for state space equations of the model.

Simulation step

If simulation step is set to 'auto', model will be simulated with smallest possible simulation step.

Simulation rate scaling

The discretization step is calculated as simulation step/scaling.

Calculation method

There are two available algorithms for state space matrix calculation of the model. By default systematic elimination is used. In some extraordinary cases, constraint matrix algorithm is required.

Enhance stability

There are two available algorithms for state space matrix calculation of the model. By default systematic elimination is used. In some extraordinary cases, constraint matrix algorithm is required.

Enable GDS oversampling

Enables high resolution sampling of converter control inputs (gate drive signals). Recommended for switching frequencies exceeding 4kHz. When enabled, it adds one additional simulation step of latency measured from digital inputs to analog outputs.

Show modes Show modes of the circuit.
Enable coupling stability analysis Enable core coupling stability analysis.
Enable dependent switches detection Enable detection of dependent switches.
Table 3.
Option name Description
Place code section in

Target memory selection for the code program sections.

Place data section in

Target memory selection for the data program sections.

Compiler optimization level

Choose the level of optimization for the user CPU, if you select to compile an SP (Signal Processing) model with changed optimization level, it is highly recommended to manually restart the HIL before loading the model.

Real type mapping Choose the real type precision for the user CPU.
Execution rate 1 Define the fast execution rate for system signal.
Execution rate 2 Define the slow execution rate for system signal.
Compiler optimization level Choose the level of optimization for the system CPU.