PExprt 6New Features
Integrated Magnetics
Integrated Magnetics
Integrated Magnetics
Three Phase Components
Improved Thermal Calculations
Graphical representation of the Thermal Distribution
New Features in Simplorer and PSpice models
Losses (non conservative nodes)
Electrical connections (conservative nodes)
Both, instantaneous and averaged losses are provided
Connections with the thermal model Average Losses (non conservative nodes)
Inclusion of thermal calculation in Simplorer and PSpice models
Inclusion of thermal calculation in Simplorer model
Inclusion of thermal calculation in Simplorer model
Information about model type
Improved Model Generation from PExprt
“Fixed Gap” feature
Different levels for Core losses calculation
Minor Loops
Improved Link with FEA: Eddy
New Open Circuit and Short Circuit Tests in Maxwell 2D
New Post-Processor Options
New “Solve Problem” feature from PExprt
Improved Link with FEA: Eddy
LossesCurrent Density Energy Flux
Improved Link with FEA: Electrostatic
New Link with FEA: Transient
New Link with FEA: Thermal
Improved frequency spacing definition for FEA based models
Improved Chart control
Core Material Frequency Range Checking
Multi-Design Working Mode Capability
Recalculation of Winding Losses using PEmag models for multiple
designs
Recalculation of Winding Losses using FEA
List of Results Saving Capability(“My Results” list removed)
Analytical model symbol for Simplorer
PEX: FEA based model
ANL: Analytical based model
Non-linear core model for Simplorer
Blank spaces allowed in the path name
Message showing where the model has been saved
New Implementation of Simplorer models (no library needed, macros
are not used anymore)
Extension name of PExprt libraries has been changed to .pxl in order to
avoid confusions with PEmag libraries (.pml)
Simplorer (levels 3 and 4) and PSpice non-linear core model
parameters extraction feature (PEmag)
Possibility of introducing names for the bobbin pins (PEmag)
Different colors for each insulator portion (PEmag)
Selected sub-layer highlighting in the cross section area (PEmag)
Move layer feature (PEmag)
Parallel layer feature (PEmag)
Show the information about connections for each sublayer
(PEmag)
New Core Shapes: T, I and DRUM
New Core Shapes: UI
Twisted wire type (PEmag 2D)
Square wire type
Foil conductors
XY Representation for Double 2D Cores
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