Tags :PExprt

PExprt speeds the design and optimization process of transformers and inductors. Using a combination of classical and Finite Element Analysis (FEA) techniques, PExprt determines the appropriate core size and shape, air gaps, and winding strategy of a design. Users can then achieve optimum reliability and performance of the magnetic component efficiently by eliminating prototyping iterations. What’s new in v6?   Integrated magnetics and planar component modeling Thermal calculations Radiation and convection on the window Automatic generation of equivalent thermal model for Simplorer? Graphical representation of the thermal distribution in the window Winding-loss, magnetizing and leakage inductance calculations using FEA Core-loss calculations based on nonlinear core models Expanded core libraries Open-circuit and short-circuit tests Energy Losses Current density Flux-distribution maps Energy-distribution...

PExprt speeds the design and optimization process of transformers and inductors. Using a combination of classical and Finite Element Analysis (FEA) techniques, PExprt determines the appropriate core size and shape, air gaps, and winding strategy of a design. Users can then achieve optimum reliability and performance of the magnetic component efficiently by eliminating prototyping iterations. What’s new in v6?   Integrated magnetics and planar component modeling Thermal calculations Radiation and convection on the window Automatic generation of equivalent thermal model for Simplorer? Graphical representation of the thermal distribution in the window Winding-loss, magnetizing and leakage inductance calculations using FEA Core-loss calculations based on nonlinear core models Expanded core libraries Open-circuit and short-circuit tests Energy Losses Current density Flux-distribution maps Energy-distribution...