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7 Simulation Capabilities Required for Power Electronics Designs Optimize System and Circuit Design Magnetic Component Design Electrical Thermal Design Power Electronics EMI/EMC Power Electronics Reliability Embedded Control System Comprehensive multi-physics solutions from power switches, magnetic components and PCB to systems

• Slide 1
• Slide 2: Significant Challenges Exist To Deliver Power Electronics Technology
• Slide 3: Quantified Impact Of Simulation On Power Electronics
• Slide 4: Proven Simulation Solutions For Power Electronics
• Slide 5
• Slide 6: Multidisciplinary Power Electronics Design Requirements
• Slide 7: Simulation Capabilities Required for Power Electronics Designs
• Slide 8: Optimize System and Circuit Design
• Slide 9: Account for Magnetics
• Slide 10: Enhanced Thermal Performance and Thermal Reliability
• Slide 11: Power Electronics EMI/EMC for EV
• Slide 12: Reliability Physics Analysis (Sherlock)
• Slide 13: Development of Safe Embedded Controls
• Slide 14
• Slide 15
• Slide 16: Evolving Needs for Power Electronics Simulation
• Slide 17: Multi-Level Modeling for Magnetics
• Slide 18: Multi-Level Modeling For Electric Machines
• Slide 19: Ansys ROM for Power Electronic Systems
• Slide 20: Detailed Modeling and Integrated Simulation of an Electric Drive
• Slide 21: System Simulation with Ansys Maxwell ROM
• Slide 22
• Slide 23: Powertrain Electric| Power Electronics Thermal Management of an EV/HEV Inverter
• Slide 24: Electric Powertrain | Power Electronics Cooling Channel Multi-Objective Optimization
• Slide 25: Electrothermal and Reliability Management
• Slide 26
• Slide 27: Virtual Validation of Conducted Emissions for CISPR
• Slide 28: Electrical | Infotainment, Electrical | Electronic Modules Virtual Test Environment of Radiated Emission for CISPR 
• Slide 29: Powertrain, Electric | Power Electronics Simulation Driven EMC Design Iterations 
• Slide 30: Powertrain, Electric | Power Electronics EMC Crosstalk Prediction and Prevention
• Slide 31
• Slide 32: Vibration of Electronic Assemblies
• Slide 33: Thermal Shock and Cycling: Reliability
• Slide 34: Enclosure Test - Water and Dust Ingress Protection 
• Slide 35: Automotive| Electronic Modules Automotive Electronics Reliability
• Slide 36
• Slide 37: Embedded Controls & Software
• Slide 38: Control Systems in Ansys Simplorer 
• Slide 39: Control Systems in Ansys Simplorer 
• Slide 40: Ansys SCADE Embedded Control Software Design MiL, SiL Testing/Calibration & Tuning
• Slide 41