Designing inductors for switching power supplies and power electronics applications can be challenging. Core selection, air gaps, winding methods, magnetic saturation, thermal performance, and loss calculations all play a critical role in creating a reliable and efficient design. The Ultimate Guide to Inductor Design brings these concepts together into a practical engineering reference that walks through the complete magnetic design process from fundamental theory to real-world design examples. Whether you are a student, engineer, designer, or manufacturer, this guide provides valuable insight into modern inductor design techniques used throughout the power electronics industry.
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The Ultimate Guide to Inductor Design teaches the principles behind successful magnetic component design. When you’re ready to move from theory to implementation, the SolidMagnetics Design Automation System can help you generate complete manufacturable inductor designs in minutes.
Simply enter your design requirements and receive:
- Core Selection Recommendations
- Air Gap Calculations
- Turns Count Calculations
- Wire Selection Recommendations
- Thermal Performance Estimates
- Core and Copper Loss Analysis
- Manufacturability Review
- 3D CAD Models
- STEP Files
- Engineering Drawings
- Bills of Materials (BOMs)
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- 3D CAD model
- Manufacturing drawings
- BOM
- Build-ready geometry