Lorandt explains how easy it is to calculate the inductor for a DCDC buck converter and also the total losses for this inductor by using REDEXPERT simulation tool. He enters all the parameters for his converter, and select a WE-MAPI, where the DC losses, AC losses, total losses and expected temperature rise is determined. Further he explains the Würth Elektronik AC loss model, which is based on measurements of the real components. The simulation is also verified in the lab.
Selecting the proper Inductor with online simulation and design-in tool
- Categories: Applications e-Blog, Basic Concepts Inductors, e-PassiveBlog, Inductor videos, Inductors, Inductors e-Blog, Video Channel
- Tags: Application Video GuidelinesInductors explainedRipple CurrentSimulation
Related Content
Best Practices for Cable Management in High-Speed and High-Density Systems
By
Tomáš Zedníček
4.9.2025
Würth Elektronik Unveils Compact Common-Mode Data Lines Chokes
By
Tomáš Zedníček
3.9.2025
Bourns Releases Automotive High Creepage and Clearance Transformer
By
Tomáš Zedníček
1.9.2025
Bourns Unveils Metal Powder Core High Current Low DCR Shielded Power Inductor
By
Tomáš Zedníček
29.8.2025
Influence of Tantalum Capacitor Pellets Size on Stability During Oxide Film Formation
By
Tomáš Zedníček
29.8.2025
Modelithics Release Discrete Components Optimization Article for RF/Microwave Designers
By
Tomáš Zedníček
28.8.2025
Ripple Steering in Coupled Inductors: SEPIC Case
By
Tomáš Zedníček
27.8.2025
TDK Releases Low Loss Thin-Film Inductors for AI Data Centers
By
Tomáš Zedníček
27.8.2025
SEPIC Converter with Coupled and Uncoupled Inductors
By
Tomáš Zedníček
26.8.2025
Coupled Inductors in SEPIC versus Flyback Converters
By
Tomáš Zedníček
26.8.2025