Shielded Flat-Wire High-Current Inductor for Automotive Electronics
- Posted by doEEEt Media Group
- On August 4, 2020
- 0
Minimizing losses is critical to any good electrical design, but understanding the mechanisms of losses in magnetics components isn’t always intuitive.
In this webinar, Field Application Engineer, Maawad Makdessi, explains the sources of those losses, their effects, and how they are mitigated.
Inductors are coils of wire wrapped around a core material. While seemingly simple at first glance, there’s so many materials science expertise that goes into making inductors.
In this webinar, KEMET Field Application Engineer Alexander Nebel investigates the materials used in power inductors, the trade-offs of each choice, and how they impact...
Power supply switching ripple and control loop phase margin are dominated by the output inductor and the bulk capacitors.
Simple RLC capacitor and inductor models can result in a design with more capacitors than necessary adding to the design cost, consuming valuable circuit board real estate and degrading the control loop performance.
Most capacitor datasheets...
In this interview-style live webinar, KEMET’s Michael Freitag (MSA Director) and Alexander Nebel (Field Application Engineer) discuss the various automotive applications of metal composite power inductors.