Tobias Stolzke

Lehrstuhl für Elektronische Bauelemente Lehrstuhl für Leistungselektronik (LEE)

Simplifying Random Particle Structures within Soft Magnetic Composite Materials for the Optimization of 3D-FEM Simulations (2024) Stolzke T, Schwarz J, März M Journal article Comprehensive accuracy examination of electrical power loss measurements of inductive components for frequencies up to 1 MHz (2019) Stolzke T, Ehrlich S, Joffe C, März M Journal article, Original article Investigation of magnetic properties from a manganese-zinc-ferrite polymer bonded material (2019) Stolzke T, Dirnecker T, Schwarz J, Frey L Journal article, Original article Investigation of magnetic properties from a manganese–zinc–ferrite polymer bonded material (2018) Stolzke T, Dirnecker T, Schwarz J, Frey L Journal article Design and simulation of thermally optimized filter inductors for a 1mw windmill demonstrator (2015) Stadler A, Stolzke T, Gulden C Conference contribution, Conference Contribution Calculating phase currents for high frequency three phase inductors via the inductance matrix (2015) Stolzke T, Stadler A, Gulden C Conference contribution, Conference Contribution Optimized filter inductors for a 1MW windmill demonstrator with an objective to reduced converter size (2015) Stadler A, Stolzke T, Gulden C Conference contribution, Conference Contribution High frequency high current filter inductors with minimum thermal resistance (2014) Stadler A, Stolzke T, Gulden C Conference contribution, Conference Contribution A new generation of modular power inductors with minimum thermal resistance (2014) Stadler A, Stolzke T, Gulden C Conference contribution, Conference Contribution Analytical calculation of copper losses in litz-wire windings of gapped inductors (2014) Stadler A, Huber R, Stolzke T, Gulden C Journal article, Original article