For the development of inductive components, a profound knowledge of magnetics is an important requirement. Complex factors, such as magnetic flux density, magnetic field energy, air gaps, Q-factor, permeability, coercivity, core and copper losses, saturation, remanence, etc., are just a few criteria to consider in the choice for the right core material and shape. Along with special calculation software (e.g. RALE), the engineer?s evaluation and interpretation with regard to feasibility is required, as this aspect is generally not included in the development software.
Some of ISE?s engineers have a university degree in magnetic materials.
ISE is a leading medium sized designer and manufacturer of HQ inductive components
Inductive components with Heatdrain
8-11-2008
High current inductive components with heat drain. In power conversion circuitries dissipation of heat plays a major role. Especially in those applications in which a high power density is required, electronic components can be heated up substantiall
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Design of Powermagnetics for SMPS
2-2-2008
ISE designs and produce within the shortest periode of time Flyback, Drive Transformers, Trigger and Gatedrive Transformers, Current sensors and transformers, PFC chokes, Buck Chokes for SMPS, Power MOS-FET's & IGBT’s.
ISE cooperate closely toge
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