FAQ: Answers to all your questions

When you're facing the choice of an apprenticeship, many questions are probably running through your mind. We want to support you and provide you with all the information you need so you can find the best apprenticeship for you.

 

 

 

Frequently asked questions about power electronics

Power electronics transform various types of electrical energy. The voltage level, frequency and the number of windings per string are adjusted. The areas of application for power electronics include aerospace, manufacturing and process automation, the generation and transmission of conventional and renewable energies, and electromobility.

 

Depending on the product group and type, Miba resistors are certified according to specific, recognized standards:

  • AEC-Q200 compliant 
  • MIL-Standard
  • UL

For information on the respective product certification, please refer to the data sheet, which is available as a PDF download on the respective product page.

In order to estimate the lifetime of electronic systems, a variety of thermal and mechanical measurement and calculation methods are used. With proportional operation, the service life of Miba resistors is more than 30 years.

 

The increasing individualization of products and the ever-growing share of power electronics require maximum flexibility in the production of different assemblies. Miba resistors are therefore manufactured according to individual customer requirements.

 

Miba Cooling manufactures heat sinks from the materials aluminum, stainless steel, copper and CuNiFe. Depending on the material, different cooling media are required for a water heat sink.

 

Depending on the respective requirements, the optimal cooling solution is selected. The possibilities are besides air cooling:

 

  • Vacuum-brazed heat sinks with integrated heat pipe function (VBA-HP).
  • Integrated heatpipes in the air cooler
  • Water cooler

The performance depends on the following factors:

  • Available volume flow of the medium used and its mixing ratio.
  • Pressure drop in the channel run / in the channel structure (flow field) under the electronic component to be cooled.
  • Selected manufacturing technology of the KK (for example, a vacuum-brazed heat sink is ideally tailored to the power electronics component to be cooled.

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