Opened gearbox housing shows heatsink PCB

Thermal Management

Thermal Management for PCBs

Increasing Requirements

There is a steady advancement in the performance, miniaturization and integration density of semiconductors. As a result, the heat dissipation of components and devices is becoming more and more important.

Not only are the requirements for electromagnetic compatibility (EMC) increasing, but a concept for thermal management must also be developed. Both the power dissipation of components is increasing rapidly and the density within an assembly is growing strongly. Rising clock frequencies and increasing packing density on the silicon chip, in the package and on the printed circuit board are causes for the constantly increasing heat. The development of semiconductor circuits with minimized power dissipation can only marginally counteract this trend.

Together with you, we develop clever thermal management concepts that directly dissipate heat through constructive measures at PCB level. In this way, high-performance components and LEDs are economically protected from excessive temperatures and a flawless function as well as long service life are guaranteed.

Our Know-how – Your Profit!

Advantages of Würth Elektronik Thermal Management

  • Heat dissipation of components/assemblies
  • Improved system performance
  • Increased reliability of the assembly

Fields of Application

Wide Range of Applications

Successful thermal management concepts are used in a wide range of applications. In particular, they can be found in applications for industrial electronics, automotive and aerospace. Examples are:

  • LED lighting
  • Motor and gearbox controls
  • Inverters
  • Switches
  • DC power supplies
Collage LED lighting PCB Boeing 787

LED Lighting Boeing 787

Thermal Management Design

Relevant Parameters for Production-ready PCB Design

Man sits at two screens and designs circuit boards

Modern printed circuit board solutions are more than just connecting elements. They are the key to progress in electronics. With this in mind, we actively support our customers in development and also offer our own system solutions with electronic

Design Rules

The Thermal Management Design Rules include all the important parameters you need to make your project successful:

Insulated Metal Substrate (IMS)

Improved Heat Dissipation in Comparison to FR4

A special but very effective way of dissipating heat from components via the printed circuit board is to use IMS printed circuit boards for simple single-layer circuits. These are usually constructed from aluminum carrier, insulation layer and copper foil, whereby the base materials are available in different construction variants.
The heat generated from components such as LEDs and transistors can be easily spread and passed on. The thermal conductivity value of the insulation layers used between the copper layer and the metal carrier is 5 to 10 times higher compared to conventional FR4 materials.

For more information, please see our IMS Thermal Management Design Rules

Webinar

Thermal Management Technology

Take a look at the recording or the presentation of the webinar:
"Miniaturisation – HDI – Thermal Management – Printed Polymer"

 

 

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Video Tutorial

PCB Thermal Management

Learn more about our technologies and services.  In this video tutorial, our PCB experts explain the possibilities of intelligent thermal management on a PCB basis and which PCB design goals can be achieved by it.

This video tutorial is an excerpt from our webinar "HDI Microvia - High Performance PCB System Moves the Masses".

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Developer holds green circuit board in hand and makes phone call

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