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Technical service provider and
supplier for simulation and testing

Siemens Simcenter T3ster for the development of power electronics

Simcenter Micred T3STER

Micred T3ster software and hardware for electronics development

Micred T3STER is a high-precision thermal characterization system used to determine and analyse the thermal conductivity and performance of electronic components. It enables the evaluation of the thermal performance of semiconductors, printed circuit boards and other electronic components. Novicos is a sales partner and service provider for the evaluation of electronic components.

Testing of power electronics and electronics with demand for high durability

With thermal characterization, you can achieve a short ROI if you have to meet demanding requirements for circuit boards and semiconductor components. You improve the service life and reliability of your electronic products.

  • Avoidance of overheating 

    Appropriate cooling and thermal management strategies for power electronics increases their lifetime and reliability.

  • Increased efficiency and performance

    Based on a better understanding of thermal properties, design components to operate within their optimal operating temperature.

  • Reduction of security risks

    Insufficient heat dissipation can pose a safety risk to users. Thermal characterization helps you improve product quality.

What is a structure function? | Siemens Simcenter T3STER

In this video, you will learn what structure functions are, the principles behind them, and how they can support electronic device characterization and reliability analysis.

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Video: What is a structure function? | Siemens Simcenter T3ster

What is a structural function?

Watch this video to learn how to check a structure function and how Simcenter Micred T3STER supports you in doing so.

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What is a structural function?

Watch this video to learn how to check a structure function and how Simcenter Micred T3STER supports you in doing so.

Thermal Characterization of Complex Electronics: Learning to Understand Structural Functions

Whitepaper

Use thermal characterization to reduce the risk of thermal failure and avoid recalls. Learn how to use thermal transient measurement for semiconductor component development in this white paper.

Download Whitepaper

Hardware

The hardware contains test devices, sensors and measuring instruments with which you can record thermal data from electronic components. You use the system to test temperatures, heat transfer paths and thermal conductivity non-destructively. You also record transient temperature changes during operation.

Software

You can use the software to analyze thermal data and develop thermal management strategies. The user interface and analysis tools support your understanding of thermal relationships in electronic components.

Your service provider and sales partner for metering systems

As a Siemens Solution Partner, we are your contact for the purchase of Siemens Simcenter T3STER. As an experienced service provider, we also provide you with impartial advice. 

  • Consulting

Your service provider and sales partner for metering systems

As a Siemens Solution Partner, we are your contact for the purchase of Siemens Simcenter T3STER. As an experienced service provider, we also provide you with impartial advice. 

  • Consulting for the right solution for your testing needs

  • Contact for measuring power electronics and other solutions from the Siemens Simcenter Micred portfolio

  • Implementation, integration and maintenance

  • Technical support and assistance for users

  • Handling of methodological questions and partners for outsourced development tasks in the semiconductor context

Development of power electronics with Siemens Simcenter Micred products

Areas of application for Siemens Simcenter T3STER

Measurement systems for power electronics are used wherever circuit boards and semiconductor components have to be integrated into a new product or have to meet demanding requirements:

Automotive industry

For the characterization and optimization of power electronics, sensors, control units and lighting systems in vehicles.

Aerospace

To verify the thermal performance and stability of critical avionics and spacecraft electronics.

Telecommunications

Use in the analysis and optimization of high frequency devices, network infrastructure and 5G technology.

Energy

For the study and improvement of solar cells, power semiconductors and smart grid systems.

Medical Technology

Testing and analysis of thermal properties of medical control devices, sensors and imaging systems.

Would you like an ROI analysis

We will be happy to support you in determining the return on investment (ROI) in your application. This service is free of charge for you and supports you in deciding whether the acquisition of the system pays off for your company. 

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Dr.-Ing. Ömer Yildiz

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Novicos Ltd.

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