Taking reliable analysis of electronic assemblies to a new level

As soon as it is clear that an electronic module meets the requirements, the better. Ansys Sherlock is a software tool for the quick estimation of the reliability and lifetime of the future PCB. The focus is not on a constantly assumed error rate, but explicitly on the late failure phase.

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Product Description

Product Highlights

Fast preparation of ECAD data for the calculation
Extensive libraries
Physics based calculation of reliability
Evidence adapted to the case of damage
Can be used without special knowledge

This software is part of the Ansys structural mechanics product family

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How ANSYS Sherlock Simulations Optimize Electronic Hardware Design

CADFEM - Your simulation partner

With over 35 years of simulation experience, CADFEM is your ideal partner for all tasks from the wide-ranging world of structural mechanics.

Reliable electronics require reliable simulation - benefit from CADFEM's many years of know-how in the thermal and mechanical simulation of electronic structures.
Whether the focus is on the general consideration of your PCB structures or on the detailed analysis inside the electronic components, CADFEM supports you in building up the relevant knowledge for the safe processing of your simulation tasks.
Products - Service - Knowledge: Benefit from CADFEM's unique knowledge to gain the best possible configuration of software, hardware and training for the efficient processing of your nonlinear transient tasks.

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Contact the CADFEM Team

Florian Mailänder

Business Development Manager, CADFEM Germany GmbH, Stuttgart

+49 (0)8092 7005-46

produkt@cadfem.de

Success Stories on Ansys Sherlock Simulations

Ansys Sherlock is the only physics-based tool for predicting the reliability of electronic assemblies. Whether it is used in electrification, electromobility or IoT, meeting the requirements for lifetime and reliability are fundamental.

Power supply engineering

What are the most temperature sensitive components in power supply design? How does temperature induce degradation in these components, and what existing knowledge is available to allow the designer to make physics-based decisions on how hot is too hot?

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Danfoss

“With Ansys Sherlock accelerating the process, Danfoss is spinning up a new set of solutions that can help make the world a more efficient consumer of the electricity it relies on.”

Amol R. Chopade Lead Reliability Engineer Danfoss Drives A/S, Graasten, Denmark

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Application example of a downlight luminaire system for industrial lighting

REFERENCE PROJECTS

Simulation brings light into the dark: With Ansys Sherlock, the design of the electrotechnical components at BJB is determined in advance.

More about the BJB GmbH & Co. KG reference

Any questions about Ansys Sherlock?

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