On-Demand Educational Video
Predict and Improve Printed Circuit Board Lifetime Early in Design

Electronics Reliability with Ansys Sherlock

Modeling and evaluating printed circuit board assemblies can be challenging and costly to perform, but is often necessary for many applications where high-cycle thermal loads or shock/vibration events can lead to component or solder failure.

Learn how to use automated pre and post processing tools with Ansys Sherlock’s vast library of component properties and evaluation methods to quickly and accurately predict board-level reliability of PCB’s.

Ansys Sherlock allows you to:

  • Streamline and accelerate design and prototyping
  • Protect design against thermal cycling, shock and vibration failure
  • Predict lifespan and time to failure from multiple cumulative fatigue sources
  • Validate enclosures
  • Integrate with Ansys Workbench and APDL
  • …And much more!

Modeling and evaluating printed circuit board assemblies can be challenging and costly to perform, but is often necessary for many applications where high-cycle thermal loads or shock/vibration events can lead to component or solder failure.

Learn how to use automated pre and post processing tools with Ansys Sherlock’s vast library of component properties and evaluation methods to quickly and accurately predict board-level reliability of PCB’s.

Ansys Sherlock allows you to:

  • Streamline and accelerate design and prototyping
  • Protect design against thermal cycling, shock and vibration failure
  • Predict lifespan and time to failure from multiple cumulative fatigue sources
  • Validate enclosures
  • Integrate with Ansys Workbench and APDL
  • …And much more!

Vinny Lamovec
ANSYS Simulation Specialist

Rod Scholl
Principal Analyst

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