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Sherlock

Advanced Electronics Reliability Simulation Software

ANSYS Sherlock is an electronics reliability simulation software that uses advanced algorithms to predict the lifespan and failure modes of electronic systems and components. It analyzes physical, thermal, and mechanical stresses to ensure the design meets industry standards and specifications.

We Invest In The Companies Of The Future Home V2 Image Full Left Illustration - Invstor X Framer Template
We Invest In The Companies Of The Future Home V2 Image Full Left Illustration - Invstor X Framer Template
We Invest In The Companies Of The Future Home V2 Image Full Left Illustration - Invstor X Framer Template

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Features

Features

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Physics of Failure: Sherlock can simulate and predict the reliability of electronic systems and components under a range of physical, thermal, and mechanical stresses.

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MTBF Calculation: By using advanced reliability calculations, Sherlock can estimate the Mean Time Between Failure (MTBF) of electronic systems

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Integration: Sherlock is designed to integrate seamlessly with the Ansys portfolio, as well as a range of third-party CAD and CAE tools

Ansys Sherlock Webinar – 2023

Ansys Sherlock Webinar – 2023

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How to Purchase

How to Purchase

How to Purchase

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Introductory Call

Talk to one of our simulation experts so we can better understand the challenges you're faced with. Let's make sure simulation is the right tool for the job!

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Technical Validation

Next, let's get your experts and our experts on a deep technical call to better understand exactly what you know, and what you're looking to learn from simulation.

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Deployment Options

Now that we know simulation is the right tool, let's talk about your options - Licensing, Hardware, and Training - so we can put the perfect proposal together for you.

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Explore More Software Options

Discovery Live is a critical part of a larger workflow including these complimentary software capabilities.

Ansys Mechanical

A comprehensive structural analysis tool that empowers engineers to design and optimize products that are stronger, lighter, and more efficient.

Ansys Icepak

A software tool tailored for precise thermal analysis and electronics cooling simulation.

Ansys SIwave

A cutting-edge software that specializes in signal integrity analysis for electronic systems.

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Frequently asked questions

01

What is Ansys Sherlock, and how does it enhance electronics reliability analysis?

01

What is Ansys Sherlock, and how does it enhance electronics reliability analysis?

01

What is Ansys Sherlock, and how does it enhance electronics reliability analysis?

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How can Ansys Sherlock help calculate Mean Time Between Failures (MTBF) for electronic components and systems?

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How can Ansys Sherlock help calculate Mean Time Between Failures (MTBF) for electronic components and systems?

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How can Ansys Sherlock help calculate Mean Time Between Failures (MTBF) for electronic components and systems?

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What role does Ansys Sherlock play in assessing thermal reliability for electronic devices and assemblies?

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What role does Ansys Sherlock play in assessing thermal reliability for electronic devices and assemblies?

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What role does Ansys Sherlock play in assessing thermal reliability for electronic devices and assemblies?

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Can Ansys Sherlock help identify and prevent solder fatigue failures in printed circuit boards (PCBs)?

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Can Ansys Sherlock help identify and prevent solder fatigue failures in printed circuit boards (PCBs)?

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Can Ansys Sherlock help identify and prevent solder fatigue failures in printed circuit boards (PCBs)?

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How does Ansys Sherlock analyze structural reliability for electronic components and assemblies?

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How does Ansys Sherlock analyze structural reliability for electronic components and assemblies?

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How does Ansys Sherlock analyze structural reliability for electronic components and assemblies?

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Does Ansys Sherlock offer a user-friendly interface for electronics reliability analysis?

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Does Ansys Sherlock offer a user-friendly interface for electronics reliability analysis?

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Does Ansys Sherlock offer a user-friendly interface for electronics reliability analysis?