Design for Reliability (DfR) Resources

Designing for reliability is an essential part of the electronic design process. In the resources below, you will hear from our team of reliability experts on best practices, guidelines and the research performed to help engineers improve the design and reliability of their electronic devices.

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Modeling & Simulation

17 Equations that Changed the World

Preventing Pad Cratering During ICT Using Sherlock

Enhancing MIL-HDBK-217 Reliability Predictions with Physics of Failure Methods

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PCB Reliability A Key Design Consideration

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Thermal Management Solutions: How Hot is Too Hot?

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Modeling of Thermomechanical Processes in Semiconductor Fabrication, Packaging and Reliability Testing

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Accelerating Auto Electronics Reliability Using Physics of Failure Modeling

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From Properties to Parameters: Using Material Characterization to Generate Accurate Models

Ansys Tools for Chip-Package-Interaction Analysis

Failure Analysis

Predicting Fatigue of Solder Joints Subjected to High Number of Power Cycles

TRIAC Specifications and Recommendations (Turn‐On Behavior)

Failure Modes in Conductive Adhesives

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Developing Damage Models to Predict Solder Fatigue

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Radiation Effects on Integrated Circuits

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Predicting Solder Joint Failure from Field and Test Data

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When Failure Is Not an Option: Improving Medical Device Reliability

Design & Manufacturing

Processing and Reliability Issues for Eutectic AUSN Solder Joints

0201 and 01005 Adoption in Industry

Design and Process Guidelines for QFNS: Manufacturability and Compatibility

The Benefits and Risks of Copper Pillar-bumped Flip Chips

Selection of Switch Mode Power Supply (SMPS) for Reliability

Understanding & Mitigating EOS and ESD in Electronics

Surviving the Heatwave

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Counterfeit Parts: The Cost to Your Business and How Ansys Can Help

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Introduction to Design for Reliability

Testing

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Acceleration Factors and Life Predictions

Validating Finite Element Simulations Through Physical Testing

HPPC Testing for ECM Modeling and Battery Reliability

Six Steps to Successful Board Level Reliability Testing

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