Risk Assessment of Electronic Assemblies
Would you like to learn more about effective quality control methods? Are you facing the challenge of improving the production consistency of your electronic components?
In this customized module, you will not only gain insights into quality control procedures but also learn to identify failure causes and defect patterns. Together, we will analyze process parameters and assess the failure risk of your electronic assembly, ensuring you are fully prepared for final reliability testing.
DetailsAt a Glance
Date
Arrange your preferred date with us.
Location
Choose your preferred location: ZESTRON Baar-Ebenhausen, Your Company or Online
Fee
4.900 € plus VAT
Included Services:
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Analysis and preparation of the documents you provide, tailored to your specific challenge.
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Access to presentation materials in advance.
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Evaluation session customized to your requirements.
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One-hour follow-up meeting to review implementation in daily operations (approx. 3 weeks after training).
OverviewWhat to Expect
In our module "Risk Assessment of Electronic Assemblies," you will learn how quality testing methods play a crucial role before final reliability tests such as PPAP and PA. These methods allow you to identify and leverage safety margins instead of relying solely on the black-and-white results of traditional reliability tests. Additionally, quality testing provides valuable insights into hidden weaknesses, enabling targeted product and process optimizations.
This module is not a standard training but is tailored to the specific questions and challenges of your projects, allowing you to develop precise solutions for your unique requirements.
Background Knowledge
- Failure Mechanisms: Understand the range of failure mechanisms, from AMP (Anodic Migration Phenomenon) and ECM (Electrochemical Migration) to partial discharge.
- Reliability Tests and Quality Control Methods: Learn about comparisons—when to use which method?
- Quality Control Methods: Explore fast and cost-effective techniques for risk assessment and prevention.
- Reliability Assessment of Conformal Coatings: Get to know the Coating Reliability Test (CoRe-Test) for evaluating ECM and AMP resistance.
- Testing for Material Quality Variations: Discover LCR and impedance measurement techniques using capacitors.
Applied Practice
- Risk Assessment for Leakage Currents: Learn about the tools ion chromatography and infrared spectroscopy.
- Selection of Reliability Tests and Quality Control Methods: We support you in choosing the most suitable approach for your specific application.
- Application to Your Use Case: Together, we develop solution approaches that align with your daily work environment.
- Confidential Setting: Secure and discreet handling of your data, with an NDA available upon request.
- Personalized Consultation: Tailored guidance on your current challenges.
- Individual Case Analysis: Focus on your specific application and possible solutions.
- Confidence in Test Selection: Understand and apply the most relevant testing methods for optimal quality control.
- Sustainable Solutions: Recommendations for long-term effective quality control strategies.
- Proactive Problem-Solving: Address and effectively prevent future challenges.
- Immediate Implementation: Integrate acquired knowledge directly into your daily work processes.
Our specialized assistance module is designed not only to provide you with a fundamental understanding of the chosen topic but also to explain all relevant standards and present possible approaches through best-practice examples.
We conduct a detailed analysis of your specific challenges to develop tailored solutions together with you. Our expert team supports you with professional guidance and extensive industry experience.
This assistance module includes:
- Analysis and preparation of the documents you provide, tailored to your specific challenges.
- Access to presentation materials in advance.
- Evaluation session customized to your requirements.
- One-hour follow-up meeting to review implementation in daily operations (approx. 3 weeks after training).