🔬 How to Analyze Particle Contamination and Assess Failure Risk on PCBs 🔬 скачать в хорошем качестве

🔬 How to Analyze Particle Contamination and Assess Failure Risk on PCBs 🔬

🧪Even the smallest amount of residue on electronic boards can significantly increase the risk of failure. Particle contamination analysis is a reliable method for assessing contamination on PCB assemblies, helping to identify the risk of failure. In this video, we explain how particle extraction and analysis work as both a qualitative and quantitative tool to define particles by type and size distribution. Additionally, we’ll explore how this method can be used to evaluate the impact of particulate contamination on the cause of damage to your PCBs. Understanding and controlling contamination is critical for ensuring the performance, reliability, and longevity of electronic devices. 💻 Key Points Covered: ✔️How even small residues can increase PCB failure risk. ✔️Particle extraction and analysis for PCB contamination. ✔️Qualitative and quantitative methods to assess particle size and type. ✔️Evaluating the impact of particle contamination on PCB damage. ✔️Ensuring the reliability and performance of your PCB assemblies. Stay updated on the latest methods for ensuring high-quality, reliable electronics. ⏰ Timestamps: 0:00 – Intro: Analysis of Technical Cleanliness 0:23 – Step 1: Extraction of particles by spraying 0:41 – Step 2: Filtration 2:45 – Step 3: Analysis of particles and risk assessment 3:55 – Outro: Contact us! 📌 Learn more about technical cleanliness: https://www.zestron.com/en/risk-asses... #PCBContamination #ParticleAnalysis #PCBFailure #ElectronicsTesting #ParticleContamination #FailureRisk #PCBRepair #CleaningProcesses #ElectronicsAssembly #ManufacturingTesting #ContaminationRisk #ParticleExtraction #PCBAnalysis #ReliabilityTesting #PCBManufacturing