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Technical Paper

Engineering ESD-Safe PCB Assembly for High-Reliability IoT and Industrial Electronics

Electrostatic discharge (ESD) threatens IoT and high-reliability electronics as components shrink and densify. This paper details design protections, assembly controls, and validation methods to help engineers and OEMs enhance device resilience and ensure long-term performance.
Contract Production

More Technical Papers

Evaluation of Techniques for Intentional Contamination of PWB Substrates for Quantitative Cleanliness Analyses

Scaling SMT Traceability

The Drawbacks of Internal Recycling Systems for Solder Dross

Engineering ESD-Safe PCB Assembly for High-Reliability IoT and Industrial Electronics

The Analysis of Variance: Drawing Conclusions from Data That Are Correct, Unambiguous, and Defensible

PCB Rework Evolves, With X-ray a Constant Support

How pH Cleaning Agents Affect Production Performance

A Universal AI-Powered Segmentation Model for PCBA & Semiconductor

RAIG Minimizes Corrosion, Allows Higher Gold on ENEPIG

High Reliability Lead-Free Solder Paste with Rosin and Anti-Crack Resin

Understanding Solder Dross: Causes and Control Strategies

Optimizing BGA Rework: Challenges, Techniques and Quality Control

Maintenance: The Basics of Cleaning Series Part 4

The Economics of Electronic Component Salvage and Reuse

Cutting Without Contact: How Laser Depanelling Redefines PCB Manufacturing

The "Fried Egg" Effect in Soldering

Flux Technology Development for Solder Paste Compatible with Formic Acid Reflow Ovens for Power Devices

Innovative Power Module Assembly Solutions

Unlocking the Potential of Nanoscale Conformal Coatings

Recycling vs Circularity: Minimising E-Waste in Manufacturing

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Use of Numerical Simulation Methods
The use of numerical methods has now become widespread. The implementation of these methods helps to minimize development costs by reducing the number of required prototypes. Download now.
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