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Explore the latest insights and updates from Magnalytix.


Rework
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Why Does Rework Cause Failures

Rework—modifying or repairing an electronic assembly after initial production—is a necessary part of electronics manufacturing. Whether it's due to design revisions, component replacement, or correcting defects, rework is sometimes unavoidable. However, it also introduces risks. In this blog, we’ll examine the key reasons rework can compromise the reliability of electronic assemblies and how Magnalytix helps manufacturers manage and mitigate those risks. ...

Cleaning Board

How Do You Determine When Clean is Clean Enough?

Cleanliness is critical in electronics manufacturing because common contaminants like process residues, ionic flux activators, and other particulates can cause or accelerate electrochemical failures. These issues can compromise the reliability and functionality of electronic devices and lead to costly failures. Due to the high cost of failure, we recommend a few key methods to evaluate your PCBA cleanliness....

IPC-B-52 Test Board

Understanding IPC-B-52 Test Boards and Industry Standards

Electronic reliability hinges on how well assemblies resist contamination, environmental stress, and flux residue over time. Standardized test vehicles, especially the IPC-B-52 board, play a vital role in evaluating these risks through methods like Surface Insulation Resistance (SIR) testing. Guided by industry standards such as J-STD-001 and J-STD-004, and supported by test methodologies like IPC-9202, these test boards enable manufacturers to confidently qualify materials, validate cleaning processes, and establish long-term reliability....

Cleanliness Failures in Electronics Image

Cleanliness Failures in Electronics

Cleanliness failures in electronics occur when unwanted contaminants are left behind during manufacturing or enter the system from the environment where the device operates. These failures can compromise performance and reliability, and understanding their root causes is the first step in preventing them....

Chemical Failures in Electronics Image

Chemical Failures in Electronics

Chemical failures in electronics are typically the result of interactions between materials and their environment. These interactions can lead to the deterioration of components, ultimately causing system malfunctions. Here, we'll explore the three primary causes of chemical failures: corrosion, contamination, and outgassing....

Electrochemical Migration

Electrochemical Migration in High Humidity Environments

Electrochemical migration is a significant concern in electronics, especially in high humidity environments. This phenomenon can lead to failures in electronic components, making it crucial to understand and mitigate its effects. In this blog post, we will explore the causes of electrochemical migration, its impact on electronic reliability, and how Magnalytix can help you address this challenge....

World Map of Climate Classifications

Electronics in Harsh Environments

Electronics are everywhere, from the devices in our hands to the critical systems that power industries. However, these electronics often face harsh environments that can compromise their reliability and performance. At Magnalytix, we specialize in ensuring the reliability of electronics in challenging conditions, providing solutions that enhance their durability and functionality....

Environmental Factors in Reliability

Environmental Factors in Electronic Reliability: Insights from DTU Research

Environmental factors such as temperature, humidity, and exposure to chemicals are pivotal in determining the reliability of electronic systems. These factors can accelerate the degradation process, leading to potential failures that compromise the functionality of electronic devices. Understanding these environmental influences is essential for developing strategies to mitigate their impact and enhance the durability of electronic components....

Magnalytix Team

Introduction to Magnalytix

Welcome to the Magnalytix blog! We are excited to launch this platform where we will share weekly updates on our research, findings, and advancements in electronic reliability. Our goal is to keep you informed about what we are doing and how our innovations can help you enhance the reliability of your electronic devices....