Common Mistakes in MSD Storage
Storing components at room humidity Ignoring floor life tracking Relying only on moisture barrier bag (MBB) Failing to monitor RH levels Delaying baking procedures Implementing…
Read More
What Problems Does Moisture Cause in PCB Components?
Moisture absorption affects materials at a microscopic level. Even small amounts of trapped humidity can cause structural stress when exposed to soldering temperatures above 200°C.…
Read More
IPC / JEDEC J-STD-033 C Storage Requirements Explained
The IPC/JEDEC J-STD-033 standard defines storage, handling, and floor life requirements for moisture sensitive devices. Key requirements include: Controlled storage after bag opening Floor life…
Read More
What Is the Ideal Humidity Level for Electronic Components?
The ideal humidity level depends on component sensitivity, but in most electronics manufacturing environments: MSD storage: 5% RH High-sensitive components: 1–3% RH Ideal Humidity Level…
Read More