Our dry cabinets exceed the requirements for the storage of moisture-sensitive devices as specified in the IPC JEDEC standards. Performance...

Our dry cabinets exceed the requirements for the storage of moisture-sensitive devices as specified in the IPC JEDEC standards. Performance...

Moisture sensitive devices (MSDs) require controlled storage because many semiconductor packages absorb moisture over time.

Moisture diffuses into electronic components when water vapor from the surrounding air slowly moves into package materials, interfaces, and microscopic

Relative humidity affects circuit boards because printed circuit boards do not exist in isolation from the air around them.

The science of desiccants in dry cabinets is based on moisture removal. A desiccant is a material that attracts and

MSL, or Moisture Sensitivity Level, is a classification system used to describe how sensitive an electronic component is to moisture

The difference between static and dynamic humidity control is the difference between simply containing moisture and actively managing it.

Automatic desiccant regeneration is one of the features that separates a professional dry cabinet from a simple dry box with

Inside a dry cabinet environment, the main goal is control. The cabinet reduces and stabilizes relative humidity around sensitive materials

One percent RH storage matters for advanced electronics because some materials and processes require more than general low-humidity protection.

Low humidity helps prevent corrosion because moisture is one of the main environmental conditions that allows oxidation and electrochemical reactions