What Is Charged Device Model (CDM) And How Is It Controlled?
The Basics of Charged Device Model The semiconductor industry has created test models to determine the sensitivity of a packaged device to an electrostatic discharge
The Basics of Charged Device Model The semiconductor industry has created test models to determine the sensitivity of a packaged device to an electrostatic discharge
What are the different types of wafer storage and desiccator dry cabinets? What are the price differences? Should you choose acrylic, dissipative PVC cabinets, or stainless steel?
Standard pink anti-static bags fail to protect ESD-sensitive devices from the flow of electrically charged objects. Learn about the requirements for ESD safe packaging, metal faraday bags, and the differences between anti-static, dissipative, and conductive packaging.
Why Is Static Dissipative PVC a Better Option than Acrylic?
StatPro CPDC Series Desiccator Dry Cabinets are widely used and trusted by professionals in the high-tech, R&D, electronic manufacturing, laboratory, cleanroom, and warehouse industries. These utilize
An Alternative Drying Solution Replaces Traditional Methods As the industry utilizes a high-temperature reflow process, moisture sensitivity in SMT remains a constant problem. Serious manufacturing
Manufacturing Uses of Desiccator Cabinets for Printed Circuit Boards (PCBs) The discussion regarding ‘dry box’ or desiccant storage of MSD’s (Moisture Sensitive Devices) has increased
All personnel in an organization who handle ESD sensitive items (ESDS) are to receive ESD control training. In addition, facilities personnel and those who design
Many electronic circuit board assemblies contain both active and passive components; some of these components, particularly semiconductors, may be sensitive to damage from static electricity,
How do I identify problem areas for ESDS items? Which areas of our facility need ESD protection? This guide identifies the procedures and materials in EPA and ESD environments.