NIST Develops Method to Detect Cracks in Ceramic Capacitor Structures

research and development RDA team of National Institute of Standards and Technology researchers has developed a nondestructive process for the detection of cracks on multilayer ceramic capacitors that are widely used in spacecraft and implantable medical technology.

NIST said Monday it tested the nonlinear crack-detection method with other researchers from the University of Maryland, NASA‘s Goddard Space Flight Center and the Colorado State University.

The approach, which involves high-frequency acoustic measurements, helped the NIST-led research team identify visible cracks in more than 90 percent of sample ceramic capacitors during a study.

The agency added it believes the technique holds potential to prevent electrical failures in cardiac pacemakers and defibrillators, satellites and space vehicles.

NIST has partnered with a capacitor manufacturer to conduct further studies to quantify crack-detection levels using the agency’s nonlinear acoustic method.

Check Also


NSA Reports on New Cyber Vulnerability in Computers

The National Security Agency (NSA) has issued a report on a new cyber vulnerability that threatens certain systems present within the Department of Defense and other organizations. The BootHole vulnerability allows cyber actors to get through the Secure Boot security standard that makes devices boot only with software trusted by original manufacturers. 

Leave a Reply

Your email address will not be published. Required fields are marked *