High vacuum atomic
force microscope for
failure analysis and
atmosphere-sensitive
materials research
Park NX-Hivac allows failure analysis engineers to
improve the sensitivity and repeatability of their AFM
measurements through high vacuumenvironment.
Because high vacuum measurement offers greater
accuracy, better repeatability, and less tip and
sample damage than ambient or dry N2 conditions,
users can measure a wider range of signal response
in various failure analysis applications, such as
dopant concentration of Scanning Spreading Resistance
Microscopy (SSRM).
Park NX-Hivac enables materials scientific research
that requires high accuracy and high resolution
measurements in a vacuum environment free from oxygen and
other agents.
Performing Scanning Spreading Resistance
Microscopy (SSRM) measurements under high- vacuum conditions
can reduce the required tip- sample interaction force, which
can significantly
reduce damage to both the sample and the tip.
This will extend the life of each tip, making scanning cheaper
and more convenient, and can provide more accurate results by
improving spatial resolution and signal to noise ratio.
This makes high vacuum Scanning Spreading Resistance
Microscopy (SSRM) measurements conducted with the NX-Hivac an
excellent choice for failure analysis engineers looking to
increase their throughput, reduce costs, and improve accuracy.