Microscope-based vibrometers
Microscope-based vibrometers
Inspired by the rapid further development of microelectromechanical systems and MEMS, Polytec presents this highly innovative product line of microscope-based measurement systems. MSA Micro System Analyzers from Polytec validate dynamics and topography of microsystems reliably with utmost precision whether in the Kilohertz range, at several Megahertz or up to the Gigahertz range. Determine transfer functions, use unique all-in-one instruments for both the static and dynamic 3D characterization of microsystems, measure and see through Si encapsulations and integrate your test-setup into (vacuum) probe stations.
MSA-650 IRIS Micro System Analyzer
The innovative and patented MSA-650 IRIS Micro System Analyzer with IR capability allows for measuring true MEMS dynamics up to 25 MHz by characterizing both in-plane and out-of-plane motions through silicon encapsulation without contact, without need for preparing nor decapping the device.
MSA-600 Micro System Analyzer
The all-in-one optical measurement solution for static and dynamic 3D characterization of MEMS and microstructures- now for up to 6 GHz! The MSA-600 enhances microsystem development and quality inspections - also allowing testing on wafer-level when integrated into commercially available probe stations.
MSA-100-3D Micro System Analyzer
The 3D Micro System Analyzer records vibration components in all three spatial directions at once. The optical measurement system enables high-resolution 3D vibration analysis from DC up to 25 MHz with amplitude resolutions in the sub-picometer range, for both in-plane and out-of-plane vibration components.
MSA-060 Micro System Analyzer
Use the MSA-060 for entering the world of microsystem analysis. Record and visualize vibrations and dynamics of small components and microsystems with laser precision over an entire surface from DC to 24 MHz. Micro System Analyzers use measurement lasers, revealing the true dynamics of small components in a completely non-contact and non-invasive way.