Improving Thermal Response and Thin Film Quality for Vanadium Oxide Coatings in Thermal Imaging Devices
Vanadium oxide (VOx) coatings are used to create microbolometers in many of today’s thermal imaging cameras; these components are used to convert thermal radiation into an electrical signal. Ion beam sputtering is typically the process of choice for these films, but there are some limitations, especially when it comes to achieving a higher thermal response.
One solution is a process called biased target sputtering (BTS), which enables tighter ion energy control for improved thermal response, as well as good target utilization without overspray.
In this white paper, you will learn:
- The factors driving market demand for next-generation IR cameras and components, including VOx-based microbolometers
- Why IBS is the process of choice for these devices, and areas where the process can be improved
- How BTS can be used to develop high-quality vanadium oxide IR absorbers for microbolometers
Fill out the form to download the white paper.