Supply and Delivery of a CMOS technology based Ultrafast Intensified Charged Coupled Device (ICCD) Camera
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Key information
Overview
Radio Frequency (RF) plasma systems are a cornerstone of modern research and industrial manufacturing. Much of the RF plasma research carried out at Dublin City University (DCU) focuses on using advanced temporal-based plasma diagnostics allowing us to achieve significant insights into variations in plasma parameters and chemical composition. We are currently looking to upgrade our Phase Resolved Optical Emission Spectroscopy PROES system. The purchase aims to expand our diagnostic capabilities by acquiring an ICCD fast camera system. Because many commercial RF systems operate at 13.56 MHz, the diagnostic setup requires nanosecond-scale time resolution to capture rapid changes in optical emission intensity within a single RF cycle.
Lots1
Documentation5
- 142.7 KB
TRD DCU-26008-G Ultrafast Intensified Charged Coupled Device Camera.docx
Word document
- 1.9 MB
Supply and Delivery of a CMOS technology based Ultrafast Intensified Charged Coupled Device (ICCD) Camera (notice).pdf
PDF document
- 80.9 KB
Appendix 1 - DCU Contract Terms and Conditions.docx
Word document
- c4t_8215979_1.xml796 B
XML document
- 484.6 KB
ITT DCU-26008-G Ultrafast Intensified Charged Coupled Device Camera.pdf
PDF document