New sensingplatform with RubiLux™ and VioLux™ phosphor formulationsenableprecise, repeatable measurementacross an extended temperature range
Advanced Energy Industries, Inc. (Nasdaq: AEIS) – a global leader in highly engineered, precision power conversion, measurement and control solutions –has expanded its Luxtron® family of FluorOptic®Thermometry (FOT) solutions with a new converter platform and two proprietary phosphor formulations. The LuxtronM-1000 converter withRubiluxTM and VioLuxTM phosphor formulations enable highaccuracy temperature measurementover an expanded temperature rangefor the most advanced semiconductor etch and deposition processes.
Featuring a new light source and improved low noise photodetection, the LuxtronM-1000 provides dual channel capability with accuracy variations as low as ± 0.2°C, stability above 0.05°C and the industry’s broadest operating range from -200 to 450°C.The converter is optimized to work with both phosphor formulations to accommodate the full temperature range.
“Wafer temperature is a critical process parameter for advanced High Aspect Ratio (HAR) etching used to create semiconductor devices such as 3D NAND,” said Jeff Hebb, vice president of strategic marketing and applications, critical sensing and control at Advanced Energy.“To optimize HAR etch processes, semiconductor manufacturers at the leading edge are increasingly moving towards a wider range of operating temperaturesranging from cryogenic to hot chuck.By delivering precise, repeatablemeasurementacross a wide temperature range, the M-1000 converter and new phosphor formulations enable the full range of temperature measurement required for high-volume manufacturing of HAR processes.”
For decades, Advanced Energy’s Luxtron FOT sensing technology has been leading the industry with high temperature accuracy and wide operating range. TheLuxtron FOT sensing system combines a phosphor-coatedfiber optic probewith a high-performance converter that integratesan advanced light source, a photodetectorproprietarysoftware algorithm andlow-noise amplification circuitry.Because measurement is based on optical sensing, LuxtronFOT systems offer more accuracy than conventional electrical sensors in processes involving strong electromagnetic fields, including plasma etch and deposition, MRI systems and power transformers.
For detailed product information and technical specifications, visit our website.
The LuxtronM-1000 will be showcased at AE’s booth 844 at SEMICON West 2022, which takes place July 12–14at the Moscone Center in San Francisco, CA. Learn more:www.advancedenergy.com/semiconwest.
