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Calibration of Wafer Temperature to NIST Traceable Standards Using an Isothermal Cavity

机译:使用等温腔校准晶片温度的NIST可追踪标准

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The offset between Si temperature and indicated TC temperature when a thermocouple instrumented wafer is placed in a double side heated RTP system was measured by means of an isothermal cavity, formed by 2 parallel Si wafers mounted in the system. The lamp powers were controlled to get an equal wafer temperature, making the cavity isothermal. Inside the cavity, an R-type TC with a NIST traceable calibration was mounted. Outside the cavity, a standard type K 1530 SensArray thermocouple [1] was exposed to the typical conditions in an RTP system. the offset was measured as the difference between the indicated temperature of the NIST traceable type R TC. The 3 sources of the offset are discussed and a typical correction factor is proposed.
机译:通过等温腔将热电偶仪器晶片放置在双侧加热的RTP系统中时,Si温度和所示的Tc温度之间的偏移通过等温腔测量,由安装在系统中的2个平行的Si晶片形成。 控制灯功率以获得相等的晶片温度,使腔体等温。 在腔内,安装了具有NIST可追溯校准的R型TC。 在腔外,标准型K 1530 Sensarray热电偶[1]暴露于RTP系统中的典型条件。 测量偏移作为NIST可追踪型R TC的指示温度之间的差异。 讨论了偏移的3个源,提出了一种典型的校正因子。

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