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High-sensitivity micro-spot elemental analysis using a WDXRF spectrometer equipped with a polycapillary lens

Winter 2010, Volume 26, No. 1
12-15
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Yasujiro Yamada

There is growing demand for high precision and sensitivity micro-spot elemental analysis of microelectronic components. EPMA (electron probe micro analyzer) and EDXRF (energy-dispersive X-ray fluorescence) are commonly used for this purpose. However, two of the drawbacks for EPMA and EDXRF are their relatively low sensitivities, and spectral resolutions.

A wavelength dispersive X-ray fluorescence (WDXRF) spectrometer equipped with a high-energytype polycapillary lens has recently been developed by Rigaku. This WDXRF spectrometer can be used for a 100-μm spot-size measurement and has high precision as well as sensitivity even for light elements. In this article, the newly developed Rigaku WDXRF spectrometer equipped with a polycapillary lens is briefly described and examples on its applications to micro-spot analysis are given~
 

 

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