EDAX TEAM WDS Analysis System
EDAX TEAM WDS Analysis System
Streamlines three microanalysis routines
The addition of Wavelength Dispersive Spectrometry (WDS) to the TEAMâ„¢ Analysis System streamlines three microanalysis routines - energy dispersive spectroscopy (EDS), electron backscatter diffraction (EBSD) and WDS - into one interface and provides the maximum materials insight quickly and easily.
The TEAMâ„¢ WDS Analysis System pairs TEAMâ„¢ software with a parallel beam WDS spectrometer. To complement EDS analysis for light element work, or where elemental overlaps cause serious problems, the microanalyst often employs a wavelength dispersive X-ray spectrometer (WDS). The improved resolution and higher sensitivity of WDS deconvolutes peak overlaps and effectively exposes trace elements, providing the user with a clear picture of sample chemistry. Both qualitative and quantitative analyses can be run.
Spectrometer Hardware: TEAMâ„¢ WDS is available with two parallel-beam spectrometer offerings, the LEXS - Low Energy X-ray Spectrometer and the TEXS High Precision (HP) - Transition Element X-ray Spectrometer.
- The LEXS is fitted with high collection optics to produce a parallel X-ray beam and is optimised superior light element performance with an energy range from 100eV to 2400eV.
- The TEXS HP is fitted with a capillary optic to produce a parallel X-ray beam and is optimised to cover low energy and transistion element energies from 150 eV to 10 keV.
- Both the LEXS and TEXS come standard with five diffracting crystals targeted to solve a range of customer-specific application needs.
- In addition, the systems offer a mechanical design that can be mounted on most EDS ports on a scanning electron microscope (SEM), allowing the user greater freedom in system configuration compared to alternative WDS systems.
TEAMâ„¢ WDS Analysis Software: TEAMâ„¢ WDS introduces Smart Focus, a fully automated focusing routine that provides complete microscope optimisation for WDS analysis. This key feature optimises the stage position based on the WDS optic to guarantee the highest intensity for each element. Smart Focus brings a new level of speed and ease of use to WDS analysis by ensuring the highest quality data is collected on the first iteration. With Smart Focus, the user simply selects an element or energy range and is able to proceed to solve an EDS peak overlap in three clicks of the mouse without the worry of focusing the optic.
TEAMâ„¢ WDS is the perfect solution for:
Low voltage microanalysis - where X-ray data below 5keV is the only data available. The resolution of WDS is needed to achieve the desired accuracy, qualitative or quantitative analysis.
Peak overlaps â€“ especially at energies between 4keV and 10keV, where the K lines of transition elements and L lines of refractory elements significantly overlap.
Trace analysis - the scientist may need to determine trace levels of elements within a complex matrix.