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State of the art system for electrical characterisation of multicrystalline ingots in fabs with high throughput. Total measurement time of less than two minutes at one millimeter resolution, two ingot sides simultaneously. Lifetime, photoconductivity, resistivity, p/n, and geometrical surface integrity maps at the same time.
State of the art system for electrical characterisation of multicrystalline ingots in fabs with high throughput. Measurement time of less than two minutes at one millimeter resolution, two ingot sides at the same time, lifetime, resistivity and p/n equal map at the same time.
Customer defined ingot cut criteria can be transmitted to the fab database which allows for a fully automated material monitoring for next generation photovoltaic fabs. Enables material quality control and monitoring of furnace homogeneity, performance and failure analysis.
contactless destruction free electrical semiconductor characterisation
mapping capability of minority carrier lifetime, photoconductivity
advanced sensitivity for visualisation of so far invisible defects
automated cut criteria definition
two dimensional ingot mapping system for solar grade silicon one millimeter resolution, measurement time: one ingot in 2 minutes, two surfaces at a time
ingot maps and linescans @ 2 min a ingot 1 min resolution
parameter autosetting
sample: ingot
sample size: between 156 x 156 mm² (other sizes on request)
maximum length 500 mm
resistivity: 0.1 - 10³ Ohm cm
conduction type: p, n
material: multi- or monocrystalline silicon
properties measureable: lifetime (steady state or non equilibrium(μ-PCD) selectable)
excitation: 980 nm default
resistivity map 1 cm² resolution
p/n equal map 1 mm² resolution
iron mapping capability
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Freiberg Instruments GmbH | Am St. Niclas Schacht 13 | D-09599 Freiberg/Germany || t +49 3731 41954 0 | f +49 3731 41954 14 || contact | how to find us || creation: 599media GmbH