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UMICORE single crystal Ge
UMICORE
CLASER XS013#
General Introduction:
With more than 40 years of experience in drawing germanium crystals, UMICORE is one of the few factories in the world capable of drawing dislocation-free germanium ingots. Diameter range is 4 "to 12" (100 -- 300mm).
Due to the closely matched thermal and crystallography properties of germanium and gallium arsenide, the epi-ready germanium substrate provides a new option for epitaxiy growth and/or layer transfer of III-V compounds.
For proper nucleation, the wafer is precisely "cut" to the proper orientation and has been surface cleaned. To ensure a pristine growth surface, all production steps are closely monitored using statistical process control and the wafers are carefully examined.
Main Advantages:
1. Crystals are grown in the (100) crystallographic direction
2. The surface of the outer crystal is growth or cylindrical grinding (maximum surface roughness is 2.5um RMS)
3. Check by infrared thermal imager to ensure the stability of crystal
4. Perfect crystal, widely used
Main applications:
1. LED and photoelectric devices
2. Wrong use of VCSEL (vertical cavity surface emitting laser)
3. Concentrating photovoltaic (CPV)
General Introduction:
With more than 40 years of experience in drawing germanium crystals, UMICORE is one of the few factories in the world capable of drawing dislocation-free germanium ingots. Diameter range is 4 "to 12" (100 -- 300mm).
Due to the closely matched thermal and crystallography properties of germanium and gallium arsenide, the epi-ready germanium substrate provides a new option for epitaxiy growth and/or layer transfer of III-V compounds.
For proper nucleation, the wafer is precisely "cut" to the proper orientation and has been surface cleaned. To ensure a pristine growth surface, all production steps are closely monitored using statistical process control and the wafers are carefully examined.
Main Advantages:
1. Crystals are grown in the (100) crystallographic direction
2. The surface of the outer crystal is growth or cylindrical grinding (maximum surface roughness is 2.5um RMS)
3. Check by infrared thermal imager to ensure the stability of crystal
4. Perfect crystal, widely used
Main applications:
1. LED and photoelectric devices
2. Wrong use of VCSEL (vertical cavity surface emitting laser)
3. Concentrating photovoltaic (CPV)