
GaN -Single Crystal Substrate (0001), N type, 10x10x0.475 mm, 1SP - GaNC10100475S1NSUS5
GaN single crystal substrates is made by a hydride vapor phase epitaxy (HVPE)-based method. During the HVPE process, HCl reacts with molten Ga to form GaCl, which in turn reacts with NH3 to form GaN. The large growth rate enables the growth of self-supporting wafer thicknesses in a convenient time period.
Specifications of Substrate
- Orientation: c-axis (0001) +/- 1.0 o
- Nominal Thickness 475+/- 25 microns
- Dimension: 10 mm x 10 mm +/- 0.5 mm
- Bow <5 microns
- TTV <10 microns
- Conduction Type: N+ type
- Resistivity < 0.5 Ohm-cm
- Dislocation Density < 5x106cm-2
- Transmission: => 70% ( click here to see transmission curve )
- Front Surface Finish (Ga Face) , RMS <0.5 nm
- Edge Exclusion Area 1 mm
- Package Single Wafer Container or membrane box
Related Products:
Other Sapphire |
GaN |
AlN template |
ZnO |
Diamond Scriber |
Vacuum Pen |
Wafer Containers |
Film Coaters |
|
Original: $1,695.00
-65%$1,695.00
$593.25GaN -Single Crystal Substrate (0001), N type, 10x10x0.475 mm, 1SP - GaNC10100475S1NSUS5
GaN single crystal substrates is made by a hydride vapor phase epitaxy (HVPE)-based method. During the HVPE process, HCl reacts with molten Ga to form GaCl, which in turn reacts with NH3 to form GaN. The large growth rate enables the growth of self-supporting wafer thicknesses in a convenient time period.
Specifications of Substrate
- Orientation: c-axis (0001) +/- 1.0 o
- Nominal Thickness 475+/- 25 microns
- Dimension: 10 mm x 10 mm +/- 0.5 mm
- Bow <5 microns
- TTV <10 microns
- Conduction Type: N+ type
- Resistivity < 0.5 Ohm-cm
- Dislocation Density < 5x106cm-2
- Transmission: => 70% ( click here to see transmission curve )
- Front Surface Finish (Ga Face) , RMS <0.5 nm
- Edge Exclusion Area 1 mm
- Package Single Wafer Container or membrane box
Related Products:
Other Sapphire |
GaN |
AlN template |
ZnO |
Diamond Scriber |
Vacuum Pen |
Wafer Containers |
Film Coaters |
|
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Description
GaN single crystal substrates is made by a hydride vapor phase epitaxy (HVPE)-based method. During the HVPE process, HCl reacts with molten Ga to form GaCl, which in turn reacts with NH3 to form GaN. The large growth rate enables the growth of self-supporting wafer thicknesses in a convenient time period.
Specifications of Substrate
- Orientation: c-axis (0001) +/- 1.0 o
- Nominal Thickness 475+/- 25 microns
- Dimension: 10 mm x 10 mm +/- 0.5 mm
- Bow <5 microns
- TTV <10 microns
- Conduction Type: N+ type
- Resistivity < 0.5 Ohm-cm
- Dislocation Density < 5x106cm-2
- Transmission: => 70% ( click here to see transmission curve )
- Front Surface Finish (Ga Face) , RMS <0.5 nm
- Edge Exclusion Area 1 mm
- Package Single Wafer Container or membrane box
Related Products:
Other Sapphire |
GaN |
AlN template |
ZnO |
Diamond Scriber |
Vacuum Pen |
Wafer Containers |
Film Coaters |
|












