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β-Ga2O3 substrate

Specific Information
High-quality β-Ga2O3 single crystals are grown by edge-defined film-fed growth(EFG).β-Ga2O3 has the very large bandgap,so it can be used for power devices, ultraviolet detectors, and high-energy ray detectors. β-Ga2O3 also appears promising for power switching device applications because of its extremely large breakdown electric field and availability of large-diameter.
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  • specification
  • Properties
  •                               
     
    Item Gallium Oxide Substrate(β-Ga2O3<001> Substrate)
    Diameter 50.8±0.5mm 100.0±0.5mm
    Thickness 650±30μm 650±30μm
    Surface Orientation (001)±1.0°
    Primary Flat Orientation (100)±1.0°
    Primary Flat Length 16.0±2.5mm 32.5±2.5mm
    Secondary Flat Orientation (010)±1.0°
    Secondary Flat Length 8.0±2.5mm 18.0±2.5mm
    Conduction Type N-Type
    Dopant Sn-doping
    Front Surface Finish CMP
    Back Surface Finish CMP
    Laser Mark N/A
    FWHM (100):<350arcsec; (010):<350arcsec
    TTV ≤10mm ≤20mm
    Edge Exclusion ≤3mm

     

    Customization specifications:

    * 2~4inch Ga2O3 on Ga2O3 Homoepitaxial wafer(by HVPE & MBE).

    * Various sizes and shapes such as 5*5mm,10*10mm.

    * Various orientations such as(100),(010),(-201).

    * Various types like Fe-doped,Si-doped,undoped

    * Various surface roughness such as slicing,lapping,polishing.

  • Gallium(III) oxide(Ga2O3)is an inorganic compound and ultrawide bandgap of over 4.5 eV semiconductor.There are Five types of Ga2O3 polymorphs (α,β,γ,δ,ε), and the β phase with a melting point of 1900 ˚C is the most stable form.β-Ga2O3 has the β-gallia monoclinic structure with lattice constants of 1.22nm, 0.3nm, and 0.58nm in the a,b,c axes,and the angle between the a and c axes is about 104°.

     

    Crystal Structure Monoclinic
    Lattice Constant(nm) a=12.23Å
    b=3.04Å 
    c=5.80Å
    Density(g/cm3) 5.95
    Melting point(℃) 1900
    Mohs Hardness(mohs) 5~6
    Dielectric Constant 10
    Band Gap(eV) 4.8
    Breakdown Electrical Field (MV/cm) 10.3
    Thermal Conductivity(W/cm.K) 0.11-0.27
    Thermal Expansion  a=4.70×10-6/k
    b=5.45×10-6/k
    c=5.35×10-6/k

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