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GaAs Wafer, Growing Method: VGF, (100) Undoped Semi-Insulated, 100mm D x 0.6mm, 2SP - GAUa100D06C2US5

GaAs Wafer, Growing Method: VGF, (100) Undoped Semi-Insulated, 100mm D x 0.6mm, 2SP - GAUa100D06C2US5

Minimum Order: $20 (equipment), $100 (crystals)

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25 in stock

Regular price $1,033.85 USD
Regular price Sale price $1,033.85 USD
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SKU:  : \GAUa100D06C2US5

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The Gallium Arsenide (GaAs) Single Crystal Wafer is a 100 mm diameter, undoped, semi-insulating semiconductor substrate grown using the Vertical Gradient Freeze (VGF) method. It features a (100) crystal orientation, a thickness of 0.6 mm, and double-side-polished surfaces with an average roughness (Ra) of less than 0.4 nm.

This GaAs wafer offers high electrical resistivity, specified carrier mobility, and a low etch pit density (EPD). Its epitaxy-ready (EPI-ready) surface and packaging make it suitable for compound semiconductor research, epitaxial growth, thin-film deposition, and semiconductor device development.

SPECIFICATIONS

Product Type Gallium Arsenide (GaAs) Single Crystal Wafer
Material Gallium Arsenide (GaAs)
Crystal Growth Method Vertical Gradient Freeze (VGF)
Crystal Orientation (100)
Wafer Flats (01-1) and (011), as specified
Wafer Diameter 100 mm (approximately 3.94 inches)
Wafer Thickness 0.6 mm (600 µm)
Surface Polishing Double-side polished (DSP)
Doping Undoped
Electrical Type Semi-insulating
Resistivity (1.41–4.4) × 108 Ω·cm
Carrier Mobility 3240–6000 cm2/(V·s)
Etch Pit Density (EPD) < 5000 cm-2
Average Surface Roughness (Ra) < 0.4 nm
Surface & Packaging Epitaxy-ready (EPI-ready) surface and packaging
Features & Applications
  • VGF-grown GaAs single crystal substrate
  • Undoped, semi-insulating material with high electrical resistivity
  • (100) crystal orientation with specified wafer flats
  • Double-side-polished surfaces for precision semiconductor processing
  • EPI-ready surface with low average roughness
  • Low etch pit density for crystal quality control
  • Suitable for compound semiconductor research and epitaxial growth
  • Applicable to thin-film deposition and semiconductor device development

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