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Silicon (Si) Single Crystal Substrates (Wafers) Physical Properties: – Crystal Structure: Cubic System – Lattice Constant: a=5.4301 Angstrom – Hardness: 6.5 (Mohs) – Density: 2.329 g/cm³ – Melting Point: 1414 °C – Growth Method: CZ and FZ Standard Specifications: 1. Orientation Note – Other orientations customizable 2. Surface Quality – Polish: Single-side polished / Double-side…
Silicon (Si) Single Crystal Substrates (Wafers) Physical Properties: – Crystal Structure: Cubic System – Lattice Constant: a=5.4301 Angstrom – Hardness: 6.5 (Mohs) – Density: 2.329 g/cm³ – Melting Point: 1414 °C – Growth Method: CZ and FZ Standard Specifications: 1. Orientation Note – Other orientations customizable 2. Surface Quality – Polish: Single-side polished / Double-side…
Silicon (Si) Single Crystal Substrates (Wafers) Physical Properties: – Crystal Structure: Cubic System – Lattice Constant: a=5.4301 Angstrom – Hardness: 6.5 (Mohs) – Density: 2.329 g/cm³ – Melting Point: 1414 °C – Growth Method: CZ and FZ Standard Specifications: 1. Orientation Note – Other orientations customizable 2. Surface Quality – Polish: Single-side polished / Double-side…
Silicon Carbide (SiC) Single Crystal Substrates (Wafers) Physical Properties (3C-SiC vs 4H-SiC vs 6H-SiC): – Lattice Parameters: – 4H-SiC: a=3.076 Angstrom, c=10.053 Angstrom – 6H-SiC: a=3.073 Angstrom, c=15.117 Angstrom – 3C-SiC: a=4.3596 Angstrom (cubic, zinc blende) – Stacking Sequence: 3C (ABC) / 4H (ABCB) / 6H (ABCACB) – Mohs Hardness: ≈ 9.2 – Density: 3.21…
Silicon Carbide (SiC) Single Crystal Substrates (Wafers) Physical Properties (3C-SiC vs 4H-SiC vs 6H-SiC): – Lattice Parameters: – 4H-SiC: a=3.076 Angstrom, c=10.053 Angstrom – 6H-SiC: a=3.073 Angstrom, c=15.117 Angstrom – 3C-SiC: a=4.3596 Angstrom (cubic, zinc blende) – Stacking Sequence: 3C (ABC) / 4H (ABCB) / 6H (ABCACB) – Mohs Hardness: ≈ 9.2 – Density: 3.21…
Silicon Carbide (SiC) Single Crystal Substrates (Wafers) Physical Properties (3C-SiC vs 4H-SiC vs 6H-SiC): – Lattice Parameters: – 4H-SiC: a=3.076 Angstrom, c=10.053 Angstrom – 6H-SiC: a=3.073 Angstrom, c=15.117 Angstrom – 3C-SiC: a=4.3596 Angstrom (cubic, zinc blende) – Stacking Sequence: 3C (ABC) / 4H (ABCB) / 6H (ABCACB) – Mohs Hardness: ≈ 9.2 – Density: 3.21…
Silicon Carbide (SiC) Single Crystal Substrates (Wafers) Physical Properties (3C-SiC vs 4H-SiC vs 6H-SiC): – Lattice Parameters: – 4H-SiC: a=3.076 Angstrom, c=10.053 Angstrom – 6H-SiC: a=3.073 Angstrom, c=15.117 Angstrom – 3C-SiC: a=4.3596 Angstrom (cubic, zinc blende) – Stacking Sequence: 3C (ABC) / 4H (ABCB) / 6H (ABCACB) – Mohs Hardness: ≈ 9.2 – Density: 3.21…
Silicon Carbide (SiC) Single Crystal Substrates (Wafers) Physical Properties (3C-SiC vs 4H-SiC vs 6H-SiC): – Lattice Parameters: – 4H-SiC: a=3.076 Angstrom, c=10.053 Angstrom – 6H-SiC: a=3.073 Angstrom, c=15.117 Angstrom – 3C-SiC: a=4.3596 Angstrom (cubic, zinc blende) – Stacking Sequence: 3C (ABC) / 4H (ABCB) / 6H (ABCACB) – Mohs Hardness: ≈ 9.2 – Density: 3.21…
Silicon Carbide (SiC) Single Crystal Substrates (Wafers) Physical Properties (3C-SiC vs 4H-SiC vs 6H-SiC): – Lattice Parameters: – 4H-SiC: a=3.076 Angstrom, c=10.053 Angstrom – 6H-SiC: a=3.073 Angstrom, c=15.117 Angstrom – 3C-SiC: a=4.3596 Angstrom (cubic, zinc blende) – Stacking Sequence: 3C (ABC) / 4H (ABCB) / 6H (ABCACB) – Mohs Hardness: ≈ 9.2 – Density: 3.21…
Silicon Carbide (SiC) Single Crystal Substrates (Wafers) Physical Properties (3C-SiC vs 4H-SiC vs 6H-SiC): – Lattice Parameters: – 4H-SiC: a=3.076 Angstrom, c=10.053 Angstrom – 6H-SiC: a=3.073 Angstrom, c=15.117 Angstrom – 3C-SiC: a=4.3596 Angstrom (cubic, zinc blende) – Stacking Sequence: 3C (ABC) / 4H (ABCB) / 6H (ABCACB) – Mohs Hardness: ≈ 9.2 – Density: 3.21…
Silicon Carbide (SiC) Single Crystal Substrates (Wafers) Physical Properties (3C-SiC vs 4H-SiC vs 6H-SiC): – Lattice Parameters: – 4H-SiC: a=3.076 Angstrom, c=10.053 Angstrom – 6H-SiC: a=3.073 Angstrom, c=15.117 Angstrom – 3C-SiC: a=4.3596 Angstrom (cubic, zinc blende) – Stacking Sequence: 3C (ABC) / 4H (ABCB) / 6H (ABCACB) – Mohs Hardness: ≈ 9.2 – Density: 3.21…
Silicon Carbide (SiC) Single Crystal Substrates (Wafers) Physical Properties (3C-SiC vs 4H-SiC vs 6H-SiC): – Lattice Parameters: – 4H-SiC: a=3.076 Angstrom, c=10.053 Angstrom – 6H-SiC: a=3.073 Angstrom, c=15.117 Angstrom – 3C-SiC: a=4.3596 Angstrom (cubic, zinc blende) – Stacking Sequence: 3C (ABC) / 4H (ABCB) / 6H (ABCACB) – Mohs Hardness: ≈ 9.2 – Density: 3.21…
Silicon Carbide (SiC) Single Crystal Substrates (Wafers) Physical Properties (3C-SiC vs 4H-SiC vs 6H-SiC): – Lattice Parameters: – 4H-SiC: a=3.076 Angstrom, c=10.053 Angstrom – 6H-SiC: a=3.073 Angstrom, c=15.117 Angstrom – 3C-SiC: a=4.3596 Angstrom (cubic, zinc blende) – Stacking Sequence: 3C (ABC) / 4H (ABCB) / 6H (ABCACB) – Mohs Hardness: ≈ 9.2 – Density: 3.21…
Silicon Carbide (SiC) Single Crystal Substrates (Wafers) Physical Properties (3C-SiC vs 4H-SiC vs 6H-SiC): – Lattice Parameters: – 4H-SiC: a=3.076 Angstrom, c=10.053 Angstrom – 6H-SiC: a=3.073 Angstrom, c=15.117 Angstrom – 3C-SiC: a=4.3596 Angstrom (cubic, zinc blende) – Stacking Sequence: 3C (ABC) / 4H (ABCB) / 6H (ABCACB) – Mohs Hardness: ≈ 9.2 – Density: 3.21…
Silicon Carbide (SiC) Single Crystal Substrates (Wafers) Physical Properties (3C-SiC vs 4H-SiC vs 6H-SiC): – Lattice Parameters: – 4H-SiC: a=3.076 Angstrom, c=10.053 Angstrom – 6H-SiC: a=3.073 Angstrom, c=15.117 Angstrom – 3C-SiC: a=4.3596 Angstrom (cubic, zinc blende) – Stacking Sequence: 3C (ABC) / 4H (ABCB) / 6H (ABCACB) – Mohs Hardness: ≈ 9.2 – Density: 3.21…
Silicon Carbide (SiC) Single Crystal Substrates (Wafers) Physical Properties (3C-SiC vs 4H-SiC vs 6H-SiC): – Lattice Parameters: – 4H-SiC: a=3.076 Angstrom, c=10.053 Angstrom – 6H-SiC: a=3.073 Angstrom, c=15.117 Angstrom – 3C-SiC: a=4.3596 Angstrom (cubic, zinc blende) – Stacking Sequence: 3C (ABC) / 4H (ABCB) / 6H (ABCACB) – Mohs Hardness: ≈ 9.2 – Density: 3.21…
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