Silicon ingot, per SEMI, G Ø50mm
FZ n-type Si:P[100]±2.0°,
Ro=(1,500-7,000)Ohmcm
Ground Ingot, NO Flats,
MCC Lifetime>1000µs,
Oxygen<1E16/cc, Carbon<1E16/cc,
Adequately packed, CofC: present.
For more information, send us email at [email protected] and [email protected]
At present, Group III compound semiconductor materials, silicon carbide and oxide semiconductor materials are the mainly third-generation semiconductor materials. Among them, Group III compound semiconductor materials are commonly gallium nitride materials and aluminum nitride materials; oxide semiconductor materials mainly include zinc oxide, gallium oxide [...]
Low Stress Nitride Silicon Wafers PAM XIAMEN offers Low Stress Nitride Silicon Wafers. Why use low stress nitride on your silicon wafers? Some uses include surface micromachining process that can fabricate the micromechanical structures when internal tensile stress and native nonporous morphology is required. SPECIFICATIONS Thickness range: 50Å [...]
InGaN epi-wafers PAM-XIAMEN offers InGaN epi-wafers with MQWs as follows: 2-inch GaN epi-wafers – PAM190611-LED Orientation C(0001) 0.2±0.1 grad. to m-axis (right relative to the OF); 0±0.25 grad. to a-axis (drawing) Diameter 50.8±0.15 mm Thickness 430±10 um Substrate profile: — Shape Cone Width 2.7 um Height 1.7 um Step 0.3 um Front side Polished, epi-ready (Ra<0.3 nm) Back side polished 1.0um Grade optical OF length 16±1 mm OF orientation a-axis ±0,25 grad Bow < [...]
PAM XIAMEN offers Glass Substrates(Mo-Coated sodalime Glass and TiO2 Coated Sodalime Glass and ZnO Coated Sodalime Glass). Mo-Coated sodalime Glass Mo-coated Sodalime Glass, 100 mm(L) x 100 mm(W) x 1.1 mm thk Mo-coated Sodalime Glass, 20 mm(L) x 15 mm(W) x 0.7 mm th [...]
PAM XIAMEN offers Silicon Block size 5x20mm Si pieces Size: 5x20mm, thickness 1mm FZ R>5000 ohm.cm For more information, send us email at [email protected] and [email protected]
PAM-XIAMEN can offer 6H SiC wafer with n type or semi-insulating. Silicon carbide wafer is a material presenting different crystalline structures called polytypes, which has more than 250 structures. Different polytypes has different atomic stacking sequences. Polytypes generate the cubic, hexagonal or rhombohedral structures, which include [...]
