OCR Text |
...0 = single side polish, si face epi ready c = single side polish, c face epi ready d = double side polish, si face epi ready g = double side polish, c face epi ready 1 = cmp polish, si face epi ready 2 = double side cmp polish, si face epi ... |
Description |
Diameter: 50.8mm; LCW substrates; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition Diameter: 50.8mm; ultra-low mircopipe density; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition Diameter: 50.8mm; standatd mircopipe density; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition Diameter: 50.8mm; low mircopipe density; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition Diameter: 50.8mm; select mircopipe density; silicon carbide substrates. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition Diameter: 76.2mm; LCW type; 6H-silicon carbide. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition Diameter: 50.8mm; LCW type; 6H-silicon carbide. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition Diameter: 50.8mm; lsemi-insulating (prototype); 6H-silicon carbide. For high frequency power devices, high power devices, high temperature devices, optoelectronic devices, III-V nitride deposition
|