Specific Process Knowledge/Thermal Process: Difference between revisions
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== Choose an equipment to use == | == Choose an equipment to use == | ||
*[[/A1 Bor Drive-in furnace| | *[[/A1 Bor Drive-in furnace|Boron Drive-in furnace (A1)]] - ''For oxidation and annealing of Si wafers and for drive-in after boron pre-dep'' | ||
*[[/A2 Bor Pre-dep furnace|A2 | *[[/A2 Bor Pre-dep furnace|Boron Predep furnace (A2)]] - ''For pre-deposition (doping) of boron on Si wafers'' | ||
*[[/A3 Phosphor Drive-in furnace| | *[[/A3 Phosphor Drive-in furnace|Phosphorus Drive-in furnace (A3)]] - ''For oxidation and annealing of Si wafers and for drive-in after phosphorus pre-dep'' | ||
*[[/A4 Phosphor Pre-dep furnace|A4 | *[[/A4 Phosphor Pre-dep furnace|Phosphorus Predep furnace (A4)]] - ''For pre-deposition (doping) of phosphorus on Si wafers'' | ||
*[[/C1 Furnace Anneal-oxide| | *[[/C1 Furnace Anneal-oxide|Anneal-oxide furnace(C1)]] - ''For oxidation and annealing of 100 mm and 150 mm wafers'' | ||
*[[/C2 Gate Oxide furnace| | *[[/C2 Gate Oxide furnace|Gate Oxide furnace (C2)]] - ''For gate oxide growing on new wafers'' | ||
*[[/C3 Anneal-bond furnace| | *[[/C3 Anneal-bond furnace|Anneal-bond furnace (C3)]] - ''For oxidation and annealing of bonded wafers'' | ||
*[[/C4 Aluminium Anneal furnace| | *[[/C4 Aluminium Anneal furnace|Aluminium Anneal furnace (C4)]] - ''For oxidation and annealing of wafers containing aluminium'' | ||
*[[/Furnace Noble| | *[[/Furnace Noble|Noble furnace]] - ''For annealing and oxidation of non-clean wafers'' | ||
*[[/Furnace APOX| | *[[/Furnace APOX|APOX furnace]] - ''For growing of very thick oxide layers'' | ||
*[[/Jipelec RTP|Jipelec RTP]] - ''For rapid thermal annealing of III-V materials and Si based materials'' | *[[/Jipelec RTP|Jipelec RTP]] - ''For rapid thermal annealing of III-V materials and Si based materials'' | ||
*[[/BCB Curing Oven|BCB Curing | *[[/BCB Curing Oven|BCB Curing oven]] - ''For resist curing and metal alloying'' | ||
*[[/Resist Pyrolysis Furnace|Resist Pyrolysis | *[[/Resist Pyrolysis Furnace|Resist Pyrolysis furnace]] - ''For pyrolysis of different resist layers'' |
Revision as of 13:41, 14 February 2013
Choose a process type
- Oxidation - grow a thermal oxide
- Annealing
- Dope with Boron
- Dope with Phosphorus
Choose an equipment to use
- Boron Drive-in furnace (A1) - For oxidation and annealing of Si wafers and for drive-in after boron pre-dep
- Boron Predep furnace (A2) - For pre-deposition (doping) of boron on Si wafers
- Phosphorus Drive-in furnace (A3) - For oxidation and annealing of Si wafers and for drive-in after phosphorus pre-dep
- Phosphorus Predep furnace (A4) - For pre-deposition (doping) of phosphorus on Si wafers
- Anneal-oxide furnace(C1) - For oxidation and annealing of 100 mm and 150 mm wafers
- Gate Oxide furnace (C2) - For gate oxide growing on new wafers
- Anneal-bond furnace (C3) - For oxidation and annealing of bonded wafers
- Aluminium Anneal furnace (C4) - For oxidation and annealing of wafers containing aluminium
- Noble furnace - For annealing and oxidation of non-clean wafers
- APOX furnace - For growing of very thick oxide layers
- Jipelec RTP - For rapid thermal annealing of III-V materials and Si based materials
- BCB Curing oven - For resist curing and metal alloying
- Resist Pyrolysis furnace - For pyrolysis of different resist layers