Chemical Vapor Deposition, CVD, is a process by which films are deposited onto a substrate by the reaction between precursors at elevated temepratures and at atmomospheric or lower pressures. Volatile precursors or their by-products are absorbed and react at the wafer surface to produce the desired films. The characteristics of the deposited film such as crystalinty, composition, quality, etc. are dependent on deposition conditions. Films typically deposited using CVD processes are, but not limited to - silicon based compounds such as silicon, silicon dioxide, silicon nitride, slicon carbide, some Germanium based films and carbon based compounds. If the deposition occurs at atmospheric pressure, then the process is referred to as APCVD and if the process pressure is lower, it is LPCVD.
| Processing Techniques |
Equipment name & NEMO ID |
Teaser Blurb | Cleanliness | Location |
|---|---|---|---|---|
| Graphene CVD Growth |
Aixtron Black Magic graphene CVD furnace aixtron-graphene |
Flexible | SNF Exfab Paul G Allen L119 Año Nuevo | |
| Metal-Organic (MO) CVD |
Aixtron MOCVD - III-N system aix-ccs |
Aixtron MOCVD for III-N semiconductors: InN, GaN, AlN, InGaN, InAlN, AlGaN, InGaAlN. Aix-ccs is a vertical metal organic chemical vapor deposition (MOCVD) system. |
Clean (MOCVD) | SNF MOCVD Paul G Allen 213XA |
| Metal-Organic (MO) CVD |
Aixtron MOCVD - III-V system aix200 |
Flexible | SNF MOCVD Paul G Allen 213XA | |
| EPI (CVD), Low Pressure (LP) CVD, Hydrogen (H2) Annealing, Doping, Plasma Enhanced (PE) CVD |
AMAT Centurion Epitaxial System epi2 |
Deposit epitaxial and polycrystalline silicon, germanium and silicon-germanium films. |
Clean | SNF Paul G Allen L107 Cleanroom |
| Carbon Nanotube CVD Growth |
First Nano carbon nanotube CVD furnace cvd-nanotube |
Flexible | SNF Exfab Paul G Allen L119 Año Nuevo | |
| Plasma Enhanced (PE) CVD |
Oxford Plasma Pro PECVD Ox-PECVD |
Ox-PECVD is dual frequnency plasma deposition system that can do silicon dioxide, amorphous, Oxynitride, silicon carbide and multi stress Nitride. |
Semiclean, Flexible | SNF Paul G Allen L107 Cleanroom |
| Plasma Enhanced (PE) CVD |
PlasmaTherm Shuttlelock PECVD System ccp-dep |
The Plasma-Therm Shuttlelock PECVD (CCP-Dep) system is used for depositing low-stress silicon nitride, silicon dioxide, amorphous and silicon carbide, and silicon oxynitride layers on 4 inch wafers. |
"All" | SNF Paul G Allen L107 Cleanroom |
| Plasma Enhanced (PE) CVD |
PlasmaTherm Versaline HDP CVD System hdpcvd |
High Density Plasma Enhanced Chemical Vapor Deposition (HD PECVD) system is used to deposit silicon dioxide, silicon nitride and amorphous silicon. |
"All" | SNF Paul G Allen L107 Cleanroom |
| Low Pressure (LP) CVD |
Tystar Bank 1 Tube 3 Poly B1T3 Flexible Poly |
LPCVD of Poly silicon, Amorphous Silicon, Doped Silicon, Silicon-Germanium. |
Flexible | SNF Paul G Allen L107 Cleanroom |
| Low Pressure (LP) CVD |
Tystar Bank 1 Tube 4 LTO B1T4 Flexible LTO |
LPCVD of Low Temperatur Oxide, PSG, BSG, BPSG. |
Flexible | SNF Paul G Allen L107 Cleanroom |
| Low Pressure (LP) CVD |
Tystar Bank 2 Tube 7 Nitride B2T7 Flexible Nitride |
LPCVD of Stoichiometric silicon nitride, low-stress silicon nitride, Silicon Oxy Nitride. |
Flexible | SNF Paul G Allen L107 Cleanroom |
| Low Pressure (LP) CVD |
Tystar Bank 2 Tube 8 LTO B2T8 Clean LTO |
LPCVD of Low Temperatur Oxide, PSG, BSG, BPSG. |
Clean | SNF Paul G Allen L107 Cleanroom |
| Low Pressure (LP) CVD |
Tystar Bank 3 Tube 10 Nitride B3T10 Clean Nitride |
LPCVD of Silicon Nitride, Stoichiometric silicon nitride, low-stress silicon nitride, Silicon Oxy Nitride. |
Clean | SNF Paul G Allen L107 Cleanroom |
| Low Pressure (LP) CVD |
Tystar Bank 3 Tube 11 TEOS B3T11 Clean TEOS |
LPCVD of TEOS Oxide. |
Clean | SNF Paul G Allen L107 Cleanroom |
| Low Pressure (LP) CVD |
Tystar Bank 3 Tube 12 Poly B3T12 Clean Poly |
LPCVD of Poly silicon, Amorphous Silicon, Doped Silicon. |
Clean | SNF Paul G Allen L107 Cleanroom |