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Comparison ledger

0020 18455 PartversusOpAL

Applied Materials 0020 18455 Part, Oxford Instruments OpAL, side by side. Every value shown is drawn from the cited encyclopedia entries.

Side-by-side comparison of selected equipment models
Attribute
0020 18455 PartApplied Materials
OpALOxford Instruments
OEMApplied MaterialsOxford Instruments
CategoryDepositionDeposition
Wafer size——
Process node——
Introduced——
Production run——
Lifecycle——
Lifecycle milestones——
Control system——
Generation——
FamilyApplied Materials 0020 18455 PartOxford Instruments OpAL
Specifications
ConfigurationShaft,Rf In Local Match, Hdpcvd,Rev3[1]Single open loop chamber (non-loadlocked)[2]
Heated table—80-300ºC[2]
Voltage—208V, 3Ph, 60Hz, 25A[2]
Type—atomic layer deposition (ALD) reactor[3]
Operation—plasma assisted and thermal[3]
Chamber—single open load chamber (non-loadlocked)[4]
Precursors—three precursors-inputs plus a separate H2O precursor input[3]
Gas channels—two channels for metal organic precursors: 1 for water and a plasma head[2]
Heated table temperature—80-300ºC[2]
Heated sidewalls—8.25"[2]
Plasma head—downstream 300 W RF plasma head with isolation valve[2]
Control software—software to run loops of dose/purge cycles[2]
Sample size compatibility—up to 200 mm wafers[4]
Maximum substrate diameter—200 mm[3]
Process temperature range—ambient to 400 °C (typical for thermal ALD)[5]
Precursor channels—4 independent, pneumatically actuated dose lines with heated delivery paths[5]
System footprint—approx. 1200 × 1800 × 800 mm[5]
Mass—~450 kg[5]
Uniformity—<±1.5% across 200 mm Si wafers[5]
Plasma integration—optional in-situ RF (13.56 MHz) or microwave (2.45 GHz) source, field-upgradeable[5]

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Sources (5)Every fact above is drawn from these public sources
  1. [1]inventory listing
  2. [2]inventory listing
  3. [3]tue.nltue.nl
  4. [4]waferpedia.comwaferpedia.com
  5. [5]instrumenthive.cominstrumenthive.com