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Comparison ledger

0010-18024 Pyrometer AssemblyversusD 8

Applied Materials 0010-18024 Pyrometer Assembly, Bruker D 8, side by side. Every value shown is drawn from the cited encyclopedia entries.

Side-by-side comparison of selected equipment models
Attribute
D 8Bruker
OEMApplied MaterialsBruker
CategoryMetrology & InspectionMetrology & Inspection
Wafer size——
Process node——
Introduced——
Production run——
Lifecycle——
Lifecycle milestones——
Control system——
Generation——
FamilyApplied Materials 0010-18024 Pyrometer AssemblyBruker D 8
Cited variants—
Specifications
ConfigurationCapable of working on Applied Materials Radiance[4]Cu rotating anode[5]
X-ray source (D8 Discover)—High-efficiency Turbo X-ray source (TXS-HE)[1]
Goniometer (D8 Discover)—High-accuracy ATLAS goniometer with non-coplanar arm[1]
X-ray tube (general D8)—Copper rotating anode (CuKα)[5]
X-ray wavelength (D8 Venture)—Mo 0.71 Å, Cu 1.54 Å[2]
Geometry (D8 Venture)—Four-circle kappa geometry (7 μm sphere of confusion)[2]
Detector (D8 Venture)—Photon 100 detector (100 cm², 1024x1024 pixels)[2]
Detector (D8 Discover)—Eiger R 250k (OD, 1D, 2D modes, 38.4x38.4 mm, 75 μm pixel)[1]
X-ray tube wavelength (general D8)—CuKα = 1.5418 Å[6]
Detector (general D8)—LYNXEYE compound silicon strip detector, resolution 0.008°[6]
High-resolution detector (general D8)—Resolution ~0.0035° for single crystals and thin films[6]
Maximum X-ray generator power (general D8)—50 kV, 60 mA[6]

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Sources (6)Every fact above is drawn from these public sources
  1. [1]emsal.nanofab.utah.eduemsal.nanofab.utah.edu
  2. [2]snsf.stanford.edusnsf.stanford.edu
  3. [3]nanofab.ualberta.cananofab.ualberta.ca
  4. [4]inventory listing
  5. [5]inventory listing
  6. [6]ncf.uic.eduncf.uic.edu