Waferpedia

Comparison ledger

1205-1versusNicolet iS 10

JDSU 1205-1, Thermo Fisher Nicolet iS 10, side by side. Every value shown is drawn from the cited encyclopedia entries.

Side-by-side comparison of selected equipment models
Attribute
1205-1JDSU
Nicolet iS 10Thermo Fisher
OEMJDSUThermo Fisher
CategoryPrecision OpticsPrecision Optics
Wafer size——
Process node——
Introduced——
Production run——
Lifecycle——
Lifecycle milestones——
Control system——
Generation——
FamilyJDSU 1205-1Thermo Fisher Nicolet iS 10
Specifications
ManufacturerJDSU[1]—
Model1205-1[1]—
CategoryFiber Optic Equipment[1]—
ConditionUsed[1]—
Output Power0.5mW - 0.8mW[2]—
Input Voltage115V[2]—
Input Current0.12A[2]—
Spectrometer Type—Fourier Transform Infrared (FT-IR)[3]
Optical System—Sealed and desiccated; dynamically aligned interferometer; diamond-turned mirrors; pinned-in-place optics[3]
Atmospheric Suppression—Automatic removal of water and carbon dioxide[3]
Source—IR and halogen sources, user-replaceable and interchangeable from sample compartment[3]
Spectral Resolution—High resolution standard (no numerical value stated)[3]
Performance Verification—System Performance Verification (SPV) per ASTM E-1421; integrated validation wheel with NG-11 Schott glass and serialized NIST traceable polystyrene film (1.5 MIL/38 micron)[4]
Accessory Interface—Nicolet Smart Accessory technology for automatic recognition and experimental setup[4]
Software—OMNIC software suite with optional TQ Analyst for quantitation and OMNIC Specta for mixture analysis[3]
Optical system—Sealed and desiccated; dynamically aligned interferometer; diamond-turned, pinned-in-place optics[3]
Anti-hygroscopic coating—KBr/BaF2 anti-hygroscopic coating on optics[3]
Standard sampling accessory—Smart iTX ATR accessory with interchangeable diamond, ZnSe, and germanium crystals[3]
System performance verification—Integrated validation wheel with NG-11 and NIST traceable polystyrene film (1.5-mil, 38-micron); SPV software; ASTM E-1421 method[4]
Atmospheric suppression—Automatic removal of water and carbon dioxide from spectra[3]

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Sources (4)Every fact above is drawn from these public sources
  1. [1]valuetronics.comvaluetronics.com
  2. [2]ntc-tech.comntc-tech.com
  3. [3]documents.thermofisher.comdocuments.thermofisher.com
  4. [4]labwrench.comlabwrench.com