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FPA 3000 iWversusNSR-2205i11D

Canon FPA 3000 iW, Nikon NSR-2205i11D, side by side. Every value shown is drawn from the cited encyclopedia entries.

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Documented as functional equivalents— Same function class: Lithography, null[1]
Side-by-side comparison of selected equipment models
Attribute
OEMCanonNikon
CategoryLithographyLithography
Wafer size——
Process node—0.35 micron
Introduced——
Production run—1995–
Lifecycle——
Lifecycle milestones——
Control system——
Generation——
FamilyCanon FPA 3000Nikon NSR-2205i11D
Cited variants
  • Canon FPA 3000 iW Fine Pattern[2]
—
Specifications
Voltage200V[3]—
Configuration50/60 Hz[4]—
Phase3 Phase[3]—
Power29kVA[4]—
MakeCanon[4]—
ModelFPA 3000 iW[4]NSR-2205i11D[1]
CategoryLithography[3]—
Equipment typeStepter[4]Step-and-repeat system[1]
Frequency50/60 Hz[3]—
ChamberRasco TBW-CD-83iW Compact Chamber[4]—
Reticle size6" square t=0.25"[5]6 Inch[7]
Reticle materialQuartz[5]—
Pattern material2 layer Cr, 3 layer Cr[5]—
Pellicle framePattern side only[5]—
Wafer size4" thru 8" SEMI Standard, JEIDA, Notch / Flat[5]8 Inch[7]
Projection magnification1/2 X[5]—
Numerical aperture0.24[5]—
Field size50X50mm[5]—
Exposure lighti-line (365nm)[5]—
Light source2.0KW Super High Pressure Hg Lamp[5]—
Intensity2500 W/m 2[5]—
Uniformity< 1.5%[5]—
Resolution<0.8µm[5]0.35 micron[1]
Depth of focus>4.0µm (0.8µm L&S)[5]—
Image field deviation<2.5µm[5]—
Distortion<±0.11µm[5]—
Reticle rotation accuracy<±0.02µm on wafer[5]—
Reticle rotation repeatability<0.05µm on wafer[5]—
Wafer alignment<0.10µm mean + 3sigma[5]—
Focus repeatability<0.10µm (3sigma)[5]—
Leveling repeatability<7ppm (3sigma)[5]—
Minimum compensation range>100ppm[5]—
Step accuracy<0.05µm (3sigma)[5]—
Scaling<±1.0ppm[5]—
Orthogonality<±1.0ppm[5]—
Throughput>120 wafers/hour Φ6", 50mm, 9 shots; >115 wafers/hour Φ8", 50mm, 14 shots[5]—
Rasco chamberTBW-CD-83iW Compact Chamber[4]—
Tool type—Step-and-Repeat System[1]
Process node—0.35 micron[1]
Node—0.35 micron[1]
Technology Node—0.35 micron[1]
Type—Step-and-repeat system[1]
Resolution node—0.35 micron[1]
Machine type—Step-and-Repeat System[1]
Target design node—0.35 micron[1]
System type—Step-and-repeat system[1]
Target node—0.35 micron[1]
Design node—0.35 micron[1]
Node (resolution)—0.35 micron[1]
Minimum feature size—0.35 μm[1]
Design Rule—0.35 micron[1]
Feature Size—0.35 micron[1]
Description—State-of-the-art workhorse[1]
Manufacturer—Nikon[1]
OEM—Nikon[1]
Described use—Step-and-Repeat System[1]
NA—0.63[6]
Exposure source—i-line (365 nm wavelength)[6]
Reduction ratio—1:5[6]
Maximum exposure field—22 mm × 22 mm[6]
Overlay accuracy—≤ 70 nm (EGA, |M| + 3σ)[6]
Alignment system—LSA (standard), FIA (optional), LIA (optional)[6]
Date of manufacture—01 Sep 1995[7]
Serial number—1105183[7]

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Sources (7)Every fact above is drawn from these public sources
  1. [1]chiphistory.orgchiphistory.org
  2. [2]waferpedia.comwaferpedia.com
  3. [3]waferpedia.comwaferpedia.com
  4. [4]inventory listing
  5. [5]servtechinc.comservtechinc.com
  6. [6]jp.nikon.comjp.nikon.com
  7. [7]nteklitho.comnteklitho.com