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Comparison ledger

E 500 EHPI Medium CurrentversusEHPI 500

Applied Materials E 500 EHPI Medium Current, Varian EHPI 500, side by side. Every value shown is drawn from the cited encyclopedia entries.

Documented as functional equivalents— Same function class: Ion Implantation, null[1]
Side-by-side comparison of selected equipment models
Attribute
E 500 EHPI Medium CurrentApplied Materials
EHPI 500Varian
OEMApplied MaterialsVarian
CategoryIon ImplantationIon Implantation
Wafer sizeWafer Position Detect—
Process node——
Introduced——
Production run——
Lifecycle——
Lifecycle milestones——
Control system——
Generation——
FamilyApplied Materials E 500Varian EHPI 500
Specifications
Loading ConfigurationOpen Cassette[2]—
SoftwareV 13.30 rev D[3]—
Floppy Drive Type3.5"[3]—
ConfigurationCE Mark[3]Medium Current[4]
Energy Range10 KeV - 200 KeV[2]—
Solid State Scanner30 KV[3]—
Gas Box TypeHP[2]—
Computer TypePentium[3]—
OEMApplied Materials / Varian[3]—
ModelE 500 EHPI[2]EHPI 500[7]
CategoryIon Implantation[2]—
Wafer Sizes6 inch[3]—
Load Lock TurboV 300 HT[3]—
Source Zone Turbo PumpSTP 1000[3]—
Scanner Turbo PumpSTP 1000[3]—
Analyzer Turbo PumpV 300 HT[3]—
Vacuum Pumps (3)Edwards QDP 80, QMB 250[3]—
Pump TypeDry[3]—
Wafer sizeWafer Position Detect[3]up to 200 mm[5]
Wafer size / detectWafer Position Detect[2]—
ScannerSolid State Scanner, 30 KV[3]—
Control interfaceGEM/SECS; SECS II Interface[3]—
Tool type—Medium current ion implanter[5]
Energy range (single charge, X+)—5 – 260 keV[5]
Energy range (extended)—up to 780 keV[5]
Maximum wafer size—200 mm (8 in)[5]
Minimum feature size—0.18 µm[5]
Throughput—Highest industry throughput among medium current implanters (10% higher maximum throughput than previous E-series)[5]
Upgrade / Extensions—BDM (Beam Drift Monitors)[6]
Consumables at end of lifetime—source electrode[6]
Contamination Known—BF3, ASH 3, PH 3[6]
Energy range—up to 780 keV[5]
Throughput increase—10% higher maximum throughput[5]
Manufacturer—Varian[7]
Equipment type—Implanter[7]
Process class—Medium current ion implanter[4]
Expanded energy range—up to 780 keV[5]
Maximum throughput change—10% higher maximum throughputs[5]
Feature size capability—down to 0.18 micron[5]
Wafer size capability—up to 200mm[5]

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Sources (8)Every fact above is drawn from these public sources
  1. [1]patents.google.compatents.google.com
  2. [2]waferpedia.comwaferpedia.com
  3. [3]inventory listing
  4. [4]inventory listing
  5. [5]web.archive.orgweb.archive.org
  6. [6]inventory listing
  7. [7]Equipment inventory listing
  8. [8]Equipment inventory listing