French distributor of equipment and consumables for the Semiconductor industry.

AT650 thermal or plasma

Tabletop, substrate up to 6’’ (ANRIC)
Front end ALD Anric AT650T Front end ALD Anric AT650P Front end ALD Anric AT650P Front end ALD Anric AT650P Front end ALD Anric AT650T Front end ALD Anric AT650T

Browse the products in the range

  • Space-saving benchtop thermal ALD (38.1 cm; 15″ diameter)
  • Scalable with plasma option, retrofittable on site.
  • For substrates 6″ in diameter or less, with optional customizable chucks.
  • Hot-walled aluminum chamber with sample holder heated from 40 to 400°C.
  • 3 organometallic precursors can be heated to 185°C and one additional precursor under standard conditions (expandable to 4, all heated to 185°C)
  • Up to 4 oxidizer/reductant sources each with ultra-fast MFCs (2 standard)
  • High temperature compatible, fast pulse ALD valves with ultra-fast MFC for integrated inert gas purge
  • High exposure available in static processing mode
  • TA650P: benchtop plasma ALD system
  • Remote, high-efficiency 300-watt hollow cathode source
  • Characteristics: low oxygen contamination (in nitrides, etc.), high electron density, low plasma damage.

BEDROOM

  • RT substrate temperatures at 400°C ± 1°C; RT precursor temperatures at 185°C ± 2°C (with heating jacket)
  • Small footprint (15″ by 15″), benchtop installation and full compatibility with clean rooms.
  • Simple system maintenance and low cost of consumables.
  • Streamlined chamber design and low chamber volume
  • Possibility of rapid cycles and processing at high exposure and high relief.
  • Comprehensive HW and SW interlocks for safe operation, even in a multi-user environment.

SOFTWARE

  • Human-machine interface (HMI) PLC system with 10-inch touch screen
  • Advanced controls suitable for deposition of standard ALD cycles as well as, for example, nanolaminates, doped thin films and ternary thin films.
  • Recipe database for tested, high-quality processes
  • Customized recipe entry screen
  • Real-time display of process status
  • Individually programmable heating source temperatures
  • Integrated pulse sequences for ternary compounds and nano-laminates
  • Quick operation with simple questions to get the user started
  • Entering subcycles and overall cycles

OPTIONS

  • Plasma enhancement
  • Custom chuck/flat
  • ATOzone - ozone generator (necessary for certain films: Pt, Ir, SiO2, MoO2, high quality Al2O3 below 60°C, high quality HfO2)
  • QCM (Quartz crystal microbalance)
  • Additional counterreagent lines (MFC controlled) - up to 2 additional
  • 4th heated precursor optional (185°C)
  • External control - PC/software link (allows remote programming and operation)
  • Higher pressure regime than standard regime
  • Custom systems

UTILITIES

  • N2 purge gas should be >99.9995% with a shut-off valve (regulated to 10 - 30 psi, metal sealed).
  • The input line is a ¼ female VCR compression fitting
  • Connect nitrogen purge gas (UHP) to > 99.9995% via 1/4″ metal line to 1/4″ compression fitting on the rear.
  • Connect clean dry air (90-110 psi) via 1/4″ polyethylene tubing or metal tubing to the other 1/4″ compression fitting marked CDA (Clean Dry Air).
  • Min 19.5cfm lubricated pump (**PTFE vacuum fluid (like Fomblin) required)
  • NW40 connection (1.5″) and also exhaust line (with flow rate > 5cfm)
  • Beyond one meter, use an NW50 exhaust pipe.
  • The precursors are fixed using female VCR elbows (always use new joints).
  • Elbow: 1/4″ joint first (with gloves)

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