HALO 201 MBE.
A residual gas analyzer for molecular beam epitaxy, built for prolonged use in MBE environments with molybdenum wiring and a contamination resistant ion source shroud.
Key Features.
- Molybdenum wiring in place of copper wiring to improve RGA system lifetime in MBE environments
- Contamination resistant ion source shroud
- Dual Faraday/Channelplate electron multiplier
- Minimum detectable partial pressure of 1x10⁻¹¹ mbar (Faraday) and 2x10⁻¹³ mbar (Channelplate)
- Thermal extender option for RGA operation during bakeout
Specifications.
- Analyzer
- MBE specific analyzer constructed from compatible materials for prolonged use in MBE environments
- Detection limit
- Minimum detectable partial pressure of 1x10⁻¹¹ mbar (Faraday) and 2x10⁻¹³ mbar (Channelplate)
- Format
- Analyzer and RF head
- Control software
- MASsoft Professional
- Detector
- Dual Faraday/Channelplate electron multiplier
- Wiring
- Molybdenum in place of copper
- Ion source shroud
- Contamination resistant
- Bakeout operation
- Thermal extender option for RGA operation during bakeout
Downloads.
Hiden's published documents for this instrument.
Related instruments.
RGA Series
A broad range of quadrupole residual gas analyzers for contamination monitoring, leak detection and analysis of the species within the vacuum chamber.
XBS
A quadrupole mass spectrometer for monitoring multiple beam sources simultaneously, serving as a deposition rate monitor for molecular beam analysis and deposition control.
HAL 101X
A residual gas analyzer for synchrotron, accelerator and tokamak or torus applications in harsh radiation environments, with no active electronics near the gauge.
Talk to an applications engineer.
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