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The hot cathode ionization passive vacuum gauge heads BAG05x are nude (BAG050, BAG051) or glass tube (BAG052, BAG053) Bayard-Alpert sensors designed for use with the Vacuum Gauge Controller VGC083A/B.
BAG050 is an electron bombardment (EB) degas nude ionization vacuum gauge capable of UHV pressure measurement as low as 2×10-11 mbar.
BAG051 is a resistive (I2R) degas nude ionization vacuum gauge capable of pressure measurement as low as 5×10-10 mbar.
BAG052 and BAG053 are resistive degas (I2R) glass enclosed ionization vacuum gauges capable of pressure measurement as low as 5×10-10 mbar.
Ytrium oxide coated iridium filaments are offered for general vacuum applications where air and inert gases, such as N2 and argon, are present. Tungsten filaments are offered for specific applications where yttrium oxide coated iridium filaments are not compatible. The BAG05x gauge heads are designed for low outgassing vacuum systems and can be baked up to extreme high temperature (450 °C). BAG05x gauges are largely compatible and may be operated with other user-selected compatible vacuum gauge controllers.
Advantages
Long standing, reliable and proven gauge head design
Drop-in replacement for most nude hot ion gauge heads
Wide range of emission currents (100 μA to 10 mA)
Available with single/dual yttrium oxide coated iridium and dual tungsten filament cathode assemblies
Degas: all models can be degassed using in electron bombardment (EB), BAG051, BAG052 and BAG053 can also be degassed using resistive degas (I2R)
Typical applications
Industrial or R&D applications requiring precise vacuum measurement in the high/ultra-high vacuum range and high temperature bake-out
Operating Units
Vacuum Gauge Controller VGC083A/B
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