Reliable and Cost Effective Gas Analysis. The LINXON myRGA provides simple, easy and affordable gas analysis.

LINXON myRGA is a dependable residual gas analyzer (RGA) with the performance and price you need for gas analysis, air leak detection and contamination detection. This simple to use RGA features industry-leading minimum detectable partial pressure (MDPP), signal-to-noise ratio, and data collection speed. This gas analyzer delivers low overall costs of ownership and high mean-time-between-failures (MTBFs) for a cost-effective solution.

myRGA Provides Exceptional Value

LINXON myRGA is designed for use in general vacuum and R&D applications that require the robust performance of this proven RGA. It offers a high level of performance with your choice of 100 or 200 amu mass range. Additionally, myRGA can be equipped with either a standard Faraday Cup detector or with an optional electron multiplier, for applications which require the ability to monitor lower levels of gas concentrations.

The state-of-the-art ion source design used for the myRGA sensor incorporates two filaments in a combined anode, cathode and repeller assembly. The twin filament design includes a backup filament that allows for maximum uptime of the RGA. With myRGA you also get application specific filament choices (either tungsten for halogen containing processes or yttria-coated iridium for oxygen containing processes), ensuring that the process itself will not shorten the filament lifetime. Replacing the filament kit on myRGA is equivalent to replacing the entire ion source of traditional RGAs, providing cost savings that will significantly reduce the total cost of ownership.

Another key feature of the sensor is its ability to measure the total pressure in parallel to its mass spectrometer operation. This pressure measurement can be used to protect the filament from overpressure.

The new sensor design provides the added benefit of a field-replaceable electron multiplier (EM), if equipped. You can quickly replace the EM on-site, during regularly scheduled maintenance. The new multiplier was also developed to provide both higher Faraday Cup (FC) sensitivity and increased gain for longer lifetimes.