MICROPOLE System

Compact Process Gas Monitor MICROPOLE System

Compact Process Gas Monitor

The MICROPOLE system is one of the smallest complete mass spectrometer systems. The compact size is achieved using a patented array design of miniature quadrupole mass filters. The array offers similar or greater sensitivity than conventional mass spectrometers but using just a fraction of the volume. This gas monitor system is capable of operating at much higher pressures than traditional systems, so the need for additional differential pumping equipment is reduced.

The sensors are factory pre-tuned and calibrated against transfer standards to allow direct interchangeability by the user without the need for technical expertise to calibrate.

Segment: Semiconductor
Division: Dry Process Control
Base product
Manufacturing Company: HORIBA STEC Co. Ltd.
  • Extremely compact size and lightweight
    1/20th size when compared to conventional residual gas analyzers making it easy to integrate to any system
  • High performance
    Mini array of 9 quadrupoles gives excellent sensitivity at a fraction of the volume of traditional quadrupoles

  • High pressure operation
    Can be used at up to 0.9Pa (7mTorr, 9 x 10-3mbar) resulting in the reduction or elimination of expensive vacuum pumping for many applications

  • Interchangeable sensor head in calibration
    The sensor heads are pre-tuned and calibrated prior to shipment allowing the user to make sensor changes in the field without the need for fine tuning or technical expertise

  • Network sensors
    Up to eight sensors can be monitored by a single PC using RS-485. The systems can also be monitored remotely over Ethernet

  • User friendly software
    Micropole Scanner™ software allows the user to monitor partial pressures of gases in various modes e.g. trend graph, analog graph, leak mode, bar graph, 3D

  • Monitor controller
    The optional Monitor Controller can be used on the chamber mounted directly on the Spectrum Generator, allowing the user to monitor the vacuum chamber without the need for a PC

Measurement principle

The Gas Monitor consists of an ion source, a mass spectrometer, and a measurement section. The residual gas is ionized when it collides with the thermoelectrons discharged from the high-temperature filament, and the ions that are thereby created accelerate and converge onto the mass spectrometer. At the mass spectrometer, direct and alternating current voltages are applied to the four cylindrical electrodes (quadropoles), which allows the ions to be separated by mass. The separated ions are detected as electric current by the Faraday cup. The ion current is proportional to the mass (partial pressure) of the residual gas.

Measurement principle

Measurement principle

 

MICROPOLETM Analyzer

The feature that makes the MICROPOLETM System unique is the MICROPOLETM Analyzer (MPA); a grouping of nine quadropoles that takes full advantage of ultraprecision optical etching processing technology and glass/metal joint technology. The development of the MPA has enabled the creation of the world's smallest residual gas analyzer, while offering the same or better sensitivity as conventional, larger mass spectrometers. The analyzer is a plug-in unit. It features a sensor unit that has already been calibrated for partial pressures, and offers absolute total and partial pressure measurement.

MICROPOLETM Analyzer

            

 

External Dimension of Compact Process Gas Monitor MICROPOLE System

Process Control and In-situ Measurement for Photovoltaic Manufacturing Process
Process Control and In-situ Measurement for Photovoltaic Manufacturing Process
Vacuum Monitoring in Dryer Equipment for Freeze Dry in Pharmaceuticals and Medicine Manufacturing
Vacuum Monitoring in Dryer Equipment for Freeze Dry in Pharmaceuticals and Medicine Manufacturing
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Gas and Water Monitoring in Containers and Packaging
Plasma Emission Control and Process Gas Monitoring for Dry Coating Process in Functional Glass Manufacturing
Plasma Emission Control and Process Gas Monitoring for Dry Coating Process in Functional Glass Manufacturing
Optical Fiber Manufacturing Process in Electrical Equipment
Optical Fiber Manufacturing Process in Electrical Equipment
A Residual Gas Analyzer for Dry Etching Process
CategoryDocuments
Size 2.79 MB
FiletypePDF
Micropole system ReW filament ReW filament Application
CategoryDocuments
Size 0.28 MB
FiletypePDF

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