Used STANFORD RESEARCH SYSTEMS / SRS UGA 300 #293690624 for sale

SRS (STANFORD RESEARCH SYSTEMS) STANFORD RESEARCH SYSTEMS / SRS UGA 300 is a residual gas analyzer designed for precise and accurate analysis of gases present in vacuum systems. This advanced instrument utilizes a quadrupole mass spectrometer to detect and quantify residual gases, providing valuable information about the composition of the gas environment within a vacuum chamber. SRS UGA 300 is a versatile and powerful tool that is widely used in research, industrial, and academic settings for applications such as semiconductor manufacturing, thin film deposition, vacuum coating, and high vacuum systems. At the heart of STANFORD RESEARCH SYSTEMS UGA 300 is the quadrupole mass spectrometer technology, which enables the instrument to perform rapid and sensitive gas analysis. The mass spectrometer consists of four parallel metal rods that create an electric field to filter and separate gas ions based on their mass-to-charge ratio. By measuring the ion currents at each mass-to-charge ratio, UGA 300 can identify the different gas species present in the vacuum chamber and determine their concentrations. STANFORD RESEARCH SYSTEMS / SRS UGA 300 is equipped with a high-resolution mass filter that allows for accurate identification of gas species with mass resolution up to 0.5 atomic mass units. This level of precision is essential for distinguishing between closely related gas molecules and accurately quantifying their concentrations in complex gas mixtures. The instrument can detect gases in the range of 1-200 atomic mass units, covering a wide range of common gases found in vacuum systems. SRS UGA 300 is capable of monitoring and recording multiple gas species simultaneously, providing real-time data on the composition of the gas environment. This feature is particularly useful for detecting leaks, monitoring process gases during thin film deposition, and optimizing vacuum system performance. The instrument can be configured with different calibration gases and ionization sources to tailor its capabilities to specific applications and research needs. One of the key advantages of STANFORD RESEARCH SYSTEMS UGA 300 is its user-friendly interface and intuitive software control. The instrument is equipped with a touchscreen display and comprehensive software package that allows users to configure measurement parameters, set up automated sequences, and analyze data with ease. The software also includes advanced data processing tools for performing spectral deconvolution, background subtraction, and peak integration to extract valuable information from mass spectra. In addition to its powerful analytical capabilities, UGA 300 is designed for reliability and durability in demanding laboratory environments. The instrument features robust construction, high-quality components, and advanced vacuum system technology to ensure stable and accurate performance over extended periods of operation. STANFORD RESEARCH SYSTEMS / SRS UGA 300 is also compatible with a wide range of vacuum chambers, feedthroughs, and accessories, making it adaptable to various experimental setups and configurations. Overall, SRS UGA 300 residual gas analyzer is a cutting-edge instrument that offers precise, reliable, and user-friendly gas analysis capabilities for a wide range of applications in vacuum science and technology. By providing detailed insight into the composition of gas environments, STANFORD RESEARCH SYSTEMS UGA 300 plays a crucial role in ensuring the performance, quality, and safety of vacuum systems in research, industry, and academic settings.