Introduction: The Gasonics AWO-1-10 is a large-format or specific-dimension optical viewport designed for semiconductor process equipment. It provides a robust seal and high optical quality for demanding applications where large viewing angles or high light throughput is required. Technical Specifications:
Introduction: The Gasonics AWO-1-7 is a specific configuration of an optical viewport from the AWO series. It serves as a critical interface for optical diagnostics and visual inspection in vacuum process chambers. The "1-7" designation typically refers to the physical size or flange specification. Technical Specifications:
Introduction: The Gasonics AWO-1-9 is a viewport assembly designed for high-purity semiconductor equipment. It allows for the transmission of light into or out of the vacuum chamber while maintaining a hermetic seal. This specific model is tailored for applications requiring high optical throughput and resistance to plasma erosion. Technical Specifications:
Introduction: The Gasonics AWO-1-8 is an optical viewport assembly with a specific flange or aperture size (likely related to the "1-8" dimension, such as 1.8 inches or a specific ISO flange code). It provides a sealed optical interface for visual monitoring and diagnostic access in vacuum environments. Technical Specifications:
Introduction: The Gasonics 17330-0 appears to be a hardware kit or a specific chamber component assembly. Based on similar part numbers, this could be a set of chamber liners, shields, or mounting hardware. It serves as a protective or structural element within the process chamber, ensuring vacuum integrity and protecting expensive internal components from plasma erosion. Technical Specifications:
Introduction: The Gasonics 15698-02 is an RF (Radio Frequency) power supply module or a specific sub-assembly within a larger generator system. This component is responsible for generating the electromagnetic energy required to ignite and sustain plasma in process chambers. It is designed for high reliability and precise power delivery in semiconductor manufacturing. Technical Specifications:
Introduction: The Gasonics 95-0552 A is a precision vacuum throttle valve, likely a poppet or butterfly design, identified by the "A" revision or configuration code. It is designed for high-accuracy pressure regulation in semiconductor process tools, ensuring process repeatability and chamber protection. Technical Specifications:
Introduction: The Gasonics 95-0293 B is a vacuum throttle valve, likely a butterfly or poppet style, used to regulate the pumping speed and pressure within a process chamber. The "B" suffix may denote a specific revision, material set, or flange type. Precise pressure control is vital for repeatable plasma etching and deposition processes. Technical Specifications:
Introduction: The Gasonics AWD-D-3-3-5 is a compact pneumatic diaphragm valve featuring a 3/8-inch port configuration. The "3-5" suffix often indicates a specific internal geometry or a high-flow variant designed to minimize pressure drop. It is a critical component for precise gas handling in high-purity environments. Technical Specifications:
Introduction: This part number identifies a specific configuration of a pneumatic diaphragm valve within the AWD series. The "D-3-1-3-001" suffix typically denotes a specific combination of port size, diaphragm material, and actuator type. These valves are used for high-purity control of process gases, ensuring zero contamination and leak-tight operation in semiconductor fabrication equipment. Technical Specifications:
Introduction: The Gasonics AWO-1-16 is a high-precision optical viewport designed for integration into vacuum chamber walls or doors. It provides a sealed optical path for visual inspection, process monitoring, and optical diagnostic systems. This component is engineered to withstand high vacuum environments, thermal cycling, and aggressive plasma conditions while maintaining optical clarity. Technical Specifications:
Introduction: The Gasonics A95-115-01 is an RF impedance matching network, often referred to as an "RF Tuner" or "Match Box." It is a critical subsystem in RF plasma processing equipment. Its primary function is to match the impedance of the RF generator (typically 50 Ohms) to the dynamic impedance of the plasma load, ensuring maximum power transfer and minimizing reflected power which can damage the generator. Technical Specifications:
