Description: The 0010-44968 AMAT is a Radiance Dual Channel Emissometer-OLT from Applied Materials (AMAT). This is a sophisticated non-contact temperature measurement device specifically designed for use in AMAT’s Rapid Thermal Processing (RTP) systems within semiconductor manufacturing. Its dual-channel capability allows for enhanced accuracy and real-time temperature monitoring of silicon wafers during critical thermal processing steps.…
Description: The 0010-44213 AMAT is identified as an Emissometer from Applied Materials (AMAT). This device is a crucial component in semiconductor manufacturing equipment, likely used for non-contact temperature measurement, specifically within Rapid Thermal Processing (RTP) or similar high-temperature applications. Application Scenarios: In the intricate process of manufacturing advanced semiconductor wafers, precise temperature control during various…
Based on the available information, the AMAT 0010-36160 is identified as an ASSY, CERAMIC RING AND PLATE, LIFT TUBE. This is a component used in Applied Materials (AMAT) semiconductor manufacturing equipment. Detailed Parameter Table Parameter name Parameter value Product model 0010-36160 Manufacturer Applied Materials (AMAT) Product category Ceramic Ring and Plate, Lift Tube Assembly Application…
Description: The 0010-37867 AMAT is identified as an Internal ISRM (Interferometry based Spatially Resolved Metrology) Module Assembly from Applied Materials (AMAT). This module likely incorporates a miniature diode laser and is a critical component within AMAT’s advanced semiconductor manufacturing equipment, used for precise metrology and inspection processes. Application Scenarios: Consider a semiconductor fabrication plant producing…
Based on the available information, the AMAT 0010-32695 is a PEDESTAL ASSEMBLY, SICONI CLEAN, 300MM PRODUCER GT, used in Applied Materials (AMAT) semiconductor manufacturing equipment. Detailed Parameter Table Parameter name Parameter value Product model 0010-32695 Manufacturer Applied Materials (AMAT) Product category 300mm Pedestal Assembly Application Semiconductor Manufacturing Equipment (Likely Etch or Deposition) Wafer Size Compatibility…
Based on the available information, the AMAT 0010-28715 is a 300mm HTR MCA SST Heater Purge Ring, also described as a 300mm Electrostatic Chuck (ESC) Heater with Purge Functionality. The “SST” likely refers to Stainless Steel construction. This component is used in Applied Materials (AMAT) semiconductor manufacturing equipment for controlling the temperature of the electrostatic…
Based on the available information, the AMAT 0040-91179 is a 300MM MCA E-CHUCK TXZ HEATER/PURGE ASSEMBLY. This component is used in Applied Materials (AMAT) semiconductor manufacturing equipment, specifically for controlling the temperature and potentially providing a purge gas flow for a 300mm Multi-Channel Analyzer (MCA) Electrostatic Chuck (E-Chuck). The “TxZ” designation likely refers to a…
Based on the available information, the AMAT 0010-27983 is a 300MM MCA E-CHUCK ESC HEATER, also referred to as a PIB HTB2 MCA ESC Heater. This is a critical component used in Applied Materials (AMAT) semiconductor manufacturing equipment for controlling the temperature of the electrostatic chuck (ESC) that holds 300mm wafers during processing. Detailed Parameter…
Based on the available information, the AMAT 0010-27431 is identified as a PEDESTAL, 300MM PIB HT BESC ASSY, 9″ KOV. This is a critical component used in Applied Materials (AMAT) semiconductor manufacturing equipment, specifically a heated electrostatic chuck (ESC) pedestal assembly for 300mm wafers, likely within a Physical Vapor Deposition (PVD) system. The “PIB” likely…
Based on the available information, the AMAT 0010-25739 is a 300mm Magnet Assembly, specifically identified as a HY-11 MAGNET 300MM DS TTN used in Applied Materials (AMAT) semiconductor manufacturing equipment, likely within a Physical Vapor Deposition (PVD) system such as the Endura II. Detailed Parameter Table Parameter name Parameter value Product model 0010-25739 Manufacturer Applied…
