Title :
Advanced in-situ particle monitor for Applied Materials implanter applications
Author :
Simmons, Jonathon ; Hilkene, Martin ; Scottney-Castle, Matthew ; Wagner, Dennis W. ; Mitchell, John
Author_Institution :
Appl. Mater. Implant Div., Austin, TX, USA
Abstract :
In-situ particle monitors offer significant benefits in cost of ownership for ion implant applications. Particle excursions and out-of-control conditions are detected and alarmed as they occur, minimizing the potential for scrapping future product runs. Applied Materials are now qualifying an advanced technology in-situ particle sensor for the xR80 series and xR200S (9500 series) implanters. Utilizing Particle Measuring Systems, Inc. Technology, this system directly addresses the historical limitations with in-situ particle monitors. Electronic and thermally sensitive components are kept out of the processor chamber. Very high optical power is generated in the sensor, detecting particles as small as 0.08 μm at velocities up to 10 m/s. Testing to date indicates this sensor offers excellent performance in monitoring particle excursions and a good correlation to small particles counted on wafers
Keywords :
fibre optic sensors; ion implantation; process monitoring; semiconductor doping; semiconductor technology; 9500 series; Applied Materials implanter applications; electronic components; historical limitations; in-situ particle monitor; in-situ particle sensor; ion implant applications; optical power; out-of-control conditions; particle excursions; performance; testing; thermally sensitive components; xR200S implanters; xR80 series; Coatings; Implants; Monitoring; Optical materials; Optical resonators; Optical scattering; Optical sensors; Particle measurements; Power generation; Thermal degradation;
Conference_Titel :
Ion Implantation Technology Proceedings, 1998 International Conference on
Conference_Location :
Kyoto
Print_ISBN :
0-7803-4538-X
DOI :
10.1109/IIT.1999.812180