High productivity medium current ion implanter “IMPHEAT” was developed for a commercial silicon carbide (SiC) device production. The beamline concept of IMPHEAT is the same as Nissin’s ion implanter EXCEED 9600A for silicon device manufacturing. To meet the implantation process for SiC device fabrication, a new type ion source that can produce aluminum (Al) ion beam and a high temperature platen have been developed and installed. The maximum beam currents are 1 mA of 400 eμA of and 10 eμA of and the time variation for these beam currents is less than ±10% per hour. The high‐temperature platen can handle from 2 to 6 inch wafers. The wafer temperature reaches 600 °C for a 6 inch wafer and 500 °C for smaller size wafers by using the wafer holder. We have carried out the qualification test and the performance was confirmed as enough for commercial production of SiC devices.
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7 January 2011
ION IMPLANTATION TECHNOLOGY 2101: 18th International Conference on Ion Implantation Technology IIT 2010
6–11 June 2010
Kyoto, (Japan)
Research Article|
January 07 2011
Development of Medium Current Ion Implanter “IMPHEAT” for SiC
T. Igo;
T. Igo
Nissin Ion Equipment Co., LTD., 575, Kuze‐Tonoshiro, Minami‐ku, 601‐8205 Kyoto, Japan
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T. Ikejiri;
T. Ikejiri
Nissin Ion Equipment Co., LTD., 575, Kuze‐Tonoshiro, Minami‐ku, 601‐8205 Kyoto, Japan
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N. Miyamoto;
N. Miyamoto
Nissin Ion Equipment Co., LTD., 575, Kuze‐Tonoshiro, Minami‐ku, 601‐8205 Kyoto, Japan
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T. Yamashita
T. Yamashita
Nissin Ion Equipment Co., LTD., 575, Kuze‐Tonoshiro, Minami‐ku, 601‐8205 Kyoto, Japan
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T. Igo
T. Ikejiri
N. Miyamoto
T. Yamashita
Nissin Ion Equipment Co., LTD., 575, Kuze‐Tonoshiro, Minami‐ku, 601‐8205 Kyoto, Japan
AIP Conf. Proc. 1321, 388–391 (2011)
Citation
T. Igo, T. Ikejiri, N. Miyamoto, T. Yamashita; Development of Medium Current Ion Implanter “IMPHEAT” for SiC. AIP Conf. Proc. 7 January 2011; 1321 (1): 388–391. https://doi.org/10.1063/1.3548429
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