Hideaki Kaneda
Mitsubishi Chemical Corporation
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Featured researches published by Hideaki Kaneda.
IEEE Photonics Technology Letters | 2000
Hideyoshi Horie; Nobuhiro Arai; Yoshitaka Mitsuishi; Naoyuki Komuro; Hideaki Kaneda; Hideki Gotoh; Masashi Usami; Yuichi Matsushima
This is the first report of greater than 500-mW CW kink-free single transverse-mode operation of 980-nm laser diodes with a weakly index guided buried-stripe type structure. The device exhibited a kink-free level of 545 mW and maximum optical output power of over 650 mW limited by thermal saturation and showed no catastrophic optical damage, in addition, a currently on-going aging test at 350 mW optical output power at 50/spl deg/C has shown stable operation. Using a can-sealed LD, we also fabricated a co-axial type module with a two-lens system and a lensed-fiber. The coupling efficiency between the LD and a single-mode fiber was calculated to be approximately 78% and we have confirmed 300 mW kink-free fiber output operation. These figures are also the highest reported operation levels for 980-nm co-axial type modules.
Archive | 1993
Shin Kawana; Hideaki Kaneda; Naoto Kijima; Naoki Sako; Noriko Endou
Archive | 2006
Naoto Kijima; Yasuo Shimomura; Hideaki Kaneda; Kimiya Takeshita
Archive | 2005
Shin Mitsubishi Chemical Corp. Kawana; Hideaki Kaneda; Naoto Kijima
Archive | 2010
Hideaki Kaneda; Naoto Kijima; Eiji Hattori
Archive | 2008
Hideaki Kaneda; Hiromu Watanabe; Naoto Kijima
Archive | 2008
Etsuo Shimizu; Seiko Ogiri; Hiromu Watanabe; Naoto Kijima; Naoki Sako; Noriko Endou; Hideaki Kaneda
Archive | 2008
Etsuo Shimizu; Kumie Shimizu; Seiko Ogiri; Hiromu Watanabe; Naoto Kijima; Naoki Sako; Noriko Endou; Hideaki Kaneda
Archive | 2005
Hideaki Kaneda; Naoto Kijima; Eiji Hattori
Archive | 1996
Mitsunori Mochida; Hideaki Kaneda; Itaru Sakamoto