Power supply impedance emulation to eliminate overkills and underkills due to the impedance difference between ATE and customer board. - Toru Nakura; Naoki Terao; Masahiro Ishida; Rimon Ikeno; Takashi Kusaka; Tetsuya Iizuka; Kunihiro Asada (ITC, 2016)

Extension of power supply impedance emulation method on ATE for multiple power domain. - Naoki Terao; Toru Nakura; Masahiro Ishida; Rimon Ikeno; Takashi Kusaka; Tetsuya Iizuka; Kunihiro Asada (ETS, 2017)

Digitally-Controlled Compensation Current Injection to ATE Power Supply for Emulation of Customer Environment. - Naoki Terao; Toru Nakura; Masahiro Ishida; Rimon Ikeno; Takashi Kusaka; Tetsuya Iizuka; Kunihiro Asada (J. Electron. Test., 2018)

An over 220-GHz-Bandwidth Distributed Active Power Combiner in 250-nm InP DHBT. - Teruo Jyo; Munehiko Nagatani; Minoru Ida; Miwa Mutoh; Hitoshi Wakita; Naoki Terao; Hideyuki Nosaka (BCICTS, 2020)