Yamada Jun | Consumer Products Research Center Hitachi Ltd.
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概要
関連著者
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YAMADA Jun
Consumer Products Research Center, Hitachi Ltd.
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Yamada Jun
Consumer Products Research Center Hitachi Ltd.
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Yamada J
Hiroshima Univ. Higashi‐hiroshima
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YUHARA Akitsuna
Consumer Products Research Center, Hitachi Ltd.
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Yuhara Akitsuna
Consumer Products Research Center Hitachi Ltd.
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Yuhara A
Hitachi Ltd. Yokohama Jpn
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SHIBA Takashi
Consumer Products Research Center
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Shiba T
Hitachi Ltd. Yokohama Jpn
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Shiba Takashi
Multimedia Systems R & D Division Hitachi Ltd.
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TOYAMA Tatsuro
Yokohama Works, Hitachi Ltd.
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WATANABE Hitoshi
Consumer Products Research Center, Hitachi Ltd.
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Toyama Tatsuro
Yokohama Works Hitachi Ltd.
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HOSAKA Norio
Consumer Products Research Center, Hitachi Ltd.
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FUJITA Yuuji
Consumer Products Research Center
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Hosaka N
Image & Media System Laboratory Hitachi Ltd.
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KOBAYASHI Takao
Tokai Works, Hitachi Ltd.
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IWAMA Akira
Tokai Works, Hitachi Ltd.
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Iwama Akira
Hitachi Ltd.
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Kobayashi T
Toyota Technological Institute Department Of Information-aided Technology
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Miura Kuniaki
Consumer Products Research Center Hitachi Ltd.
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Watanabe Hirohito
Institute Of Material Science University Of Tsukuba
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Watanabe H
Diamond Research Center National Institute Of Advanced Industrial Science And Technology (aist)
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OHNUKI Hideo
Consumer Products Research Center, Hitachi, Ltd.
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HIRASHIMA Tetsuya
Tokai Works, Hitachi Ltd.
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KAJIYAMA Morio
Tokai Works, Hitachi Ltd.
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YUHARA Akistuna
Consumer Products Research Center, Hitachi Ltd.
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HOSOKA Norio
Consumer Products Research Center, Hitachi Ltd.
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TOYAMA Tatsuro
Gifu Works, Hitachi Ltd.
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Fujita Y
Hitachi Ltd. Yokohama Jpn
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Fujita Yuuji
Consumer Products Research Center Hitachi Ltd.
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Ohnuki Hideo
Consumer Products Research Center Hitachi Ltd.
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Hosoka Norio
Consumer Products Research Center Hitachi Ltd.
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Shiba Takashi
Consumer Products Research Center Hitachi Ltd.
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Kajiyama Morio
Tokai Works Hitachi Ltd.
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SHIOMI Makoto
Consumer Products Research Center, Hitachi Ltd.
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FUJITA Yuji
Consumer Products Research Center, Hitachi Ltd.
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TAKAHASHI Toshimitsu
Consumer Products Research Center, Hitachi Ltd.
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SASAKI Jun
Consumer Products Research Center, Hitachi Ltd.
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Shiomi Makoto
Consumer Products Research Center Hitachi Ltd.
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Fujita Yuji
Consumer Products Research Center Hitachi Ltd.
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Hirashima Tetsuya
Tokai Works Hitachi Ltd.
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Hazama Katashi
Consumer Products Research Center Hitachi Ltd.
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Takahashi Toshimitsu
Consumer Products Research Center Hitachi Ltd.
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Sasaki Jun
Consumer Products Research Center Hitachi Ltd.
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YAMADA Jun
Consumer Products Research Center, Hitachi, Ltd.
著作論文
- Intermodulation in SAW Filters for Cellular Radio Systems : SAW and Communication Devices
- Study on Transformer Ratio and Capacitance in Equivalent Circuit Model for SAW Transducer : SAW and Communication Devices
- Design of High-Frequency and Low-Loss SAW Filter Employing Multiple IDTs : S: SURFACE ACOUSTIC WAVE
- New Transducer Construction for Wideband SAW TV IF Filters : S: SURFACE ACOUSTIC WAVE
- Precise Measurement of Leaky SAW Velocity on LiTaO_3-36° YX Substrates Using a Comb-Filter Method : SAW and Communication Devices
- A Study of Al-Alloy Electrodes for High Power SAW Filters : SAW and Communication Devices
- Sputter Deposition for High Power Durable SAW Electrodes : SAW and Communication Devices
- A Unidirectional SAW Transducer with Different Finger Pairs between Sending and Reflecting Electrodes : S: Surface Acoustic Wave
- Sputtered Al-Ti Electrodes for High Frequency and High Power SAW Devices : SAW and BAW Materials, Devices and Theories
- 400 MHz SAW IF Filter for Satellite Broadcast Receiver without Any Adjustments : V: Piezoelectrics
- Effect of Electrode Resistance on Insertion Loss and Triple Transit Echo in Surface Acoustic Wave Filter : SAW and Communication Devices
- New Miniaturized SAW Device in Low Frequency Range for SAW Video DOC System in Home VTR : SAW and Communication Devices
- Wide-Band and Low-Loss Unidirectional SAW Filter : SAW and Communication Devices
- A New Unidirectional SAW Transducer with a Simplified External Network : SAW and BAW Materials, Devices and Theories
- Composite SAW IF Filter Separating the Sound and Picture Signals : V: PIZOELECTRIC VIBRATOR
- SAW Filters Using Three-Transducer Configuration with Outer Transducers Weighted by Comb-Shaped Characteristics : SAW and Communication Devices
- Relation of the Insertion Loss and the Triple Transit Echo in SAW Unidirectional Transducers : Surface Acoustic Waves and Devices