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Hitachi Ltd. Yokohama Jpn | 論文
- Advanced Direct Seeking System for 5.25" Magnetooptical Disk Drive
- Ti-Added Al Electrodes on LiTaO_3 36° Y-X Substrates for High Power Surface Acoustic Wave Devices I
- Insertion Loss and Acoustic Reflection Expressed by Scattering Matrices with Energy-Dissipation for Surface Acoustic Unidirectional Interdigital-Transducers
- Precise Fabrication Technique of UHF SAW Al Electrodes and Leaky SAW Propagation Characteristics on 36°Y-X LiTaO_3 : SAW and Communication Devices
- 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
- 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
- Investigation of Reoxidation and Phosphorus Behavior in HF-Treated Heavily Doped Silicon Surfaces
- New Miniaturized SAW Device in Low Frequency Range for SAW Video DOC System in Home VTR : SAW and Communication Devices
- Low Insertion Loss Surface Acoustic Wave Matched Filter with Low Sidelobe Sequence and Its Application for Spread Spectrum Communication
- Frequency Locking of 543 nm He-Ne Laser on Iodine Spectrum
- Optimizing the Cutting Processes of Mold Dies to Improve the Optical Characteristics of Fresnel Screens