KYOCERA‘s Ultra-Precise Plasma Processing Technology Wins Japan‘s 2021 Science and Technology Award
Innovative technology produces crystal wafers of uniform thickness at nanometer-level accuracy to improve smartphones, wearable devices, hearing aids, ADAS tech, and more
KYOCERA Corporation (President: Hideo Tanimoto) announced that it has been awarded the 2021 "Science and Technology Award (Development Category)" by Japan's Ministry of Education, Culture, Sports, Science, and Technology, for its ultra-precise plasma processing technology used to produce miniaturized crystal resonators. The technology was developed in conjunction with Professor Kazuya Yamamura of Osaka University.
Miniaturized crystal oscillator utilizing ultra-precise plasma processing technology
Kyocera's miniaturized crystal resonators are produced using advanced plasma processing technology, a method involving a chemical reaction between neutral radicals in the plasma and the surface of the workpiece. This innovation produces crystal wafers of uniform thickness at nanometer-level dimensional accuracy without damaging the wafer surface. Consequently, the plasma CVM process allows mass production of high-performance quartz wafers with reduced frequency dispersion for use in ultra-compact quartz resonators, which are widely deployed in smartphones, wearable devices, miniaturized hearing aids, medical devices, and other electronic products. This technology will also allow Kyocera to develop a variety of products in the future, including low-frequency oscillators for automotive electronics, high-frequency oscillators for communications base stations, and miniaturized components for the Advanced Driver Assistance System (ADAS) applications.
The Science and Technology Award recognizes individuals and enterprises that have contributed to the promotion of science and technology through outstanding achievements in research and development (R&D). It was designed to recognize innovative R&D achievements or inventions that improve the social economy and contribute to a higher quality of life.
- +1 Like
- Add to Favorites
Recommend
- How to Prevent the Bad Phenomenon of Crystal Vibration?
- There are Two Main Types of Crystal Oscillators: Active Crystal Oscillators and Passive Crystal Oscillators
- Tips for Crystal Oscillator Circuit Design, Essential Skills for Engineers!
- Working Principle of Crystal Resonator
- Does a Passive Crystal Oscillator Have a Direction?
- Child Presence Detection-Aker C1E Crystal Series Meet the Accuracy Requirements for CPD Applications
- Main Functional Materials of Quartz Crystal Resonators
- Kyocera Awarded Sekorm the Excellent Distributor Award for the Remarkable Development of Automotive Electronics Market
This document is provided by Sekorm Platform for VIP exclusive service. The copyright is owned by Sekorm. Without authorization, any medias, websites or individual are not allowed to reprint. When authorizing the reprint, the link of www.sekorm.com must be indicated.
Integrated Circuits
Discrete Components
Connectors & Structural Components
Assembly UnitModules & Accessories
Power Supplies & Power Modules
Electronic Materials
Instrumentation & Test Kit
Electrical Tools & Materials
Mechatronics
Processing & Customization
