Michio Kadota

Title: Michio Kadota: Innovator in Surface Acoustic Wave Devices

Introduction

Michio Kadota is a prominent inventor based in Miyagi, Japan. He is known for his significant contributions to the field of surface acoustic wave devices. His innovative work has led to the development of technologies that enhance the performance of these devices in various applications.

Latest Patents

Kadota holds a patent for a high-order mode surface acoustic wave device. This device features a piezoelectric substrate made from either LiTaO or LiNbO crystals. It incorporates an interdigital transducer electrode embedded in the surface of the substrate, allowing for the utilization of surface acoustic waves in a high-order mode. The design also includes options for additional films or substrates stacked on the piezoelectric substrate, which can enhance the device's performance. Notably, this device is capable of achieving excellent characteristics while maintaining sufficient mechanical strength even at high frequencies of 3.8 GHz or greater. He has 1 patent to his name.

Career Highlights

Throughout his career, Michio Kadota has focused on advancing the technology behind surface acoustic wave devices. His work has been instrumental in improving the efficiency and effectiveness of these devices, making them more applicable in various technological fields. His innovative approach has garnered attention and respect within the scientific community.

Collaborations

Kadota has collaborated with Shuji Tanaka, a fellow innovator in the field. Their partnership has contributed to the development of advanced technologies in surface acoustic wave devices, further enhancing their capabilities and applications.

Conclusion

In summary, Michio Kadota is a key figure in the innovation of surface acoustic wave devices. His patent for a high-order mode surface acoustic wave device showcases his expertise and commitment to advancing technology in this field. His contributions continue to influence the development of efficient and effective acoustic wave technologies.