Company Filing History:
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Years Active: 1985-1997
Title: Kenichi Matsuda: Innovator of Electron Gun Technology
Introduction: Kenichi Matsuda, an inventive mind hailing from Mobara, Japan, is recognized for his contributions to electronics and precision assembly techniques. With a portfolio of three patents, Matsuda has made significant strides in the development of electron gun technology, showcasing his dedication to enhancing performance and precision in electronic devices.
Latest Patents: Among his most notable inventions is the "Electron gun and method of assembling it." This innovation boasts improved assembly precision by reducing deformation of electrodes during the assembly process. The design emphasizes an exceptional focusing performance, minimizing positional deviations of electron beams. The electron gun features a composite electrode that includes at least two electrode elements united together. It has multiple electrodes arrayed sequentially along a single axis at predetermined intervals. In this design, the opposed faces of the electrode elements are perpendicular to the axis and equipped with projections that facilitate the constitution of the composite electrode through their union in an opposed relationship.
Career Highlights: Kenichi Matsuda has built a robust career with prominent positions at companies such as Hitachi, Ltd. and Hitachi Electronic Devices Co., Ltd. His efforts have helped propel advancements in electronics, marking a path for future innovations in the field.
Collaborations: Throughout his career, Matsuda has had the opportunity to work alongside talented individuals such as Takeshi Mera and Satoru Endo. These collaborations have fostered a collaborative environment that sparks creativity and innovation, further enriching his contributions to technology.
Conclusion: Kenichi Matsuda stands out as a significant figure in the realm of electron gun technology. His innovative mindset and practical applications in electronic device assembly reflect his commitment to improving the precision and efficiency of electronics. As technology continues to evolve, the impact of Matsuda's work will likely resonate in the field for years to come.