Fukuyama, Japan

Takuya Otabe


Average Co-Inventor Count = 1.7

ph-index = 2

Forward Citations = 6(Granted Patents)


Company Filing History:


Years Active: 2005-2010

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4 patents (USPTO):Explore Patents

Title: Takuya Otabe: Innovator in Semiconductor Technology

Introduction

Takuya Otabe is a prominent inventor based in Fukuyama, Japan. He has made significant contributions to the field of semiconductor technology, holding a total of 4 patents. His work focuses on enhancing the performance and reliability of semiconductor devices.

Latest Patents

One of his latest patents is a semiconductor device comprising a high-withstand voltage MOSFET and its manufacturing method. This innovative MOSFET features a trench portion formed at the high-withstand voltage active region on a semiconductor substrate. It includes two polysilicon layers on both sides of the trench, which are created by implanting an impurity of the opposite conductivity type. Additionally, two impurity diffusion drift layers are formed on both sides of the trench, enhancing the device's functionality. Another notable patent is a manufacturing method for a variable resistive element. This method addresses the challenge of controlling the resistance value of the variable resistive element, which is crucial for nonvolatile memory applications. By incorporating a reduction process after forming the variable resistor material, the resistance value can be increased to meet operational requirements.

Career Highlights

Takuya Otabe is currently employed at Sharp Kabushiki Kaisha Corporation, where he continues to innovate in semiconductor technology. His work has been instrumental in advancing the capabilities of electronic devices.

Collaborations

He collaborates with notable coworkers, including Satoshi Hikida and Hisashi Yonemoto, who contribute to his research and development efforts.

Conclusion

Takuya Otabe's contributions to semiconductor technology through his patents and collaborations highlight his role as a key innovator in the field. His work continues to influence advancements in electronic devices and memory technologies.

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