Hideko Mukaida

Title: Innovations by Hideko Mukaida: A Leader in Semiconductor Technology

Introduction: Hideko Mukaida is a prominent inventor based in Chuo, Tokyo, Japan. With a focus on semiconductor technology, she has made significant contributions to the field, holding a total of three patents. Her work emphasizes innovative designs that enhance the functionality and efficiency of semiconductor devices.

Latest Patents: Among her recent innovations, Hideko Mukaida has developed two notable patents. The first is a **Semiconductor Device and Substrate**, which features a substrate and a semiconductor chip. The design includes a wire layer that connects electrically to the semiconductor chip, encased in an insulating layer composed of glass woven fabric that incorporates resin. This innovative approach uses varying materials, thicknesses, and numbers of glass fibers woven in multiple directions, enhancing the device's performance.

The second patent is for a **Semiconductor Memory Device**. This device boasts a plastic package that contains an inductor and two memory chips. The first memory chip is equipped with a booster circuit designed to elevate a voltage from a first level to a second level using the inductor, while the second memory chip operates on the boosted voltage supplied by the first memory chip.

Career Highlights: Hideko Mukaida is associated with Kioxia Corporation, a leader in flash memory and storage solutions. Her contributions have not only advanced semiconductor technology but have also positioned her as an influential figure within the company. Her impressive portfolio reflects her dedication to innovation in electronics.

Collaborations: Throughout her career, Hideko has had the opportunity to work alongside talented colleagues, including Masayuki Miura and Kazushige Kawasaki. Their collaborative efforts have further strengthened the research and development capabilities at Kioxia Corporation.

Conclusion: Hideko Mukaida's inventive spirit and dedication to technological advancement have resulted in cutting-edge innovations in the semiconductor industry. Through her patents and collaborative work, she continues to influence the future of electronics, making her a key figure in the realm of inventors.