Hiroshi Miyake

Title: Innovations of Hiroshi Miyake

Introduction

Hiroshi Miyake is a notable inventor based in Kawasaki, Japan. He has made significant contributions to the field of semiconductor technology, holding a total of 7 patents. His work focuses on enhancing the performance and efficiency of semiconductor circuits.

Latest Patents

Miyake's latest patents include a variable delay circuit that features plural unit delay circuits connected in series. This innovative design incorporates an output circuit that can either non-invert or invert and output a signal based on a set signal. The first unit delay circuit is equipped with a selector that outputs a signal to a second input terminal when the set signal is '0', and to a first input terminal when the set signal is '1'. Additionally, it includes an inverter that inverts the output of the selector. The second unit delay circuit also features an inverter and a selector, which work together to manage the signal input and output based on the set signal.

Another significant patent involves a semiconductor circuit that includes a DLL circuit designed to supply a desired signal-delay amount. This DLL circuit is equipped with detecting means to monitor variations in the signal-delay amount and delay-amount control means to generate a control signal. This innovation allows for improved monitoring of circuit performance based on the detected variations.

Career Highlights

Miyake has worked with prominent companies such as Fujitsu Corporation and Fujitsu Semiconductor Limited. His experience in these organizations has contributed to his expertise in semiconductor technology and circuit design.

Collaborations

Miyake has collaborated with notable colleagues, including Yasuhiro Aso and Satoshi Kakuma. Their combined efforts have further advanced the field of semiconductor innovations.

Conclusion

Hiroshi Miyake's contributions to semiconductor technology through his patents and collaborations highlight his role as a significant inventor in the industry. His innovative designs continue to influence the development of efficient semiconductor circuits.