Yanjuan Shang

Title: Yanjuan Shang: Innovator in Frequency-Halving Latch Buffer Circuit Technology.

Introduction

Yanjuan Shang is a notable inventor based in Hangzhou, China. He has made significant contributions to the field of data forwarding technology, particularly in deterministic field bus networks. His innovative approach has led to the development of a unique frequency-halving latch circuit that enhances data transmission efficiency.

Latest Patents

Yanjuan Shang holds a patent for a "Frequency-halving latch buffer circuit for deterministic field bus network data forwarding and application thereof." This invention provides a frequency-halving latch circuit that includes a data buffer with two buffer units. It features a frequency-halving enable latch signal generation module that produces two opposite-level latch signals. This design allows for the selection of data buffer units based on these signals and a receiving enable signal. The shift register in the circuit is designed with two triggers that facilitate a shift operation, ensuring that data stored in the buffer units is accurately selected and read. This technology is particularly beneficial for deterministic field bus network data forwarding, offering high resource utilization and stability.

Career Highlights

Throughout his career, Yanjuan Shang has focused on advancing technologies that improve data communication systems. His work has been recognized for its practical applications in various fields, particularly in enhancing the reliability and efficiency of data transmission.

Collaborations

Yanjuan Shang has collaborated with notable colleagues, including Chengqun Wang and Weiqiang Xu. Their joint efforts have contributed to the development of innovative solutions in the realm of data forwarding technologies.

Conclusion

Yanjuan Shang's contributions to the field of data forwarding technology through his frequency-halving latch circuit patent exemplify his innovative spirit and dedication to enhancing communication systems. His work continues to influence advancements in deterministic field bus networks.