Hao Shi

Title: Hao Shi: Innovator in Pulse Modulating Power Sources

Introduction

Hao Shi is a prominent inventor based in Beijing, China, known for his contributions to the field of power sources through innovative inventions. With a total of three patents to his name, Shi has made significant strides in the development of apparatuses that enhance voltage control and pulse output mechanisms.

Latest Patents

Hao Shi's latest patents focus on advanced pulse modulating power sources. The first patent, titled "Apparatus and Method for Controlling Pulse Output," describes a pulse modulating power source comprising a series of discharging modules, corresponding triggers, and a control logic module. This invention allows for the successive activation of discharging modules to generate controlled voltage outputs.

His second notable invention, "Apparatus and Method for Voltage Alternating Pulse Output," presents a high voltage pulse modulating power source utilizing alternate group triggering techniques. This innovation includes a DC stabilized voltage source and multiple solid-state switches, enabling simultaneous activation of switches to produce high voltage pulse outputs.

Career Highlights

Hao Shi has had a prolific career, having worked with esteemed organizations such as Nuctech Company Limited and Tsinghua University. His work at these institutions has played a significant role in advancing research and development in the electrical engineering sector, particularly in the creation of efficient power supply solutions.

Collaborations

Throughout his career, Shi has collaborated with notable professionals in his field, including Yaohong Liu and Chuanxiang Tang. These partnerships have enhanced the innovation process, leading to the successful development of impactful technology in power systems.

Conclusion

Hao Shi continues to be an influential figure in the innovation landscape, particularly in the domain of pulse modulating power sources. His contributions reflect a commitment to advancing technology that can significantly impact the efficiency and reliability of power systems. As he continues to work on new inventions, the future looks promising for further advancements in this important field.