The 2024 China Power Electronics and Energy Conversion Conference (CPEEC 2024) and the 27th Annual Academic Conference and Exhibition of the China Power Supply Society (CPSSC 2024) were successfully held in Xi’an, Shaanxi Province from November 8th to 11th.
Professionals from the academic, scientific research and industrial circles of power supply, power electronics and related fields gathered together to share academic insights and technical experience, and jointly promote technological innovation and progress in related industries and industrial chains.
Dr. Tian Xinliang from 심천 Hangzhi 정밀 전자 유한 공사 gave a wonderful report on the theme of “Characteristics and Applications of Various Technical Solutions of Fluxgate Current Sensors“.
He first deeply analyzed the technical principles of fluxgate current sensors and elaborated on the intrinsic connection between fluxgate phenomenon and the law of electromagnetic induction. Laying a solid theoretical foundation for the audience.
Then, Dr. Tian discussed the modulation and demodulation technology in detail and demonstrated a variety of design solutions. He compared and analyzed the design features of single-ring to five-ring fluxgates one by one. He emphasizing their performance advantages in measuring DC, AC and pulse currents. As well as methods to reduce internal and external noise and improve anti-interference capabilities through advanced technologies.
In the report, Dr. Tian also emphasized Hangzhi’s deep accumulation and unique advantages in the field of 플럭스게이트 전류 센서. Demonstrated a full range of solutions from low-cost DC measurement to high-precision, high-performance measurement. And highlighted Hangzhi’s strength in technological innovation and product development.
At the end of the speech, Dr. Tian extended a sincere invitation to the experts and enterprises present. He expressing Hangzhi’s willingness to work with all parties to jointly address special current measurement problems and promote technological innovation.
In addition, Dr. Tian also looked forward to the future development prospects of fluxgate current sensor technology and its applications. He promised that Hangzhi will continue to explore, innovate, and strive for excellence, and is committed to contributing to the transformation, upgrading and sustainable development of the industry.
During and after the speech, the audience actively participated in the interaction and asked Dr. Tian questions about fluxgate technology and its applications. Dr. Tian answered them one by one with patience and meticulousness. The atmosphere was warm and there was constant applause.
At the same time, Hangzhi also showed visitors a variety of high-precision current sensors, high-precision voltage sensors and high-precision electrical measuring instruments based on the fluxgate principle. These products attracted many visitors to learn about and consult. Through the demonstration and communication of on-site professionals, the products left a deep impression on industry professionals with their excellent accuracy and stability, and received wide acclaim.
Thanks to the China Power Supply Society for providing this valuable platform. Hangzhi has the opportunity to join hands with industry colleagues to jointly promote the progress and development of China’s power supply technology. As a technology-leading enterprise in the field of power measurement technology. Hangzhi will continue to uphold the corporate philosophy of “technology-leading, innovation-driven” and contribute to the progress of China’s power supply technology and other related technologies.
항지 소개
심천 Hangzhi 정밀 전자 유한 공사 is a technology-leading enterprise dedicated to the research and development, production, sales and solution customization of high-precision current sensors, voltage sensors and high-precision electrical measuring instruments. We strive to build a well-known brand of precision current sensors and precision electrical measuring instruments in the DC field, and strive to develop into an internationally leading leader in precision electronics in the field of DC systems.
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