Current sensor/transducer

详情

Chipsense AN3V series miniature Hall current sensors have successfully passed UL certification

Recently, Chipsense Electronics AN3V series miniature Hall current sensor successfully passed UL certification, marking its quality and reliability to reach the international leading level.
Chipsense's AN3V series of miniature Hall current sensors are based on ASIC technology and are insulated between the primary and secondary sides for measuring DC, AC and pulse currents. With high precision, wide measuring range, fast response and low power consumption, the rated current covers *0A to **0A, the accuracy is 1%, and the operating temperature range is **0 ° C to **5 ° C, which can meet the needs of various complex applications.
UL certification is a globally recognized product safety certification standard. During the certification process, the AN3V series sensors have undergone rigorous electrical safety, environmental adaptability, mechanical strength and other tests to meet the UL certification standards. This result fully demonstrates the excellent safety performance of the AN3V series sensors.
As a leader in the field of current sensors in China, Chipsense Electronics has been committed to the research and development and production of miniature Hall current sensors. The success of the AN3V series sensor through UL certification not only reflects the strength of Core Electronics in technology research and development and quality control, but also further solidifies its leading position in the field.
Looking forward to the future, Chipsense Electronics will continue to uphold the corporate culture and business philosophy of "focus, innovation, cooperation and win-win", constantly optimize product performance, improve service quality, and provide better current sensor products for global customers.
At the same time, Chipsense will also actively cooperate with internationally renowned enterprises to jointly promote the development and application of miniature Hall current sensor technology.