Chipsense has a good record in residential and fast electric vehicle charging applications both domestically and internationally. Chipsense produces a range of AC and DC current sensors as well as voltage sensors. We provide current sensors installed on PCBs and busbars with excellent accuracy and high bandwidth. We have been recognized for providing software and hardware design for international automotive giants.
Chipsense current sensors have a wide range of applications in industrial power supplies. They undertake various functions such as current measurement, protection, and control, and is an indispensable and important component.
In industrial power systems, current sensors can sense the information of the measured current and transform this information into electrical signals or other required forms of information output that meet certain standards according to certain rules. This meets the requirements of information transmission, processing, storage, display, recording, and control, making the operation of industrial power systems more stable, efficient, and secure.
Chipsense sensors used in motor drive field is very extensive, mainly playing key roles in current measurement, protection, and control.
Firstly, in the motor drive system, the current sensor can measure the working current of the motor in real time, avoiding potential mechanical accidents and motor damage. Secondly, current sensors can effectively protect the safety of motors and drive systems.
In addition, current sensors provide critical data for precise control of motors. This helps to improve the operational efficiency and stability of the motor, and optimize the performance of the entire drive system
Current sensors have broad application prospects and important value in new energy, power, and energy storage systems. They not only improve the stability and security of the system, but also provide strong support for achieving more efficient and intelligent energy management.
Current sensors have a wide range of applications in rail transit systems. It can not only be used to monitor the current situation in the power supply system, ensuring the stability and safety of power supply; It can also be used to monitor the current situation of various circuits in vehicles, such as the current of traction motors and the current of vehicle lighting circuits. This helps to detect faults in a timely manner and carry out repairs and maintenance to ensure the safety and operational efficiency of subway vehicles. In addition, current sensors provide critical data for the control and protection of subway systems。
Current sensors play an indispensable role in traction, auxiliary, chopper, subway and other aspects, providing strong support for the safe and efficient operation of rail transit systems.
The application of current sensors in leakage measurement products is mainly reflected in the precise monitoring and feedback of leakage current.
The application of leakage current sensors is very extensive, not only limited to the safety monitoring of smart grids and electrical equipment, but also includes the field of safety protection, such as the detection and prevention of electrical fire hazards. In DC systems, leakage current sensors are indispensable components in large medical and health equipment such as DC transmission, power storage detection, DC screens, power supplies, photovoltaic, wind power generation, communication base stations, and other industry equipment. They can provide real-time feedback on the leakage situation of the equipment, providing timely signals for subsequent leakage protection and other components, thereby avoiding accidents.
