Monitoring electric drive systems: New energy vehicles usually use electric drive systems, in which the current of components such as batteries, motors and controllers is a key parameter. Current chips can accurately and real-time monitor the current of these key electrical components, helping the control system to precisely control the electric drive.
Battery management system: Batteries in new energy vehicles are important energy storage units, and current chips can be used in battery management systems to monitor current changes during battery charging and discharging to ensure the safe operation and life of the battery.
Fault detection and protection: Current chips can be used to monitor current abnormalities in automotive circuits, such as overload, short circuit and other fault conditions. Through timely detection and protection, it can effectively avoid the damage of electrical faults on new energy vehicles.
Energy efficiency optimization: As new energy vehicles focus on energy efficiency, current chips can help optimize the energy conversion and use of the electric system, improving the vehicle’s range and overall energy efficiency.


Application Characteristics

  • High-precision measurement: Ensure accurate and reliable current monitoring of key components such as batteries and motors in electric vehicles
  • QSpace-saving: While traditional current sensors are bulky, modern current sensor chips are compact and suitable for integration in the compact space of new energy vehicles, effectively saving vehicle space
  • Energy saving and environmental protection: the use of low-power consumption design, the new energy vehicles have a positive effect on the optimization of the energy efficiency of the power system, help to achieve energy saving and reduce carbon emissions
  • High reliability: Advances in chip technology have made current sensor chips highly stable and durable, capable of long-term stable operation in harsh automotive operating environments.

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