Home > Electrical & Electronics > Sensor > Pressure Sensor > Power Sensor High-precision DC Current Sensor AHBC-CANB500 Fluxgate Theory for Electric Vehicle Battery Management System

Power Sensor High-precision DC Current Sensor AHBC-CANB500 Fluxgate Theory for Electric Vehicle Battery Management System

Power Sensor High-precision DC Current Sensor AHBC-CANB500 Fluxgate Theory for Electric Vehicle Battery Management System photo-1
Power Sensor High-precision DC Current Sensor AHBC-CANB500 Fluxgate Theory for Electric Vehicle Battery Management System photo-2
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Power Sensor High-precision DC Current Sensor AHBC-CANB500 Fluxgate Theory for Electric Vehicle Battery Management System photo-5
US$ 42 - 60 MOQ: 1 Piece
Key Specifications
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Brand Name:
Acrel
Place of Origin:
China
Model Number:
AHBC-CANB500
Payment & Shipping
Payment Methods:
Port of Shipment:
China
Delivery Detail:
Delivery time depends on order quantity.
Brand Name Acrel
Place of Origin China
Model Number AHBC-CANB500
Usage Magnetic Sensor
Theory Current Sensor

Introduction

The AHBC-CANB power sensor is a high-precision DC current sensor, which is mainly  installed on the busbar of the battery pack to monitor the charging and discharging current. AHBC-CANB adopts fluxgate technology, which has the advantages of high precision and low hysteresis. The zero point bias current is less than 10mA. Due to the use of the fluxgate principle, there is no hysteresis effect, and it can still maintain low zero bias and high precision characteristics after 1000A high current impact. Therefore, it is especially suitable for power battery monitoring, high-precision current monitoring and other applications. Battery current monitoring and management system.

The fluxgate principle has an absolute technical advantage in the field of high-precision measurement. The continuous oscillation of the excitation magnetic field is equivalent to the degaussing magnetic field, thereby minimizing the hysteresis. Item 4.2.4 of the national standard QCT 897-2011 stipulates that the SOC estimation accuracy requirement is not greater than 10%. In order to ensure this accuracy, the charging and discharging monitoring accuracy should be better than 1%. In order to ensure high- precision SOC under both large current and low current conditions, the full-scale accuracy of the sensor should be further improved by 0.3%. AHBC-CANB power sensor meets the accuracy requirements, and has smaller hysteresis and smaller zero offset.





Product Tags: hall sensor , digital current sensor , dc current sensors

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Business Type
Manufacturer
Year Established
2003
Factory Size
3,000-5,000 square meters
Annual Export Value
US$10 Million - US$50 Million

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