Basic Info.
Packaging & Delivery
Product Description
| Absolute maximum ratings (not operating) | ||||
| Electrical data | Symbol | Unit | Specification | Conditions |
| Load dump vervoltage | UC | V | 32 | 400ms |
| Over-voltage | UC | V | 25 | 1 minute |
| Reverse polarity | UC | V | -16 | 1 minute |
| Minimum supply voltage | UCmin | V | 6 | Continuous not operating |
| Maximum supply voltage | UCmax | V | 18 | Continuous not operating← |
| Creepage distance | dcp | mm | 7.2 | |
| Clearance | dci | mm | 6.9 | |
| RMS voltage for AC insulation test | Ud | KV | 2.5 | 50HZ, 1minute |
| Insulation resistance | Rins | MΩ | 500 | 500 V iso 16750-2 |
High-performance automotive sensor, accurate measurement, strong reliability.
Using innovative technology and advanced functions, intelligent, self-adaptive and high-speed response.
Ensure vehicle safety, prevent accidents, and provide critical data.
Compatible with various vehicle types and systems, flexible customization. Energy saving and environmental protection, improve fuel efficiency and reduce emissions.
Provide comprehensive after-sales support and customer service, including technical support, warranty and quick response.
Featuring a transducer based on Fluxgate technology, the sensor offers exceptional sensitivity and linearity. It operates on a unipolar +12V battery power supply, ensuring compatibility with automotive power systems. Moreover, it supports the widely used CAN2.0B protocol, enabling seamless integration into automotive networks.
The Automotive Current Sensor Fluxgate delivers its output signal through high-speed CAN communication, achieving data rates of up to 500 kbps. This allows for fast and reliable transmission of current measurements within the vehicle's electrical system.
With outstanding advantages, this sensor ensures a total error of just 0.5% across a wide temperature range from -40ºC to 85ºC. It exhibits a minimal offset below 10mA, guaranteeing accurate current readings. The sensor also boasts a wide frequency bandwidth and full galvanic separation, enabling precise measurements and reliable performance.
