Precision Yaw Rate Sensor for Vehicle Stability Systems Key Benefits and Features **Exceptional Measurement Accuracy** Utilizes advanced microelectromechanical system (MEMS) technology, based on the Coriolis acceleration principle, to achieve a measurement accuracy of ±0.5°/s. Accurately detects subtle dynamic changes in vehicle oversteer or understeer for precise control in real time. Supports rapid response for antilock braking systems (ABS) and electronic stability programs (ESP), helping maintain vehicle stability under challenging driving conditions. **Compact and Versatile Design** Ultrasmall form factor, comparable to a finger joint, enables seamless integration directly into the ESP electronic control unit (ECU) PCB board. Can also be installed independently in various locations, such as seat slides or center consoles, to meet diverse installation requirements. Compatible with a wide range of vehicle models and stability control systems, including Toyota VSC and BMW DSC systems. **Reliable Performance Across Conditions** Operates within a wide temperature range from 40°C to 125°C, ensuring dependable functionality in all climates. resistance to electromagnetic interference for stable signal transmission. Suitable for demanding conditions such as wet or slippery roads and speed cornering. Provides realtime yaw rate feedback to trigger braking system activation or engine torque adjustments, effectively reducing the risk of skidding. **Intelligent Diagnosis and SelfCalibration** Builtin zeropoint calibration automatically compensates for sensor errors, maintaining measurement stability during longterm operation. Supports initialization learning via standard diagnostic equipment, such as fourwheel alignment machines, ensuring correct operation after service or installation. Compliant with ISO 26262 functional safety standards for enhanced reliability and safety in automotive applications. **Networked Collaborative Control** Designed to work seamlessly within networked vehicle systems, enabling efficient communication and coordination with other control modules to enhance overall vehicle dynamics management. Example Applications: 1. Integrated directly into OEM stability control systems for precise yaw measurement and improved accident prevention. 2. Installed in aftermarket stability enhancement kits for fleet vehicles, ensuring consistent performance under variable load conditions. 3. Utilized in performance sports cars to maintain handling during aggressive cornering on track or road.