LS Automotive
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Sensor
Sensor
조향각, 토크, 전류 등 차량 상태를 정밀하게 측정하고, 운전자 모니터링 시스템을 통해 글로벌 안전 기준을 충족하는 주행 안정성을 제공합니다.
Ultrasonic Intrusion Protect
Function
- Vehicle Security: Detecting the output status of the burglar alarm and monitoring the main battery power level in real time
- Precision Control: Applying PWM boosting control and piezo sound actuator algorithms
- Energy Management: Minimizing power consumption based on a low-power design
Strengths
- High Efficiency and Economy: Realizing light & compact design and reducing manufacturing costs
- Ultra-Low Power Driving: Maintaining a standby current of 1mA or less in arm mode
- Eco-Friendliness and Reliability: Applying a 100% lead-free process and fully waterproof design
- Compliance with International Standards: Satisfying European regulations (95/56/EEC, ECE R116, ECE R-28) and global security standards
BBS(Back-up Battery Siren)
Function
- Vehicle Status Monitoring: Detecting main battery disconnection and real-time monitoring of low-voltage conditions
- Power Management: Automatically charging the internal backup battery during disarmed mode
- Security Alarm: Generating a high-decibel burglar alarm upon detecting unauthorized intrusion or abnormal conditions
Strengths
- Acoustic Optimization: Realizing a clear alarm sound through the application of a piezo sound actuator algorithm
- Environmental Resistance: Securing a fully waterproof performance based on a high-reliability design
- International Regulation Compliance: Fully complying with global security and noise regulations (95/56/EEC, ECE R116, ECE R-28)
Face Recognition Entry System
Function
- Biometric Entry System: Enhancing security with vehicle exterior camera-based facial recognition for seamless door unlocking and user authentication
- Access Control: Verifying profiles against registered database to restrict or grant vehicle access exclusively to authorized individuals
- Personalized Connectivity: Delivering a tailored cabin experience by automatically loading user profiles (seat memory, infotainment presets, etc.) upon facial identification
Strengths
- User Convenience: A hands-free solution that allows vehicle entry solely through biometric recognition without carrying a smart key
- Security Optimization: Preventing vehicle theft and establishing an enhanced security environment through precision authentication of registered users
- Non-Contact Interface: Providing a hygienic and futuristic entry experience through a non-contact authentication method without physical contact
Finger Print Sensor Module
Function
- Driver Authentication and Start Control: Granting ignition permission and controlling driving authority based on registered fingerprint information
- Multipurpose Authentication Connectivity: Providing authentication interfaces for automatic user profile switching, valeting mode deactivation, and In-Car Payment
- Advanced Security Logic: Applying sensor data processing optimized for the vehicle environment and security technologies to prevent data forgery and tampering
Strengths
- High Convenience and Reliability: Enabling rapid vehicle access and engine startup solely through fingerprint contact without extra devices
- Personalization Optimization: Automatically configuring tailored user environments, such as seat, mirror, and infotainment settings for each driver simultaneously upon authentication
- Enhanced Security Environment: Maximizing vehicle security and reducing theft risks by applying a biometric information-based authentication module
Rear View Camera
Function
- Blind Spot Monitoring: Providing real-time monitoring and video feeds of the vehicle's rear blind spots
- Parking Assistance: Implementing a static grid line overlay to guide the driver's travel path
Strengths
- Commonization Design: Securing high versatility and compatibility across 9 vehicle models through a single sub-module-based design
- Global Regulation Compliance: Fully complying with major country-specific regulations, including North America (FMVSS 111), Europe (GSR/UN R158), and India (AIS 145)
- Extreme Environmental Durability: Securing high reliability by acquiring the highest grade of waterproof and dustproof (IP6K9K) certification
Radar Sensor
Function
- All-Seat Occupancy Monitoring: Real-time detection of passenger presence across all seats, from infants to adults
- Non-Biometric Signal Algorithm: Implementing a non-vital detection algorithm to enable precise object classification
Strengths
- Precision Monitoring: Going beyond simple passenger presence to analyze real-time activity and movement
- Status Classification Function: Classifying the occupant's sleeping or resting states to link with tailored services and safety logic
Ultrasonic ROA
Function
- Rear Intrusion Detection: Real-time infant and break-in monitoring via ultrasonic sensors
- Vehicle Tilt Detection: Precise sensing of towing, theft, or impact
- Data Transmission: Real-time LIN communication to IBU and BDC.False Alarm Prevention: Logic to suppress unnecessary triggers
Strengths
- Hardware Optimization: Simplifies system configuration with an efficient single LIN connection (1EA) and a compact 4-pin connector layout
- High-Performance Sensor Tech: Guarantees exceptional reliability in precision tilt measurements using an integrated onboard G-sensor IC.Proven Track Record: Delivers mature performance stability backed by evolution and continuous engineering from the 1st to the 3rd generation
Steering Angle Sensor
Function
- Steering Data Measurement: Precisely measuring the steering wheel's rotation angle (±1530˚) and angular velocity within the Motor-Driven Power Steering (MDPS) system
- Steering Intent Identification: Databasing driving intentions by detecting the direction and speed of the driver's steering maneuvers
- Safety Standard Compliance: Acquiring ISO 26262 certification, the international standard for automotive functional safety
Strengths
- Driving Stability and Steerability: Optimizing vehicle driving stability and improving steering responsiveness through the provision of precise steering data
- High-Durability Design: Preventing physical wear and securing long-term operational reliability by applying a non-contact sensing method
- High-Precision Performance: Enabling stable integration with Advanced Driver Assistance Systems (ADAS) based on high measurement accuracy
Torque Angle Sensor
Function
- Sensor Integration: Mounted on the Motor-Driven Power Steering (MDPS) system to simultaneously measure and combine the driver's steering torque (force) and steering angle
Strengths
- Durability Enhancement: Preventing component wear and securing a semi-permanent lifespan by applying a non-contact sensing method
- Vehicle Efficiency Increase: Improving fuel efficiency and electric vehicle (EV) energy efficiency through system lightweighting compared to conventional hydraulic steering systems
- Precision Control Foundation: Providing smooth and sophisticated steering feedback through the integrated sensing of torque and angle
Torque Only Sensor
Function
- Torque Sensing: Detecting the driver's steering torque (steering force) by measuring the torsion angle of the steering wheel within the Motor-Driven Power Steering (MDPS) system
Strengths
- High-Durability Realization: Eliminating physical wear and securing long-term operational reliability by applying a non-contact measurement method
- Vehicle Efficiency Improvement: Contributing to improved fuel efficiency by reducing steering component weight and minimizing power loss compared to conventional hydraulic systems
- Precision Steering Assist: Providing optimal motor assist power by precisely detecting the force applied by the driver