Passenger Vehicles

Industry Introduction

Passenger vehicles target the mass market and place comprehensive requirements on safety, comfort, reliability, and cost control.

As the complexity of passenger-vehicle systems continues to increase, higher requirements are placed on the timeliness, accuracy, and reliability of sensor data.

Powertrain systems, thermal-management systems, and chassis control systems all rely on multi-parameter real-time monitoring to ensure vehicle operating safety and performance stability.

At the same time, as consumers pay more attention to ride comfort and healthy environments, in-cabin environmental sensing and intelligent adjustment capability have become important competitive factors.

Against this background, the industry not only focuses on functional implementation but also emphasizes long-term stability, anti-interference capability, and high integration with vehicle control systems to ensure that vehicles continue to operate safely and reliably under different conditions and environments.

Key Industry Priorities:

• Active and passive safety
• Powertrain and energy-efficiency management
• Comfort and reliability

Typical Applications

Powertrain:

Temperature and pressure sensors are used for engine and transmission monitoring

Braking & Steering Systems:

Pressure sensors ensure system response and safety

In-Cabin Environment:

Temperature and humidity sensors improve comfort

Autonomous Driving System

Uses LiDAR, imaging, and other sensors to monitor system safety and ensure driving safety