Our Anti-Fog Sensor monitors humidity and temperature to help predict fogging conditions before they occur, enabling the HVAC system to adjust airflow and maintain clear visibility proactively. This sensor is a trusted choice for OEMs seeking an ultra-compact, high-accuracy sensor that integrates easily into both new and existing vehicle designs. A dedicated humidity chip is also available to support additional application, including Camera/LiDAR lens fog mitigation and moisture ingress detection for safety-critical electronics.

Our Pedal Travel Sensor precisely monitors brake pedal push rod movement to detect the driver’s braking intention. It is engineered for high precision and durability and features rapid response time, an overmolded robust design, and integrated diagnostics to support system safety. Strong EMI resistance, EMC compliance, and IP6K9K-rated protection deliver reliable performance in harsh environments.

Our Seat Position Sensor provides a universal, off-the-shelf solution designed for versatility and easy integration into various seat tracks and mounting conditions. It has a back-biased U-magnet design and a standardized, fastener-less mounting method, providing mechanical stability and reliable operation. The mounting lock engages with the connector, enabling secure, tool-free installation, while ISO 26262 ASIL A(B) compliance supports functional safety in automotive applications.

Our Motor Position Sensor precisely detects the rotor's angular position within the brake motor, providing accurate feedback for braking control. It uses eddy current principles to deliver high-precision angle measurement with versatile output options, strong EMI resistance, EMC compliance, and integrated diagnostics for consistent and reliable performance. Designed for flexibility, it is available in a variety of customer-specific configurations, including through-shaft, end-of-shaft, and side-of-shaft applications.

TE works with customers to identify critical steering requirements and design tailored solutions. Our comprehensive range of contactless technologies, including Hall, Cascade Hall, Eddy Current, and PLCD flexible approaches, enables reliable, precise feedback for both x-by-wire and rear axle steering systems. By collaborating throughout the design process, we develop solutions that fit your unique needs while delivering advanced steering control across diverse vehicle platforms.

Our pressure sensors provide critical feedback for braking control and performance by accurately measuring system pressure. Available in a variety of ranges, they utilize advanced MEMS and strain gauge technologies for reliable durability, fast response, and long-term accuracy in hydraulic, pneumatic, and brake-by-wire systems.

Our Brake Light Sensor is mounted on the pedal box to detect the brake pedal position. This sensor leverages a Hall-effect back-biased approach with an integrated magnet to accurately measures changes in magnetic flux density, converting them into reliable position signals. It provides accurate, real-time feedback with low power consumption, which helps support reliable and timely brake light activation.