Three Applications of Semiconductors in Cars

Three Applications of Semiconductors in Cars

Though semiconductors used in automobiles account for a small percentage of total semiconductor production, they must meet stringent technical and quality standards.

FREMONT, CA: Automobiles are transforming into mobile computers. Heads-up displays, autonomous driving assistance, sensors, mobile phone and communication integration, and high-performance components are now included in their engines. This is made feasible by semiconductors, which are driving automotive improvement through innovation.

Though semiconductors used in automobiles account for a small percentage of total semiconductor production, they must meet stringent technical and quality standards. Application-specific system definitions and manufacturing consistency provide the foundation for a semiconductor's applicability in a motor vehicle application. Thus, the bar for quality is high.

Here are three ways how semiconductor is used in cars:

Vehicle electrification – Electrical systems have been able to replace manual methods thanks to semiconductors. Electrification of essential systems has several advantages, including improved vehicle efficiency, lower carbon emissions, and less reliance on oil.

Safety and driver assistance – The growing demand for more advanced safety and driver assistance systems in automobiles has created a market for semiconductors. The integration of semiconductor technology enables intelligent features such as backup cameras, blind-spot detection, adaptive cruise control, lane change aid, airbag deployment, and emergency braking systems.

Connectivity – Cars are progressively adding connectivity-enhancing technology. New automobiles on the market include more advanced telematics (long-distance data transmission) and infotainment features that provide drivers with information on things like road closures, collision avoidance, and even available parking spaces at their destination. The onboard processors that process this data must process millions of lines of code each second. Semiconductors allow automobiles to communicate in real-time.

Semiconductors are critical to the electric vehicle (EV) industry's future since they help manage the powertrain and battery. Semiconductors are also used in the many touchscreens found in the driver's dashboard and the backs of the passenger seats.

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