Automotive what runs in your mind when you hear about Automotive Electronics? A musical system that connects to your mobile, airbags and an electronically controlled steering? You are on the right track but it has a lot more electronics than you probably realize. Automotive Electronics includes everything right from the headlight and LED brake light to the seat belt alarm inside your car. If you give it a thought, every module in your car is a high tech electronic gadget. Know more about your vehicle and be updated with the latest technology and trends.
The electronic components in a car include Engine Ignition, Fuel Injection, Anti-lock Brakes, Steering Control, Collision Avoidance Systems, Seat Control, Air Conditioning, Navigation System, Safety Controls, Security Alarms, Transmission Controls, Music System, Bluetooth-capable, USB-capable, WiFi-capable, Head and side lights.
Automotive Electronics are electrically generated systems used in vehicles. The increasing speed of innovation in electronics for the automotive industry will pave the path to utilize their time in transit to enjoy novel services. As a result, people will have more time to invest in personal activities. Therefore, an electronically smart car shall always have enhanced features. Demand for safety and luxurious features from consumers are expected to drive the automotive electronics market in future.
Automotive cameras are equipped with an LED flicker mitigation function that reduces flickering when shooting signs and traffic signals, as well as an HDR function capable of 120 dB wide dynamic range shooting. The CMOS (complementary metal-oxide-semiconductor) image sensor is designed for use in forward-sensing cameras for advanced driver assistance systems (ADAS) and for camera monitoring systems. Autonomous vehicle runs purely with the help of powerful automotive cameras. These are types of automotive cameras side-view cameras, interior-view cameras, forward-view cameras, rear-view enhancement, and corner-view cameras.
Advanced Motor Control:
Digital vector control algorithms capable of delivering full torque with acceleration and deceleration at rates that can be precisely managed. The Intelligent Drives Kit combines a full complement of development software, motor control reference designs and hardware, including the latest Analog Devices data converters All Programmable SoC based on ARM Cortex-A9 dual-core processors. Cars already are controlled by computers. But motor management systems will get more sophisticated. Ford recently showed how a car’s computers can sense the drive and adjust the motor accordingly. If a daily commute takes the vehicle on crowded city streets, the car knows that, and it makes the motor use less gas, for instance.