The automatic driving system in the car is completely based on the PCB, and the highly complex PCB is operating to provide the functions required by the automatic driving system. Such as radar, lidar, ultrasonic, laser scanners, global positioning system
The automatic driving system in the car is completely based on the PCB, and the highly complex PCB is operating to provide the functions required by the automatic driving system. Such as radar, lidar, ultrasonic, laser scanners, global positioning system (GPS), cameras and displays, encoders, audio receivers, remote connections, motion controllers, actuators, etc., sensor fusion electronics provide the car with the surrounding Visual maps to detect objects, car speed and distance to obstacles;
Obviously, the PCB in the automotive autopilot system has requirements for precision, power consumption, heat dissipation, durability and rugged reliability.
Which PCBs will be used in the automotive autonomous driving system?
If we open up the dashboard of a car, we see complex electronics and wiring with sockets, relays, etc. various modules connected to each other. These electronic components are mounted on a rigid PCB, and a high-density interconnect (HDI) PCB can achieve a smaller and more precise layout;
The high-frequency board PCB has a small dielectric constant, and its consumption is naturally smaller than other circuit boards. As a result, the efficiency of the high-frequency circuit board is very high. The frequency of the high frequency is above 1GHz, the speed is fast, and it is often used in automotive sensors, radar and other fields.
Thick copper pcb provides the least resistance path for current flow to avoid PCB melting due to high temperature generated by high current.
The ceramic board pcb has high insulation performance, can carry high power, high current, and can withstand harsh and harsh environments;
Aluminum-based metal core pcb is usually used in LED headlights of automobiles;
Rigid-flexible pcb is also used on the front dashboard of automotive electronics to connect the display screen to the processor board and connect various electronic modules through the flexible PCB.
Self-driving car PCB involves a lot of details. By getting your car autopilot system PCB manufacturer involved in your car automation project as early as possible, you can shorten your delivery time, more efficiently and quickly return on investment.
Why choose POE?
With over 20 years of extensive experience, POE has obtained crucial certifications such as ISO9001, ISO 13485, RoHS, UL, IPC-600G/6012B Class II for important automation PCBs. In the field of IoT PCBs, we have multiple successful cases and have received consistent praise from our clients. Please feel free to contact us.
POE offers a range of services including PCB prototyping, PCB manufacturing, global component sourcing, PCB assembly, rigorous PCB testing, and timely delivery to our clients. Our services save customers significant time and cost. With our professional services and high-quality products, we can help clients improve efficiency and maximize their return on investment quickly.
Perfect after-sales service, we provide professional 24-hour after-sales technical support, no matter what problems you encounter later, we will be able to respond in time and help solve them. Contact us to start your project today.
FAI first article testing can detect multiple aspects of product performance and quality, including appearance, size, electrical parameters, functional performance and other aspects to ensure that the product meets requirements and standards.#pcb#pcba#FAI#testing#factorypic.twitter.com/qb0p2u4ZJk