Application of Industrial PCB in Transportation Field

        As a support for electronic components and a carrier for electrical connections, industrial PCBs play a vital role in the field of transportation. With their high reliability, stability, and adaptability to complex environments, they are widely used in various sub-sectors such as automobiles, rail transit, aerospace, and marine vessels.

 

1. Automotive Field

In the automotive field, as automobiles develop towards intelligence and electrification, the application of industrial PCBs is becoming more and more extensive. In new energy vehicles, the battery management system (BMS) is one of the core parts, and industrial PCB is the "nerve center" of BMS. They enable the precise acquisition and transmission of parameters such as battery cell voltage, temperature, and current, thereby ensuring the battery operates optimally, extending its service life, and safeguarding operational safety.

 

 

In addition, automotive radar systems also rely on industrial PCBs to achieve efficient signal transmission and processing. Automotive radar is used to detect obstacles, pedestrians and other vehicles around the vehicle, providing key data for autonomous driving and active safety systems. The high-quality performance of industrial PCB ensures the stability and accuracy of radar signals.

 

 

2. Rail Transit

In terms of rail transit, whether it is high-speed rail or subway, a large number of industrial PCBs are needed to ensure its normal operation. The train's traction control system is the key to determining the train's running speed and stability. Industrial PCBs are responsible for the transmission and processing of control signals, and can accurately control the operation of the traction motor to ensure smooth acceleration and deceleration of the train.

 

 

The train's communication system is also inseparable from industrial PCBs, which enable real-time and stable information exchange between the train and the ground control center and between the carriages inside the train, ensuring driving safety and dispatching efficiency. In addition, the rail transit environment is relatively complex, with factors such as vibration, shock, temperature fluctuations, etc. Industrial PCBs have good vibration and temperature resistance and can work stably for a long time in such an environment.

 

 

3. Aerospace Field

The aerospace field has more stringent requirements for industrial PCBs because of its extreme working environment, such as low air pressure at high altitudes, drastic temperature changes, and strong radiation. On an airplane, the flight control system is the core, and industrial PCBs are used in this system to connect various sensors, actuators, and controllers to achieve precise control of the aircraft's attitude, flight trajectory, etc.

 

 

Navigation systems also require high-quality industrial PCBs to ensure accurate reception and processing of positioning signals, ensuring that the aircraft can fly according to the scheduled route. In addition, industrial PCBs used in aerospace must also be lightweight to reduce the weight of the aircraft and improve fuel efficiency.

 

 

4. Marine Field

In marine field, industrial PCBs are mainly used in ship navigation systems, communication systems, and power control systems. When ships are sailing at sea, they face harsh environments such as humidity and salt spray. Industrial PCBs have good moisture and salt spray resistance, which can ensure the stable operation of related electronic equipment.

 

 

In navigation systems, industrial PCBs can ensure that ships accurately obtain information such as their own position and heading. In communication systems, industrial PCBs guarantee the transmission of information between the ship and the shore or other ships. In power control systems, industrial PCBs can control the operation of ship engines, achieve the ship’s speed change, steering and other operations.

 

 

In conclusion, the application of industrial PCB in the field of transportation provides solid technical support for the safe, efficient and intelligent operation of various types of transportation. With the continuous development of the transportation field, the performance requirements for industrial PCBs will continue to increase, driving the continuous innovation and progress of industrial PCB technology.

 

 

HOYOGO is an international, professional and reliable industrial PCB manufacturer. Our management team has an average of 25 years of industry experience. We have 2 factory production bases with a monthly production capacity of 500,000 square meters. With our extensive, production capability, and resources, we can provide you with one-stop service from small to large batch production.

评论

发表评论

此博客中的热门博文

What is the Effect of Humid Environment on PCBA

图片
      There is a lot of moisture in the air, when the humidity is too high, it will turn into water droplets and fall on the PCB board and electronic components. So what kind of effect does this humid environment have on PCBA?       In the process of PCBA processing, it is necessary to ensure the humidity balance in the workshop, so that the humidity value is within a suitable range. If the humidity is too low, the air will be too dry, which not only easy to generate static electricity, but also to accumulate dust. If the humidity is too high, it is easy to cause the PCBA to be damp and oxidiz ed or to burst.     Before PCBA processing, if the electronic components are damp, the pins of the electronic components will be oxidized, or there will be undesirable phenomena such as tin rejection and fried tin during the welding process. And if the PCB board is exposed to a high humidity environment for a long time, it will cause the board surface to be ...
阅读全文

The Difference between PCB and PWB

　　In our daily life, we often use electronic products. A lot of electronic components are used in each electronic product, so we often hear the words PCB and PWB. They are similar but different from the literal point of view, therefore many people are confused. They are not clear whether the PCB and the PWB are the same. Let's explain in detail. 　　The difference between PCB and PWB : 　　PCB: Based on insulating substrate, it means a kind of products on which the wires are connected and components are printed from point to point on a dielectric substrate in a predetermined design. It is the English abbreviation of Printed Circuit Board. 　　PWB:Based on insulating substrate, it means a kind of products on which the wires are connected from point to point on a dielectric substrate in a predetermined design. However, there is no printed component on it.PWBs are the early name of the British, because at that time there were only circuit diagrams on the circuit board, but no printe...
阅读全文

Application of Rigid-flex PCB in Automobile

图片
        The application of rigid-flex PCB in automobiles is becoming more and more widespread. This type of PCB combines the advantages of rigid PCB and flexible PCB, providing higher design flexibility and performance advantages. So what are the applications of rigid-flex PCB in automobiles?   1.  In-car entertainment system The in-car entertainment system covers multiple functional modules such as navigation, audio, and information display. In order to meet these complex requirements, the complexity of wiring technology must be fully considered. The application of  automotive  rigid-flex PCB in these systems can effectively reduce space occupancy and wiring complexity, while improving system reliability and vibration resistance.     2.  Advanced Driver Assistance Systems (ADAS) ADAS includes automatic emergency braking, lane keeping assist and automatic parking. These systems have extremely high requirements fo...
阅读全文