What is Automotive Engine PCB

Automotive engine PCB is a PCB specially designed for engine management system. Its main function is to monitor multiple parameters of the engine, such as fuel supply, ignition timing, emission control, etc. By analyzing and processing these data, the engine’s performance and efficiency can be optimized and adjusted.

 

Application Scenario

Automotive engine PCB has a wide range of applications in many automotive application scenarios, including but not limited to the following aspects:

1. Engine Control Functions: It is mainly used to monitor and control multiple key parameters such as engine fuel supply, ignition timing, cylinder pressure, etc. to achieve ultimate performance optimization and fuel efficiency.

 

 

2. Emission Control: The main function is to monitor and control the engine's emissions to ensure that they meet relevant emission standards and thereby effectively reduce environmental pollution.

 

 

3. Power Distribution Technology: This type of technology is mainly used in four-wheel drive systems and power distribution systems, aiming to achieve a reasonable distribution of power between wheels, thereby improving the vehicle's driving performance and handling stability.

 

 

4. Fault Diagnosis: This function is used to diagnose engine faults and record corresponding fault codes, while providing diagnostic information for the reference of maintenance personnel.

 

 

5. Energy-saving Technology: These include a series of advanced energy-saving technologies, such as start-stop system and hybrid system, which are committed to improving the energy efficiency of automobiles.

 

 

Product Features

1. High-precision Data Acquisition: The automotive engine PCB has precise data collection function to ensure accurate control of engine operation.

 

 

2. Fast Response Time: The automotive engine PCB has a fast response time and can achieve timely adjustments of the engine.

 

 

3. Diversified Sensor Interface Support: The circuit boards can usually support multiple sensor interfaces, such as air pressure sensors, temperature sensors, oxygen sensors, etc.

 

 

4. Communication Interface: The automotive engine PCB need to support communication interfaces for data exchange with other vehicle system and ECUs.

 

 

5. High Temperature Environment Adaptability: Since the engine area is usually at a higher temperature, the engine PCB needs to be able to operate normally in a high temperature environment.

 

 

6. Reliability: The engine is the core component of the car, so the PCB needs to have extremely high reliability to ensure the engine can operate stably for a long time.

 

 

7. Fault Self-diagnosis Function: Some automotive engine PCBs have self-diagnosis function, which can detect and report fault conditions, so as to carry out timely repairs.

 

 

HoYoGo is an international, professional and reliable automotive PCB factory, and the main supplier to many automotive manufacturers.

 

HoYoGo’s "Three Conformities" principle:

1. In the event of a conflict between Quantity and PCB's Quality, we prioritize PCB's Quality over quantity.

2. When there is a conflict between Efficiency and PCB's Quality, our priority is always to maintain PCB's Quality.

3. If there is a conflict between Growth Rate and PCB's Quality, we prioritize PCB's Quality over speed.

 

We adhere to the principle of “quality first” for PCB, ensuring that the PCBs we produce can run smoothly in automotive systems. We welcome you to consider choosing HoYoGo for your PCB manufacturing needs.