Shenzhen Leadsintec Technology Co., Ltd
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Shenzhen Leadsintec Technology Co., Ltd
Precision Simplified
♦Model:M04R14633
♦Layers: 4 layers
♦Board Thickness:2±0.12mm
♦Dimensions:169.24mm x 108.99mm
♦Material Used: Shengyi (S1000H)
♦Minimum Hole Diameter:0.4mm
♦Surface Finish:Tin Plating
♦Minimum Hole Copper:25um
♦Copper Thickness: 20Z
♦Minimum Line Width/Spacing:0.228mm/0.203mm
The primary function of the automotive signal acquisition board is to monitor and collect data on the vehicle’s engine, brake status, doors, tire pressure, and other operating conditions. The collected data is then converted and transmitted to control systems such as LED display lights and speakers.
Thick copper provides excellent conductivity, capable of handling high current and high-power signal transmission, reducing signal loss by lowering resistance. Additionally, its superior thermal performance helps dissipate heat effectively, preventing overheating and damage to electronic components.
The automotive signal acquisition control PCB is responsible for collecting electrical signals from various sensors and actuators in the vehicle, such as engine speed, vehicle speed, and brake pressure. These signals are processed by the circuits on the PCB and converted into information that the vehicle control system can understand and execute, enabling precise control over various vehicle functions.
The automotive signal acquisition control PCB is a core component of the automotive electronic control system, carrying the critical functions of vehicle control units (such as ECU). Through circuit design and electronic component layout on the PCB, it facilitates signal and data processing for key modules including the engine, transmission, brake system, body electronics, and safety systems, achieving system control and regulation.
By optimizing design and manufacturing, the automotive signal acquisition control PCB enhances vehicle performance and safety. It increases the speed of electrical signals and reduces latency, providing the vehicle control system with faster response times and higher reliability. Additionally, it ensures the proper functioning and coordination of key electronic devices (such as ABS, ESP, and airbags), offering vehicle stability, braking safety, and occupant protection.
The optimized design of the automotive signal acquisition control PCB also improves the energy efficiency of vehicle circuits, conserving energy. Precise circuit layout and matched electronic component selection reduce energy loss and heat generation, enhancing the utilization of electrical power. Furthermore, the automotive PCB provides excellent electromagnetic interference (EMI) shielding and vibration resistance, ensuring the stable operation of electronic devices under harsh environmental conditions, thereby enhancing the overall reliability and durability of the vehicle system.
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