Single-Sided FPC for EVs LED Matrix Headlight
FPC PRODUCT > Single-Sided FPC > Single-Sided FPC for EVs LED Matrix Headlights

Single-Sided FPC for EVs LED Matrix Headlights

Single Sided FPC for Lighting Modules, Single-Sided FPCB for Matrix Headlights, Single Sided FPC for EVs LED Matrix Headlights

Single Sided FPC

Flexible Printed Circuit Boards (FPCBs) are widely used in automotive lighting applications, particularly in the case of the Matrix LED headlights. 

The Matrix light is a lighting system that provides a high level of visibility by using multiple LEDs to create a beam pattern that can be adjusted according to the driving conditions. This type of lighting system requires a complex network of FPCBs that can support the required electronics and control signals.

The FPCB used in the LED Matrix headlight of automotive headlights 

Flexible printed circuit boards (FPCBs) are an essential component in the production of modern EVs LED matrix headlights, 

as they provide a highly efficient, compact, and lightweight solution for connecting the various LED modules and controlling their operations.

The FPCBs used in EVs LED matrix headlights 

The FPCBs used in EVs LED matrix headlights are specifically designed to meet the unique requirements of the automotive industry, with strict adherence to industry standards and regulations. 

These FPCBs are constructed with high-quality materials and advanced manufacturing processes to ensure their reliability, durability, and resistance to 

    • temperature extremes, 

    • vibration, 

    • exposure to moisture and chemicals. 

In addition 

In addition to connecting the LEDs, FPCBs can also provide additional functions such as power management, thermal management, and communication between different parts of the headlight. 

They can also be customized to fit the specific shape and size of the headlight, allowing for more creative and efficient headlight designs.

In Conclusion

Overall, FPCBs are a critical component in the production of modern EVs LED matrix headlights, providing the necessary functionality and flexibility to enable the advanced features and capabilities of these cutting-edge automotive technologies.

At Flex Plus, our clean room facilities are state-of-the-art, with a 10k clean room for Cover-lay film lay-up and a 100k clean room dedicated to visual inspection of FPCs, ensuring the highest levels of quality and precision in our manufacturing process.

Feature of Cover-Lay (Kapton):

High tensile strength
Low & high temperature resistant (-269° C to over 280° C)
Good insulation property
Fire retarding
Radiation resistant

Flex Plus is certified to the IATF16949 quality management system standard, and all materials used in our FPCB products are UL certified.

Previous: End