Based on Cortex M33 MCU and equipped with vehicle gauge level pre-drive chip and MOS tube, Wind WP can achieve a brushed motor based ripple anti-pinch control solution, which can achieve window anti-pinch strength and area adjustment, effectively reduce the safety risks of passengers with window clipping, improve vehicle safety, comfort and easy to operate driving environment.

Wind WP capacitive sensor key is an automotive capacitive sensor key solution based on Cortex M4 MCU combined with shift register 74HC595D. The solution uses the Cortex M4 MCU as the core device for the main control and Touch function implementation, and the cost-effective CAN, while improving performance, to ensure the reliability of the product, can be used in a variety of automotive applications, such as automotive air conditioning touch pad, steering wheel HOD, keyless door handles, car sunroof and so on.

The Wind UWB keyless entry scheme consists of six FS_UWB_A503 development boards. Among them, four modules are placed in the four corners of the vehicle periphery as four slave anchor points, and one module is placed in the vehicle as the main anchor point and can be reused for live detection. The other piece is a simulated car key end, which is used to achieve functions such as accurate positioning ranging and keyless entry.

Wind WP matrix headlight is based on Cortex M33/M4 MCU, combined with LED driver and pixel controller of the headlight solution, CAN be configured with constant current value to drive two LED strings, to achieve each LED pixel brightness can be adjusted, and support CAN, LIN bus communication control. Effectively improve the night driving safety factor and driving experience, to achieve intelligent car and other functions.

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