Car Panel

ModnyCo successfully designed and implemented custom PCBs for various internal car panels, integrating Microchip PIC microcontrollers for optimal functionality. The project featured user-friendly interfaces with adjustable LED brightness, advanced power management, and seamless integration with the car’s ECU via a CAN bus system. Adhering to automotive industry standards, all components used were AEC-compliant, ensuring reliability and safety in the vehicle’s electronic systems.

Designed custom PCBs for internal panels of a car, including the dashboard, steering wheel buttons, and door panels.
Integrated Microchip PIC microcontrollers for reliability and functionality.
Equipped PCBs with user-friendly interfaces using push buttons, rotary switches, and LEDs with adjustable brightness.
Incorporated advanced current driving units for precise LED brightness control.
Enabled seamless communication with the car's ECU using a CAN bus system.
Implemented sophisticated power management systems to regulate voltage and minimize heat and EMI emissions.
Ensured all components were AEC-compliant, adhering to automotive industry standards.

Vehicle control buttons connected through CAN BUS system to ECU

Recently at ModnyCo, we completed a challenging yet rewarding project, designing custom PCBs for various internal panels of a car, such as the dashboard, steering wheel buttons, and door panels. Each PCB, uniquely shaped to fit the car's interior design, was powered by a Microchip PIC microcontroller, ensuring reliability and functionality.

Our focus was on creating an intuitive user interface, outfitting each board with push buttons, rotary switches, and adjustable-brightness LEDs, controlled by advanced current driving units. This design choice not only enhanced the user experience but also added a visual appeal to the car's interior.

A critical aspect of our design was integrating a CAN bus system, allowing seamless communication between the PCBs and the car's Electronic Central Unit (ECU). This integration was vital for ensuring that the internal panels operated in sync with the vehicle's electronics.
Power management was another key focus. We implemented sophisticated systems to efficiently regulate supply voltage while minimizing heat and EMI emissions, crucial for the safety and functionality of the car's electronics.

Lastly, we ensured that all components used were AEC-compliant, meeting the automotive industry's stringent standards for reliability and durability. This project not only highlighted ModnyCo's expertise in automotive electronics but also our commitment to delivering high-quality, compliant, and user-friendly electronic solutions.

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