The NXP® 15 W multi-coil transmitter reference platform is designed for AutoSAR automotive wireless charging applications based on the NXP MWCT101xS controller IC family. The platform uses automotive-grade components and other critical automotive features, including AUTOSAR software and drivers, to ensure the system can be integrated seamlessly. Complies with the latest Qi® specification from the Wireless Power Consortium and is MP-A9 transmitter type certified.
The aim of the design was to replace the existing mechanical switches for ventilation position, blower speed and temperature control with an interactive LCD based system to extend the life and robustness of the system. The system can handle events via a capacitive touchpad interface (controlled via NXP's proximity capacitive touch sensor controller PT60), an infrared remote control (available for the convenience of rear-seat passengers) or microswitches.
RDS12GHVAC is a reference design based on the 16-bit S12G ultra-reliable microcontroller. RDS12GHVAC consists of a central control board with a human-machine interface (HMI), a motor control board, a damper and a blower motor. It is used to realize the temperature, light, and humidity of automotive HVAC. and air quality sensing interface and configurable automatic climate control software algorithms to effectively control vehicle climate.
2 Layers PCB 100 x 100 mm FR-4, 1.6 mm, 1, HASL with lead, Black Solder Mask, White silkscreen; This card is part of the chassis to build a wireless car controlled with the RX480 RF module.
A simple circuit to disable automatic start-stop and set the default drive mode on a Ford vehicle.
This reference design provides design guidance, data, and other content for LED matrix headlights. It independently controls the lighting of multiple LEDs according to the situation.
A complete electrical schematic diagram and program for an electric vehicle based on the Infineon XC866 microcontroller. I have tested it on an electric vehicle and it runs normally.
The TWR-S08RN60 module is a development board based on the S9S08RN60 and is suitable for automotive body applications. This module enables rapid prototyping and development of applications requiring a low-cost 8-bit MCU, LIN connectivity, basic motor control and basic touch sensing. The TWR-S08RN60 can operate as a stand-alone debugging tool or combined as part of the modular Tower® system development platform.
The STEVAL-ILL089V1 evaluation board is based on the ALED6000 monolithic current source for high power LED driving. Digital dimming is implemented by driving the dedicated DIM pin. Low drop-out operation with almost 100% duty cycle can be achieved.