R_156_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

S12ZVH HVAC control with LCD

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.

Schematic PCB

S12G 4th generation lighting

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High Voltage Battery Junction Box Reference Design

R_64_V10 design based on IPS2 motor commutation sensor

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R_08_V30 Design based on IPS2 motor commutation sensor

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R_107_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

S32K142-Q100 Universal Evaluation Board

The S32K142EVB is a low-cost evaluation and development board for general industrial and automotive applications. Based on the 32-bit Arm® Cortex®-M4F S32K14 MCU, the S32K142EVB provides standard specifications compatible with the Arduino® UNO pin layout, providing a wide range of expansion board options for rapid application prototyping and demonstration.

Schematic PCB

OrangeBox Automotive Connectivity Domain Controller Development Platform

OrangeBox is a comprehensive development platform that provides a wide range of secure wireless connectivity to develop automotive solutions that meet the requirements of connected domain or zone controllers. OrangeBox integrates a scalable i.MX 8XLite applications processor, S32K security co-processor and the wireless connectivity required to enable secure automotive access, V2X, Wi-Fi, Bluetooth® LE, UWB and cellular connectivity between the vehicle and the outside world In a safe and secure manner.

Three-phase inverter reference design using GD3162 with HybridPACK driver

R_74_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_155_V10 design based on IPS2 motor commutation sensor

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Smart battery charger based on LPC860 MCU

This smart battery charger is based on NXP's LPC860 cost-effective MCU, which provides customers with a reference design for smart battery charging applications and can be used for mobile devices such as handheld printers and walkie-talkies.

R_112_V10 design based on IPS2 motor commutation sensor

Schematic PCB

HVBMS centralized single monitoring unit capable of ETPL communication via MC33774

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NFC access control and battery communication for electric mobility scooters

MPC5554 Vertical basic board

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R_102_V20 Design based on IPS2 motor commutation sensor

800V battery junction box using MC33772C to implement ETPL communication

Schematic PCB

MPC563xM devices and target adapters

Schematic PCB