NCN5193GEVB

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Evaluation and Demonstration Boards and Kits are some of the most useful and essential tools for product development and solution demonstration. NCN5193GEVB is one such product from NXP. It is a development board for the S32K ARM Cortex M4 automotive MCUs. This product includes a fully assembled and tested printed circuit board and a reference design to provide product development engineers with a simple platform to develop target applications and evaluate features of the S32K product.

Application Field

NCN5193GEVB is most commonly used in automotive applications such as in-vehicle networks, instrument clusters, display systems, mirrors, telematics and HMI. It is also used in industrial applications such as factory automation, CNC machines, HVAC, and medical equipment.

Working Principle

NCN5193GEVB is built on top of the S32K product family. It is equipped with Arduino compatible pinouts and interfaces for quick access to the MCU’s I/O ports. It contains an on-board power supply, JTAG connector, USB-UART adapter, and a debugger. This simplifies the evaluation of the S32K product’s features. Additionally, it also includes a 1.2 x 2.4 inch OLED display for product demonstration. This allows engineers to quickly and easily evaluate the performance and features of the S32K product.

NCN5193GEVB has been designed to make development easier and faster. It is a fully-featured device, enabling engineers to quickly debug and verify applications without additional hardware. Development can be done using tools such as S32 Design Studio, IAR Embedded Workbench, and Keil uVision. Additionally, it also supports the Arduino development environment, which eases the integration of the board with existing solutions.

Board Peripherals

NCN5193GEVB has a wide array of on-board peripherals to make development quicker and easier. It includes a USB-UART adapter, which allows development teams to communicate with the S32K MCU through a UART interface. It also includes an on-board debugger pinout, which simplifies the debugging and verification of applications. Additionally, the board contains Arduino compatible pinouts which provide access the MCU’s I/O interfaces. This simplifies the integration of the board with existing solutions.

The board also includes an onboard OLED display for quick verification of applications and an on-board power supply for seamless integration. Lastly, the board comes with LED feedback for debugging and working status.

Conclusion

The NCN5193GEVB development board is an ideal solution for product development and solution demonstration of NXP’s S32K ARM Cortex M4 automotive MCUs. It includes a wide array of on-board peripherals to make development easier and faster. Additionally, it is designed to make debugging and verification of applications simpler. This board is an essential tool for product development and solution demonstration of S32K product.

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