ADNK-3550

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ADNK-3550 is an evaluation and demonstration board and kit designed for the development of embedded projects. It has been built to provide support, evaluate, and demonstrate the capabilities of various microcontrollers, including the Freescale Kr28A/C and Motorola 6835 chip sets.

ADNK-3550 can be used in different applications, including medical system design, automotive system design, consumer electronics, industrial automation, and process control. The flexibility of the board and its wide range of peripherals make it suitable for a variety of uses. Its I/O capabilities include 23 general purpose I/Os, four analog inputs, and an onboard USB2.0 device connections.

The ADNK-3550 board has several features which make it an excellent choice for embedded system development. It supports the entire family of Freescale Kr28A/C and Motorola 6835 chipsets, as well as Open Firmware, a popular open source operating system. In addition, it has onboard memory and program flash for storing code and data. The board also supports multiple power supply options, including a USB port, 5V AC adapter, and 9V battery.

The board also provides several debug features, including a debugging cube, which provides access to the chip\'s internal functions and memory. In addition, it includes a JTAG port for connecting third-party debuggers and other peripherals. Finally, the board supports the Open Source Code Pack, which allows developers to leverage existing source code and libraries.

The ADNK-3550 also incorporates a wide range of hardware peripherals, including a Real time clock (RTC), a temperature sensor, an on-board LCD display, and an infrared receiver and transmitter. Additionally, it features four analog inputs and multiple wave generators, and the ability to interface with external memory. Finally, the board includes several expansion connectors for interfacing with external peripherals and communication interfaces.

The ADNK-3550 also features several communication protocols. This includes a support for CANBus, Ethernet, USB, I2C, and 9UART. With these protocols, developers can easily connect to additional peripherals and even remote systems. In addition, the board also supports several standard protocols, including TCP/IP, FTP, Secure Socket Layer, and Secure Shell.

The ADNK-3550 also incorporates a powerful bootloader, which helps simplify the task of updating the board’s firmware. This allows developers to update their system’s firmware soon after they have completed the development period. Finally, the board also features several diagnostic and monitoring tools for troubleshooting the system and checking the performance and health of the onboard components.

Overall, the ADNK-3550 board offers a great combination of features for embedded system development projects. It is equipped with the tools and features needed for a successful embedded system and is also versatile enough to easily adapt to different types of projects. The wide range of peripherals also provides additional opportunities to develop innovative applications. By utilizing the board’s powerful, built-in debugging and monitoring tools, developers can make sure that their projects are successful.

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