OM13083UL

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The OM13083UL evaluation board is designed by Neoway Technology for their NF527MCUC2 MCU microcomputer. It is designed to allow for the rapid implementation of functions and applications related to embedded microcontroller-based systems. The board is specifically designed for use in the evaluation of the embedded MCU, DSP (Digital Signal Processor), and connected subsystems. The board is based on the NF527 industrialized crystal welding and platform design, and is equipped with a 9-pin DB9 serial communication connector, a 4-pin TTL-level serial communication connector, an 8-pin BCD pilot lamp interface, and other connections to external MCU microcomputer systems.

The OM13083UL evaluation board can realize the normal operation of the embedded MCU, DSP, and other connected subsystems. Its rich and diverse connection resources provide convenience for users to evaluate and develop their own applications. The board is powered by an external DC 12V 1000mA power supply, which is supplied with a 2.54mm pitch 7-pin driving power socket. The board also comes with an I2C bus interface, so that external expansion modules can be directly connected. An SCI interface connector and a CAN bus interface are also included to allow users to connect various peripherals for extended application fields.

The emulated working principle diagram of the OM13083UL evaluation board is as follows: firstly, the user can connect the external power supply, reset button, indicate light, and other external test equipment to the device. Then the necessary subsystems such as embedded MCU, embedded DSP, and other external communication modules are connected to the board. The system\'s reset button can reset the external connection of the board and restore the initial condition. After the external connection is completed, the board can be powered on by connecting the power supply terminal. With the correct connection, the operating current of the board can reach up to 90mA.

When the board is powered on, it can turn on the internal data processing program. It can complete the system reset and initialization process, restore the initial conditions of the board and connected subsystems, and start functioning as intended. After the reset, the board can detect the connected digital and analog external modules and establish communication. The external modules connected to the board can obtain the necessary instructions from the user, which is then used to control and complete various tasks. The ultimate result is the completion of the target function.

The OM13083UL evaluation board has a powerful functions and is mainly used for the evaluation, development, and debugging applications related to embedded systems. The board can also be used to evaluate and debug connected external peripherals, which are necessary for the completion of the intended applications. The board has a great potential for use in the development of various types of embedded systems, and is currently used by engineers and technicians in the development of embedded applications related to robotics, industrial automation, and home automation. Ubiquitous embedded systems based on embedded MCU, DSP, and other related subsystems will see many new applications with the help of the OM13083UL evaluation board.

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