LC709203FXE-01-GEVB

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LC709203FXE-01-GEVB belongs to the family of evaluation and demonstration boards and kits. In comparison to the official research and development boards and kits for deployment in industrial applications, it is designed to serve the sole purpose of demonstrating project designs and objectives. It assists in evaluation and prototype development when acquiring skills and knowledge about the technology.

The design-in process of this board is straightforward and sets the default values for the components to be used in the scale. This is intended to enable the user to observe the device’s performance as close as possible. Additionally, there is a harness between the demonstration board and the scale, providing the user with the necessary resources to analyze the output signals from the scale dynamic parameters.

The board features a battery energy monitoring IC from ON Semiconductor, LC709203F. The LC709203F is an energy monitoring IC that allows the user to measure a broad range of battery types and capacities. It offers precise voltage, current, and temperature information of the battery during the charge and discharge cycles. The IC communicates with the host host/microcontroller through the I2C interface.

The LC709203FXE-01-GEVB board is designed to evaluate and assess the characteristics, performance, and control of the ON Semiconductor LC709203F battery energy-monitoring IC and its application in scale dynamic projects. The evaluation board supports two kinds of applications; one is to measure the battery characteristics (voltage, current, and temperature) and the other is to measure the dynamic parameters of the scale.

The board is based on a TI MSP430F461x mixed signal microprocessor. The host\'s main function is to control the board peripherals, such as the ADCs, the LCD display and the UART. There are two ADCs, one for measuring the battery\'s parameters (voltage, current and temperature) and the other for measuring the scale\'s dynamic parameters such as load, force and torque. All the measured parameters can be displayed in real time via the LCD and/or the UART interface.

LC709203FXE-01-GEVB board can also support remote monitoring applications, with the UART port that provides bidirectional communication to host microcontrollers. By using the USB port, the host computer can communicate to the board and receive/send commands. The board can be used for lab tests, research and development, and product evaluation with its ability to measure battery characteristics and the dynamic parameters from the scale.

In conclusion, the LC709203FXE-01-GEVB board supports both battery monitoring and scale dynamic evaluation functions. It contains the necessary circuitry to measure the battery parameters (voltage, current and temperature) and dynamic parameters (load, force and torque). The board is integrated with a MSP430 microcontroller, which handles the functions such as data acquisition, system control, communication and data display. Thus, the board allows designers to easily verify the performance and operation of their product.

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