MCP7386XEV

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Evaluation and Demonstration Boards and Kits are designed for high-end products testing or experimentation purposes. The MCP7386XEV board is one of them. It is a charge, discharge and fuel gauge evaluation board for embedded and mobile applications. With this board, developers can run tests and optimize the battery performance of various embedded systems.

The MCP7386XEV board is an 8-channel battery type evaluation board. It features an on-board 1-Cell step-up converter for providing battery-level voltage monitoring and advanced battery fatigue studies. It also features a set of ultra-low quiescent current regulators and features a wide variety of I2C-compatible ports for connecting to batteries. The board can be used with any compatible third-party Tango board, or it can be used with a standard Matlab/Simulink© development environment for rapid development cycles.

At the heart of the MCP7386XEV board is the LTC6804 Battery Management System (BMS). The LTC6804 supports accurate and repetitive charge and discharge cycling of Li-Ion, LiFePO4, NiMH, and other battery chemistries. It also incorporates advanced battery diagnostics, such as tracking of individual cell voltages, current, and temperatures for each cell. In addition, the LTC6804 BMS eliminates the need for any external battery connection. The board also features an efficient, low-noise, biomedical-grade power supply, allowing developers to perfectly monitor the state of charge and voltage of each cell without any interference.

The MCP7386XEV board also supports a powerful debugging environment. It features an advanced JTAG system, which allows developers to simultaneously monitor hardware and software behaviour, as well as providing real-time performance metrics. Its high-performance, low-latency networking support also enables faster development cycles. This high-level debugging capability also significantly reduces time-to-market for products.

The MCP7386XEV board is an excellent solution for mobile applications where battery lifetime and overall system performance is critical. It is also a powerful device for battery fatigue studies and testing purposes. The board features a wide variety of I2C-compatible ports, which allow it to be used as an interface for connecting to various embedded and mobile applications. Finally, the board features an advanced debugging environment, which allows developers to quickly optimize and verify the performance of their battery-level designs.

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