BQ2083EVM-001

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Introduction to BQ2083EVM-001

The BQ2083EVM-001 is an integrated evaluation and demonstration board from Texas Instruments. It is part of the company’s Energy Solution Development Platforms, which offers a range of integrated solutions for energy harvesting and energy storage applications.

The primary purpose of the BQ2083EVM-001 evaluation kit is to provide an environment in which designers can rapidly develop energy harvesting and storage solutions for a variety of applications. This platform is also ideal for demonstrations and evaluations of energy storage systems in various use cases.

Application Field of BQ2083EVM-001

The BQ2083EVM-001 is ideal for both energy harvesting and energy storage applications. With this platform, designers can easily design widgets or products that require energy harvesting technology for powering. This can include emergency lighting or other devices that require a battery-free, energy harvesting solution. Additionally, the BQ2083EVM-001 is the perfect platform for designers looking to develop products and applications that require reliable energy storage solutions.

The BQ2083EVM-001 platform can be used in wide range of energy storage solutions, such as battery powered CR2032 coin-cell type products, light dimmers, wearable devices and many more. The platform can also be used to develop products that require secondary battery charging, such as health monitoring devices, battery management systems, automotive applications, industrial safety equipment, metering, and consumer electronics.

Working Principle of BQ2083EVM-001

The BQ2083EVM-001 includes an integrated energy harvesting and storage controller from Texas Instruments, with a high performance analog front end designed to interface with a variety of energy sources, including thermal, vibrational, solar, and inductive. The system includes a three-cell Li-ion battery that provides the rated voltage of 2.97 V, and the controller also incorporates an NFC interface with efficient data-logging capability for remote device setup and cloud data management.

The main components of the BQ2083EVM-001 comprises an energy harvesting and storage controller, a high performance analog front end, a three-cell Li-ion battery, and an NFC interface. The controller works with an external energy harvesting source, such as a solar panel, to capture and store energy, while the analog front end converts electrical energy from the energy harvesting into a usable form, which can then be stored in the Li-ion battery.

The NFC interface allows for rapid remote setup, data logging, and cloud data management, enabling users to easily control and monitor their energy harvesting and storage system remotely. The control algorithm provides an efficient power management capability and battery charge control that ensure optimal battery life and safety.

To verify the proper functioning of the BQ2083EVM-001, the Texas Instruments provided PC software can be used to test and monitor the performance of the energy harvesting and storage system. This software includes a graphical interface to display the status of the system and to modify the parameters.

Conclusion

The BQ2083EVM-001 from Texas Instruments is a versatile evaluation and demonstration board that can be used for rapid development and demonstration of energy harvesting and storage solutions for a variety of applications. It is an ideal platform for designers looking for an easy way to develop widgets and products that require energy harvesting, and for designers who are looking for reliable energy storage solutions.

The BQ2083EVM-001 utilizes an energy harvesting and storage controller with a high performance analog front end, a three-cell Li-ion battery, and an NFC interface to transfer data to the cloud for remote setup and monitoring. The system also includes an efficient control algorithm to ensure optimal battery life and safety, as well as a PC based application for testing and monitoring the performance of the system.

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