BQ2026EVM

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Evaluation and Demonstration Boards and Kits play a critical role in product development cycles to help prototype and refine new products for maximum efficiency. The BQ2026EVMI application field and working principle are no different: this device is designed to help engineers evaluate 17Ah - 20Ah lithium-ion batteries and battery packs as a Battery Management System (BMS).

The BQ2026EVM is designed for rapid testing and design analysis so engineers can quickly evaluate different components and configurations. Specifically, the device facilitates two-wire interface communication, current and voltage monitoring, pack health monitoring, safety monitoring, and more. In addition, it is designed to quickly send and receive a data packet for a safe, secure, and robust BMS.

The BQ2026EVM can work in tandem with various hosts, including the Commom Microcontroller Architecture (CMA) and the Texas Instruments Code Composer Studio (CCS) amongst others. By connecting the device to a host, engineers can also access a wealth of software tools, such as Watchdog diagnostic tools, system planning tools, and more. Moreover, the device supports an open source architecture, allowing be used with a variety of software development kits and external microcontrollers.

On the hardware side, the BQ2026EVM supports a 2.2V to 3.4V operating voltage span and up to 20Ah capacity, which makes it suitable for different power requirements. It also offers a variety of safety features designed to ensure battery cell life and prevent dangerous overvoltage scenarios. Additionally, the device includes comprehensive error management capabilities for warning signals and actionable notifications.

In conclusion, the BQ2026EVM is a powerful and versatile device designed to help engineers evaluate and analyze a energy efficient lithium-Ion battery pack. With a two-wire interface, multiple protocol support, onboard test and diagnosis capabilities, and comprehensive safety features, this device makes it easy to understand the performance of a BMS and maximize battery life.

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