ATA6870-PLPW

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The ATA6870-PLPW is a highly customizable, fully integrated, three-cell Li-ion and Li-Polymer battery management solution. It is designed to improve battery lifetime, safety, performance and system reliability. It supports a wide range of battery sizes and chemistries, and features multiple power save modes.

The ATA6870-PLPW provides an integrated battery management system (BMS) with an overvoltage, undervoltage, over temperature, short circuit, and current limit protection that suits a wide range of applications. The device includes a 16-bit I2C-compatible digital interface to interact with the user application’s microcontroller.

The ATA6870-PLPW is ideal for portable and handheld applications. Its flexible architecture and easy-to-use graphical tools for configuration make it the preferred choice for battery applications. The device supports reverse-charging, Charge Termination and Charge Acceptance functions.

The ATA6870-PLPW focuses on protecting the battery from potential harm and ensures that the critical battery parameters stay within the required operating range. Specifically, the controller includes an OpenWet (OTP) over voltage protection, an under voltage protection, an over temperature protection, a short circuit protection, and a current limit protection. It also includes a balancing protocol to monitor and balance the individual cell’s voltage. The device also supports three configurable charge algorithms, two discharging algorithms, and two programmable wakeup low power modes.

The ATA6870-PLPW is designed to be easy to configure and customize, with designers using graphical design tools to quickly create the necessary configuration for the application. It also has comprehensive documention on all of its features, allowing users to easily set up and configure the device for the desired application.

In terms of application field, the ATA6870-PLPW is designed for a wide range of applications, including battery drives, portable electronics, automotive, and medical devices. Due to its ability to support a wide range of battery chemistries, it is versatile and can adapted to a variety of needs. The device supports both Li-ion and Li-Polymer chemistries, making it a great choice for applications that need to capitalize on their strength and energy capacity.

The working principle of the ATA6870-PLPW is based on a three-cell Li-ion and Li-Polymer battery management system. The device includes a 16-bit I2C-compatible digital interface that interacts with the user’s application microcontroller. The system utilizes an OpenWet (OTP) over voltage protection, an under voltage protection, an over temperature protection, a short circuit protection, and a current limit protection. In addition, the device supports three configurable charge algorithms, two discharging algorithms, as well as two programmable wakeup low power modes.

The ATA6870-PLPW has many advantages over existing Li-ion and Li-Polymer battery management systems. It supports a wide range of battery sizes and chemistries, and offers multiple power save modes. It is highly customizable, making it easy to configure and customize for the desired application. It also includes comprehensive documentation which allows users to easily setup and configure the device. Moreover, it features an integrated protection system to ensure that the critical battery parameters stay within the required operating range.

In conclusion, the ATA6870-PLPW is a highly customizable, fully integrated, three-cell Li-ion and Li-Polymer battery management solution. It is ideal for a wide range of portable and handheld applications and is able to support a wide range of battery sizes and chemistries. The device provides an integrated protection system that ensures the critical battery parameters stay within the required operating range. It also features multiple power save modes that can be configured and customized for different applications. Its easy-to-use graphical tools and comprehensive documentation make it the preferred choice for battery applications.

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