S-8211CDE-I6T1U

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Integrated with PMIC (Power Management Integrated Circuits), the S-8211CDE-I6T1U offers a high-performance battery management system. It provides a safe, efficient, and economic solution for powering a large range of electronic devices such as smartphones, cameras, portable entertainment devices, and other handheld devices.

By utilizing advanced communication protocol and multiple digital switches, the S-8211CDE-I6T1U supports an automated charging/discharging control and enables the quick monitoring of battery state-of-charge (SOC). It also supports a variety of relative charge control algorithms including constant voltage/constant current control, 4-stage charging, multi-level charging, and temperature-controlled charging.

The S-8211CDE-I6T1U provides comprehensive diagnostics and fault protection to protect a battery system. It detects battery overcharge, over-discharge, and short-circuit conditions. It also supports a 3rd party OVP circuit to ensure system safety. With an optimized power management that minimizes power loss, the S-8211CDE-I6T1U delivers high efficiency, reliability, and performance.

The S-8211CDE-I6T1U is capable of supporting a wide range of battery systems and can be easily integrated into existing PMIC solutions. It offers comprehensive voltage monitoring of cells, allowing for better control of the battery system. The S-8211CDE-I6T1U also supports over-voltage, over-temperature, and current-limit protection for the battery system.

The S-8211CDE-I6T1U features an adaptable Proprietary Protocol (PP) that provides flexibility when designing a battery management system. It supports multiple bus speeds, data rates, and commands, and allows powerful communication between the device and the system host. The S-8211CDE-I6T1U also supports I2C, SMBus, and SPI communication protocols.

In conclusion, the S-8211CDE-I6T1U is a powerful and efficient PMIC-based battery management system. With its accurate monitoring and reliable fault protection, it guarantees safe and effective power management for a wide variety of electronic devices.

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