DS2760BE+025

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Power Management Integrated Circuit (PMIC) can be used in a variety of devices and systems to provide direct current power, voltage regulation and system protection. As such, PMIC is an important component when designing power control systems. Of the PMIC family, the DS2760BE+025 battery management device is a very popular device used to manage and monitor battery power.

The DS2760BE+025 is a low-power battery management device designed to monitor and control a battery system. This device features a simple architecture with a user-defined program for battery charging, discharging and protection. It also incorporates a Low Battery Detector (LBD) that can detect low battery voltages, allowing the system to enter into a low power state when necessary. The device includes a host of other features such as over-voltage and over-current protection, and temperature sensing.

In terms of its application field, the DS2760BE+025 is ideal for handheld, portable and embedded systems. Its features and performance enable these systems to monitor the battery’s condition, automatically adjust charging and discharging settings, and alert the host system if any abnormal condition is detected. As such, the DS2760BE+025 is an ideal choice for battery management and power safety in portable and embedded systems.

The working principle of the DS2760BE+025 is a pretty straightforward process. The device monitors the cell production current and compares it against the user program settings. It then adjusts the voltage and current accordingly, while simultaneously sensing the battery voltage, temperature, and other parameters. This helps the device to respond to conditions such as over current protection, under voltage warning and throttling of charge current based on temperature.

In summary, the DS2760BE+025 PMIC is a reliable and efficient battery management device used in many embedded and portable systems. It is capable of precisely controlling power flow and monitoring the battery’s condition, enabling reliable operation and reducing system downtime.

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