DS2711EB+T

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PMIC (Power Management Integrated Circuits) are circuits that manage the power supply of an electronic device. Power management integrated circuits can be divided into a variety of fields, one of which is Battery Chargers. Battery Chargers are devices that can charge batteries while keeping them safe from overcharging or overvoltage. The DS2711EB+T is a widely used PMIC - Battery Charger used in a variety of consumer electronics and other applications.

The DS2711EB+T is a popular and widely used Power Management Integrated Circuit (PMIC). The device is designed to charge a battery with an automatic, self-controlled and properly balanced power source. It is specifically designed to charge lithium-ion, nickel-metal and other batteries. The battery monitor and voltage regulator integrated circuit has a wide input range capability and can be used to manage other power sources as well. Its adjustable charge current, charge voltage, discharge current and discharge voltage features render it suitable for a variety of applications such as portable electronic devices, asset tracking and monitoring devices, as well as many other consumer electronic applications.

The DS2711EB+T is a highly efficient and dependable PMIC - Battery Charger with a feature-rich design. It utilizes an advanced safety feature set for increased system reliability and a unique charge algorithm which helps to reduce charge time, improve the system efficiency and extend the device lifetime. The battery monitor and voltage regulator integrated circuit offers several advantages over other battery chargers, including higher charging accuracy, protection against overvoltage or overcharging, and a temperature compensation feature to prevent battery damage and extend device lifetime.

The DS2711EB+T PMIC - Battery Charger is built on a 24 pin package, and comes with a variety of features and protections. These include a minimum voltage drop of 36 mV, over-voltage protection of up to 8.35V, over-current protection of up to 2.2A, and over-temperature protection of up to 85°C. Other features include charge/discharge current sensing, an adjustable current limit, a diagnostic output to monitor the status of the battery, and more. The chip also offers four system modes; auto-deselect, auto-shutdown, auto-restart, and self-shutdown. Additionally, the integrated circuit is IEEE- EN 62368 and UL 2032 safety compliant.

The DS2711EB+T application field and working principle is based on the following: The DS2711EB+T PMIC - Battery Charger utilizes a novel charge algorithm designed to control the battery charging process while monitoring the battery charge and protecting it from overvoltage and overcharging. The chip is configured to accept a wide range of input sources, including 12V and 24V DC, AC and USB input source. It can balance power sources across the battery and improve the efficiency of the system. Additionally, the chip offers several system modes such as auto-deselect and self-shutdown, as well as an adjustable current limit.

The DS2711EB+T PMIC - Battery Charger is a highly efficient and dependable solution for battery charging applications. Its feature-rich design, wide input range and system modes offer increased safety and reliability, and its efficient charging algorithm enables reduced charge time and improved system efficiency. Its over-voltage protection and temperature compensation features help to prevent battery damage, and its IEEE and UL certifications ensure safe operation and reliability. The DS2711EB+T PMIC - Battery Charger is a great choice for portable electronic devices, asset tracking and monitoring devices, and numerous other consumer electronic applications.

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