XC6805BNE14R-G

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The XC6805BNE14R-G is a power management integrated circuit (PMIC) that specializes in battery charging. This IC has a range of features and adaptability to fit a variety of applications. In this article, we discuss the application field, working principle, and desired characteristics of this PMIC.

Application Field

The XC6805BNE14R-G is ideal for charging NiCd, NiMH, or Li-Ion batteries in various devices, such as digital cameras, portable devices, and cell phones. This power management IC is also used for providing an auxiliary power source for a variety of applications, like USB port power, as well as industrial and portable equipment.

The XC6805BNE14R-G is capable of charging a range of batteries with up to 8.8V and a wide range of current levels. The IC supports fast charging and pre-charging with its wide range of current levels, making it a perfect solution for a variety of battery (re)charging applications. The adjustable charge current makes it suitable for use in many types of applications, including wearable electronics.

Working Principle

The XC6805BNE14R-G is designed to work as an effective power management IC. The IC\'s main purpose is to monitor and control the charging of a battery. It displays the current, voltage, and time while charging. This power management IC also monitors the temperature of the battery and the charging environment to ensure safety.

When the battery is connected, the XC6805BNE14R-G will begin charging the battery. The IC will monitor the battery current, voltage, and total charging time to determine the optimal conditions for charging the battery. It also monitors temperatures on the battery and charging environment to provide additional protection. The IC will adjust the charging parameters to match the needs of the battery and the environmental conditions.

The XC6805BNE14R-G also includes a feature to provide an auxiliary power source from the battery. This auxiliary power source is used for various applications, such as USB port power, or industrial and portable equipment. This power source can provide different levels of current and voltage, depending on the requirements.

Desired Characteristics

The XC6805BNE14R-G is known for its advanced safety features and efficient charging capabilities. It provides an adjustable charge current and wide current range so the battery can be charged safely and with the right rate. The IC also supports fast charging and pre-charging with its wide range of current and voltage levels.

The XC6805BNE14R-G offers an adjustable charge current to match the requirements of the battery and the environment. Furthermore, it monitors the temperature of the battery and the charging environment to provide additional protection. The IC also monitors the total charge time and current so the battery is charged safely and efficiently.

The XC6805BNE14R-G provides an auxiliary power source from the battery for various applications, such as USB port power, or industrial and portable equipment. This IC also supports fast charging and pre-charging with its wide range of current and voltage levels. This power management IC is designed to be effective and efficient, offering adjustable charge current, wide current range, and advanced safety features.

The XC6805BNE14R-G is a power management IC designed specifically for battery charging. The IC is ideal for charging NiCd, NiMH, or Li-Ion batteries in various devices, including digital cameras, portable devices, and cell phones. It offers an adjustable charge current and wide current range to ensure the battery is charged safely and efficiently. The IC also provides an auxiliary power source from the battery for various applications, such as USB port power or industrial and portable equipment. The XC6805BNE14R-G is a great power management solution for a variety of battery (re)charging applications.

The specific data is subject to PDF, and the above content is for reference