MCP73213-F6TI/MF

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The MCP73213-F6TI/MF is an integrated power management IC (PMIC) that exhibits a high level of integration, flexibility and accuracy in providing charge, discharge and monitoring functions for Lithium-Ion, lithium iron phosphate (LiFePO) and lead-acid chemistry batteries. It is part of Microchip’s Battery Charger family and classified as a PMIC-Battery Charger IC. This article will explain the application field and working principle of the MCP73213-F6TI/MF.

The MCP73213-F6TI/MF is ideally suited for portable electronics, robotics, medical, and industrial applications since it combines a synchronous buck charger controller, buck regulator and system power monitoring onto a single chip. Furthermore, it is designed for applications that require low quiescent current, high efficiency and accurate charging which are all required for maximizing battery performance. The MCP73213-F6TI/MF is able to provide accurate voltage and current regulation of various battery chemistries while being protected against multiple parameter conditions.

The MCP73213-F6TI/MF is a highly integrated PMIC that combines a buck charger controller and a buck regulator into a single package. The buck charger controller regulates both battery charging and discharging currents, allowing for precise control and monitoring of all system battery parameters. It supports a wide variety of battery chemistries including Lithium-Ion, lithium iron phosphate (LiFePO) and lead-acid. In addition, the MCP73213-F6TI/MF also features a temperature monitoring function, allowing for precise monitoring of temperature inside the system.

The MCP731M/F6TI/MF is also highly flexible and can also be configured with different charging modes. These charging modes can be programmed to allow the system to enter a lower power state or to hibernate when the battery charge level reaches a certain point. Furthermore, it also supports an external mechanize mode, letting the user set up a mechanize charging algorithm and customize it based on the user’s application.

The working principle of the MCP73213-F6TI/MF is based upon a synchronous buck converter, also known as a synchronous step-down DC-DC converter. This type of converter is used to efficiently convert a higher input voltage to a lower output voltage while transferring energy from the source to the load. In the MCP73213-F6TI/MF, the input voltage is applied to the battery and the output voltage is regulated according to the battery model chosen. The buck controller is used to regulate the charging current and voltage to ensure the battery is charged accurately and safely. The buck regulator is then used to regulate the system power for the proper operation of its peripheral devices.

In conclusion, the MCP73213-F6TI/MF is an integrated power management IC (PMIC) classified as PMIC-Battery Charger IC intended for portable electronics, robotics, medical and industrial applications. It combines a synchronous buck charger controller, buck regulator and system power monitoring onto a single chip, allowing it to provides accurate voltage and current regulation of various battery chemistries while being protected against multiple parameter conditions. The MCP73213-F6TI/MF is a highly integrated PMIC working principle is based upon a synchronous buck converter that is used to efficiently convert a higher input voltage to a lower output voltage while transferring energy from the source to the load.

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