MCP73223T-C2SI/MF

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MCP73223T-C2SI/MF is a Polarised Buck-Boost Battery Charger from Microchip. This product is a PMIC - Battery Charger that is designed for the charging of Lithium-Ion (Li-Ion) and Lithium-Ion Polymer (Li-Po) batteries. It is a fully programmable networked charger system that is able to handle battery sizes ranging from 8 Ah to 12 Ah.

The MCP73223T-C2SI/MF has three distinct power path configurations. The first is a constant current source, the second is a constant voltage source, and the third is a combination of the first two. A user can enable one or more of these configurations to optimize the charging of their target battery. The device has a programmable time-out feature that prevents it from overcharging. This feature can be configured to terminate the charging process after a certain time or maximum charge state is reached. It also features over temperature protection, current and voltage sensing, and short-circuit protection.

The MCP73223T-C2SI/MF works as an integrated circuit (IC) with a networked charger system. The charger system provides the circuitry for the charger to detect the battery voltage, the current and the temperature. The charger also manages the charging process and provides communication with the host. The IC communicates with the host system through integrated Power Management Bus (PMBus) protocol. This protocol allows the system to configure the charging parameters and monitor the battery status while charging.

The MCP73223T-C2SI/MF is particularly suitable for applications in the fields of industrial automation, medical, automotive, security and consumer electronics. With its convenient size and integrated circuit, the MCP73223T-C2SI/MF is an ideal choice for battery-powered devices and systems that need to be charged quickly and efficiently.

In summary, the MCP73223T-C2SI/MF is a PMIC - Battery Charger designed for the charging of Li-Ion and Li-Po batteries. It is a fully programmable networked charger system capable of handling battery sizes from 8Ah to 12Ah. It features constant current and voltage output, programmable time-out feature, over temperature, current, and voltage sensing, and short-circuit protection. The device is highly suitable for applications in industrial automation, medical, automotive, security and consumer electronics.

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