MCP73826-4.1VCHTR

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The MCP73826-4.1VCHTR is a highly advanced, high power per volume charge management integrated circuit (IC). This IC is widely used in battery charging applications due to its sophisticated power control and regulation capabilities. The integrated power control and linear regulator are optimized for maximum efficiency and safety, providing reliable power management and protection for any application. In addition, the integrated circuit fully supports USB, DC and AC powered charging interfaces.

The MCP73826-4.1VCHTR is designed to manage Li-Ion/Li-Polymer batteries frequently used in consumer electronics and portable power devices. The IC automatically detects the battery cell voltage and then applies a constant voltage to the battery for charging. The current is controlled by an internal current sense circuit and adjustable charge current limit. Additionally, thermal control, safety circuit, adapter output short protection and overcharge protection is included for maximum safety and convenience.

The MCP73826-4.1VCHTR allows for easy implementation of various power management schemes. For example, the charge current limit, charge regulation voltage and charge rate temperature could be dynamically adjusted based on the specific application. This allows the IC to learn and adapt to the battery it is charging, increasing the system efficiency and battery life. Additionally, an integrated steady-charge timer ensures that a proper overcharge protection is in place and prevents the battery from being overcharged.

The MCP73826-4.1VCHTR is ideal for Li-Ion/Li-Polymer battery charging applications, such as handheld devices, power banks and smart watches. This IC provides the optimum safety and performance, making it an ideal solution for any application requiring sophisticated power management. Additionally, its integrated thermal control, short circuit protection and overcharge protection ensure that the battery is well protected from unforeseen events.

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