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MP2696AGQ-0000-Z is listed in the Power Management - Specialized range at ChipApex. The manufacturer field lists Monolithic Power Systems Inc.. Its product description is I2C-CONTROLLED, SINGLE-CELL SWIT. Review the specifications below when checking this part for your BOM.
The MP2696AGQ-0000-Z is a single-cell switching charger with power path management and a 3A boost output. It operates from an input supply of 4V to 11V, delivering up to 3.6A output current at 5.21V. The device supports Lithium-ion and Lithium Polymer battery types. It features I2C control for configuration and monitoring. The component is housed in a QFN-21 package.
Verify the specific suffix (Z) against official Monolithic Power Systems documentation to confirm lead time and environmental compliance status. Ensure the QFN-21 package dimensions match your PCB footprint requirements. Confirm that the I2C address settings align with your system design constraints before finalizing procurement orders.
Select this component when a single IC solution is required for both charging and boosting functions. It is suitable for designs where space is limited due to the QFN-21 package. Consider the 3.6A boost current limit and 5.21V output voltage as key parameters for load compatibility. Verify that the 4V to 11V operating range matches the available power source.
This part belongs to the MP2696 series of battery management ICs from Monolithic Power Systems. It is designed for portable applications requiring efficient power management. The series integrates charging and boosting capabilities into a compact form factor. It represents a specialized PMIC solution for single-cell battery systems.
Check for MP2696AGQ-0000-P as a potential variant. Verify if other MPS single-cell chargers with similar boost outputs are compatible. Ensure pinout and electrical specifications match exactly before substitution.
The device provides a boost output current of up to 3.6 A.
It supports Lithium-ion and Lithium Polymer battery types.
Configuration and monitoring are performed via an I2C interface.
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