LTC4096XEDD#PBF

Battery Chargers Overview

The LTC4096XEDD#PBF is a standalone linear charger IC designed for single-cell lithium-ion or lithium-polymer batteries. It operates from USB ports or 5V wall adapters, automatically selecting the appropriate input source. The device features an input voltage range of 4.35 V to 5.5 V and provides a regulated output voltage of 4.2 V with a maximum output current of 1 A. Packaged in a compact 10-DFN (3x3) format, it integrates power path management and battery status indication.

Battery Chargers Feature Summary

• Automatic input selection between USB and 5V wall adapter sources
• Integrated power path management for system load prioritization
• Battery status indication via dedicated output pin

Battery Chargers Applications

• Portable consumer electronics charging
• USB-powered battery backup systems
• Single-cell Li-Ion/Polymer battery management modules

Battery Chargers Procurement Notes

Verify the specific suffix 'XEDD' against official Analog Devices documentation to confirm package type and temperature grade. Ensure compatibility with target battery chemistry specifications before integration. Cross-reference datasheet revision dates to validate parameter consistency.

Battery Chargers Selection Notes

Select this component for applications requiring simple, cost-effective charging solutions with automatic input detection. It is suitable for designs where space constraints favor the 10-DFN package. Evaluate thermal performance requirements based on the expected charge current and ambient conditions.

Battery Chargers Part Context

This part belongs to the LTC4096 family of standalone linear chargers. It serves as the integrated circuit counterpart to demonstration boards like the DC1088A-A. The series targets portable devices needing reliable charging from standard 5V sources without complex external components.

Battery Chargers Replacement Considerations

Consult Analog Devices documentation for direct replacements within the LTC4096 series. Verify pinout compatibility and electrical parameters when substituting with similar battery management ICs.