MAX17215G+00E

Battery Management Analog Devices, Inc. MAX17215G+00E Overview

Introducing the robust and versatile MAX17215G+00E, a Battery Management Integrated Circuit (IC) from the esteemed Analog Devices, Inc. Designed for the meticulous monitoring and management of multi-cell battery configurations, this compact piece of technology is encapsulated within a 14-TDFN (Thin Dual Flat No leads) package that ensures a minimal footprint on any PCB design. The MAX17215G+00E stands out for its precise cell measurement capabilities, facilitating up to 23 cells in a series, granting it a significant role in safeguarding and optimizing battery performance. With the power to substantially bolster efficiency and extend the lifespan of battery packs, this IC is a pivotal component in an array of high-end battery systems. Embedding the Battery Management Analog Devices, Inc. MAX17215G+00E into your designs means investing in a sustained, reliable, and exceptional performance for advanced battery solutions.

MAX17215G+00E Features

• Multi-cell support for up to 23 cells in series.
• Housed in a compact 14-TDFN package for space-constrained applications.
• Engineered by Analog Devices, Inc., a leader in battery management ICs.
• High accuracy voltage and current sensing for enhanced battery utilization.
• Reliable and durable design for use in high-demand environments.

MAX17215G+00E Applications

• Electric Vehicles: Integrates into the battery systems to manage cell balance and ensures efficiency and longevity of the vehicle's power source.
• Energy Storage Systems: Utilizes its precise cell measurement technology to monitor and manage large-scale battery installations, promoting stability and safety.
• Portable Power Tools: Provides real-time battery diagnostics, optimizing tool performance and extending battery service life.
• Medical Devices: Ensures the reliability of battery-powered medical equipment by providing accurate battery management and condition reporting.
• Uninterruptible Power Supplies (UPS): Plays a crucial role in the regulation and monitoring of battery conditions to guarantee uninterrupted power delivery in critical systems.