Upal explains how battery management chipsets with patented MaxLife™ technology allow for faster charging and longer battery life in single-cell Li-Ion batteri

Kalyan demonstrates TI's experimental Qi/PMA wireless power receiver in the lab. The new evaluation module shows the capability developed in the lab of a dual-m

Niranjian Path

Michael Weitz, system engineer for automotive applications, will talk about the general requirements for a Battery Managements System.

This module provides an overview of battery technology. Common types of rechargeable batteries used in myriad applications are examined.

Learn about high cell count systems, redundant protection mechanisms, and cell balancing.

Layout guidelines for Fuel Gauge Design to those who are handling Gauge Design.

Learn the fundamentals of battery chemistries and how and why different factors can affect battery capacity and health.

Learn the goals of fuel gauging and the different ways in which it can be achieved.

Learn about Texas Instruments’ patented Impedance TrackTM technology.

Two-part presentation on trends in baThis two-part presentations discusses current and future trends in battery technology, specifically how choices in materials affect voltages and battery capacity, e.g., modern electrolytes and the newest overlithiated layered oxides (OLO). We also take a brief look at future chemistries that offer the highest theoretical energy densities in batteries.ttery technology. How choices in materials affect voltages and battery capacity.

An overview of Battery Charging, Gas Gauging and Protection solutions for single- or multi-cell battery applications, including for Li-Ion batteries