Learn the goals of fuel gauging and the different ways in which it can be achieved. The advantages and disadvantages of different types of gauging are discussed as well as how to implement a fuel gauge.

Learn about Texas Instruments’ patented Impedance TrackTM technology and the advantages it offers. In addition it will outline the overall benefits of fuel gauging and the consequences of not implementing gauging correctly within your system.

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.

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

Battery packs are used in many different applications and almost every environmental condition. Hence, the pack designer must take care to design the hardware to protect the pack in the conditions where it will be used. In addition, they need to use Gas Gauge and Cell Protection to manage the battery and protect it from damage. This video will provide the Layout guidelines for Fuel Gauge Design to those who are hadling Gauge Design. You will also learn how to assure accuracy of batteries and improve EMI and ESD. After that, the Next Generation TI Battery Management, bq40z50, will be introduced briefly. You can see its EVM schematic and layout. The video will help you make your design work easier.

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.

This module examines ways to implement Li-Ion battery charging circuits, including switch-mode chargers. We also look at power path management solutions.

Two-part presentation discusses some of the key charger parameters and related background information.

Two-part presentation discusses some of the key charger parameters and related background information.

The need for more battery capacity continues to grow. This session presents challenges  to achieve fast-charging using high input voltage adapter. The eco-syste

Discussion of advanced Impedance Track gauging algorithm topics, including important configuration options which are recommended for customization depending on

Learn how ultra-low power designs require a system-level approach with consideration of quiescent and shutdown current to achieve optimal power management

Some of the latest innovations for kids are coming from the heart of Silicon Valley… from a company called Actev Motors.

Single Cell Charger Systems Input Considerations & Limitations Topology Options Pros & Cons of Power Path Architecture and more

See how the Fuel Tank BoosterPack powers your LaunchPad designs with a rechargeable Li-Po battery.

This is a high level overview of gauges and the importance of them in your design. What is a gauge and why do you need it? 

How to increase the safety of your system, extend battery runtime, state of health with best-in-class protection, monitoring solutions from TI

An overview of the basics of Battery Management Battery ID And Authentication