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The basics: When and how to use eFuses
Designers are opting to replace complicated discrete circuitry with integrated eFuses. Start here to learn why.
Design tips for common eFuse use-cases
Now that you have the basics out of the way, browse the resources we’ve created for common eFuse use-cases.
Application-specific resources for eFuses
TI's tiny eFuses can have a big impact on system reliability. Find application-specific help for the key markets our eFuses address.
Accomplish straightforward system protection with fully integrated eFuses
View these design resources to get on your way to simpler protection circuitry.
Power Supply with Programmable Output Voltage and Protection
Date:
Duration:
January 7, 2015
Duration:
03:33
This TI Design implements a universal power supply with programmable output voltage and innovative smart e-Fuse technology for use in a multi-standard position
Reverse Current Protection 101
Date:
Duration:
August 13, 2015
Duration:
03:43
Learn about the risks, causes and prevention of reverse current protection.
Engineer It: How to simplify your motor drive solution
Date:
Duration:
March 24, 2016
Duration:
03:22
Learn how to simplify your stepper motor drive solution from Ryan Kehr, application manager for Motor Drivers.
ISO 7637 Threat Environment
Date:
Duration:
June 1, 2016
Duration:
08:22
This video covers: Automotive Transient standards structure, purpose and goals
ISO7637 TI Solutions 2016
Date:
Duration:
June 1, 2016
Duration:
20:43
This video covers: Automotive Transient Protection, Negative transients, and reverse current protectionInrush control using TI solutions
ISO7637 Summary and Resources
Date:
Duration:
June 1, 2016
Duration:
04:10
This video summarizes the key information from the ISO 7637 standards & solutions series.
Automotive transients introduction
Date:
Duration:
April 13, 2017
Duration:
04:24
In this video, we will provide an overview of the main 12-V automotive battery rail transients that are handled by the power stage design.
SPDT Load Switch
Date:
Duration:
July 8, 2015
Duration:
01:21
This design allows customers to make their own SPDT switches and add a customized break-before-make delay.
How to achieve active circuit protection using eFuses
Date:
Duration:
January 12, 2017
Duration:
16:16
This video provides an overview of the all-in-one circuit protection solution, eFuse, and the various features the device can offer your designs.
In-line current sensing with enhanced PWM rejection
Date:
Duration:
December 8, 2016
Duration:
11:06
Learn about the benefits of using current sense amplifiers for in-line current sensing.
Reference designs for high-efficiency power and motor control applications
Date:
Duration:
December 8, 2016
Duration:
05:29
Learn about two TI Design reference designs created to show how GaN power stages, C2000 MCUs, and current sense amplifiers can be used together to achieve high-
Industrial power path protection: eFuses in 24-V and 48-V supply rail systems
Date:
Duration:
October 10, 2016
Duration:
09:24
Watch this video to understand how eFuses can provide protection for 24-V and 48-V industrial solutions while complying with EMC immunity standards.
How and why to replace discrete MOSFETs with load switches
Date:
Duration:
August 30, 2016
Duration:
21:52
This training highlights the value integrated load switches bring over discrete MOSFET solutions when trying to replace power MOSFETs in a schematic
Hot Swap Calculator Tutorial: Steps 1 & 2 – Operating Conditions, Current Limit, & Circuit Breaker
Date:
Duration:
November 11, 2015
Duration:
07:40
In this tutorial video, we will discuss the correct operating conditions suitable for the parts and design and how to select the current limit and circuit break
Load Switches vs. Discrete MOSFETs – Power Muxing
Date:
Duration:
April 13, 2017
Duration:
06:04
This video shows how to handle power muxing (ORing) with different load switching solutions, such as integrated load switches and discrete MOSFETs.
Switch-Mode Power Converter Compensation Made Easy
Date:
Duration:
August 25, 2016
Duration:
32:51
Learn more about switch-mode power converter compensation