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Switch-Mode Power Converter Compensation Made Easy
Date:
Duration:
August 25, 2016
Duration:
32:51
Learn more about switch-mode power converter compensation
Load Switches vs. Discrete MOSFETs – Inrush Current
Date:
Duration:
April 13, 2017
Duration:
05:17
This video shows how to handle inrush current with different load switching solutions, such as integrated load switches and discrete MOSFETs.
Understanding power density – topology, control and circuit design
Date:
Duration:
July 3, 2020
Duration:
18:22
This video will explain the importance of topology and circuit design to increasing power density in modern power-delivery solutions.
Implementing Functional Safety in Motor drives
Date:
Duration:
November 21, 2018
Duration:
10:36
This video demonstrates how safety functions can be integrated in variable speed drive systems.
Top gate driver pitfalls and how to address them
Date:
Duration:
October 1, 2018
Duration:
12:20
Watch this 2-part video series to learn a number of common mistakes seen in gate drive circuits as well as how to fix them.
Understanding power density – integration
Date:
Duration:
July 3, 2020
Duration:
14:03
This video will explain the importance of integration to increasing power density in modern power-delivery solutions.
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 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
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.
Performing MOSFET self-testing for Functional Safety-Capable high-side switches
Date:
Duration:
April 2, 2020
Duration:
13:48
Many TI high side switches are Functional Safety-Capable, and this video demos how to ensure that your switch is operating appropriately.
DC/DC converter stacking to 160A with integrated PMBus monitoring
Date:
Duration:
March 16, 2020
Duration:
00:51
Stackable DC/DC converter family with integrated monitoring, featuring TPS546D24A
Architecting the DC/DC stage for automotive transients
This section presents an approach to architecting the DC/DC conversion stage to handle the transients on the automotive battery rail.
Automotive transients explained
This section presents a high-level overview of the automotive board net and describes the conditions that the tests simulate.
Automotive transients introduction
This video presents a short overview of the automotive front-end.
Riding out automotive transients using buck-boost DC/DC stage
This section presents the buck-boost DC/DC converter as an effective and efficient solution for the wide VIN automotive battery rail.
Riding out automotive transients: Architecting front end power conversion stage for automotive off-battery loads
This presentation explains automotive transients and the approaches to tackle these transients while architecting the power conversion stage.
Understanding power density – reduced switch losses
Date:
Duration:
July 3, 2020
Duration:
13:05
This video will explain the importance of reduced switching losses to increasing power density in modern power-delivery solutions.
Beating Discrete solutions with Integrated Load Switches - Introduction
Date:
Duration:
July 25, 2019
Duration:
01:44
This presentation serves as an introduction to discrete and integrated switching solutions.
Power Management for Industrial Applications II
Date:
Duration:
March 13, 2018
Duration:
28:05
Learn how TI’s solutions can help you overcome common power design challenges.
Minimizing system downtime in data centers and rack-based systems
Date:
Duration:
November 1, 2019
Duration:
03:31
Watch this short video for an overview of how a 15A, 2.7mΩ eFuse can protect your power path against transients and improve uptime of enterprise systems.