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Survey of step-down regulator control architectures
Date:
Duration:
May 2, 2012
Duration:
54:05
Discusses control mode operation, switching characteristics, the impact on other power supply characteristics: transient response, light load efficiency and etc
Buck regulator architectures - overview
Date:
Duration:
February 25, 2013
Duration:
12:34
These presentations provide an overview of the various buck regulator architectures.
Buck regulator architectures - multi-phase buck regulators
Date:
Duration:
February 25, 2013
Duration:
09:54
These presentations provide an overview of multi-phase buck regulators.
Buck regulator architectures - hysteretic buck regulators
Date:
Duration:
February 25, 2013
Duration:
07:11
These presentations provide an overview of hysteretic buck regulators.
Buck regulator architectures - current/emulated current mode buck regulators
Date:
Duration:
February 25, 2013
Duration:
14:31
These presentations provide an overview of current/emulated current mode buck regulators.
Buck regulator architectures - voltage mode buck regulators
Date:
Duration:
February 25, 2013
Duration:
07:39
These presentations provide an overview of voltage mode buck regulators.
TPS84620 Demo: 6-A, 14.5-V Point-of-Load Solution
Date:
Duration:
November 1, 2014
Duration:
02:59
Highly integrated step-down solution in a QFN package with high density and efficiency and 30% better thermal dissipation compared to competitor solutions.
PowerStack(tm) Packaging Technology Overview
Date:
Duration:
November 1, 2014
Duration:
04:17
A deeper look into the construction of TI’s Smart Power Stages and how packaging can enhance circuit performance
High-Current SWIFT™ TPS56221
Date:
Duration:
November 1, 2014
Duration:
04:18
High-Current SWIFT™ TPS56221 25A, 14V High Efficiency Buck Converter
Nano Module Demo
Date:
Duration:
November 2, 2014
Duration:
03:15
Don demonstrates the high efficiency and low voltage ripple and noise of TI’s small footprint nano modules.
5th Gen SIMPLE SWITCHER Regulators Tech Overview
Date:
Duration:
November 2, 2014
Duration:
21:06
This video explores the technical enhancements the new generation LM2267x / LM22680 SIMPLE SWITCHER Regulator family versus the popular LM267x SIMPLE SWITCHER
Intro to Emulated Current Mode (ECM) Control
Date:
Duration:
November 2, 2014
Duration:
34:41
This seminar will introduce a new form of control referred to as Emulated Current Mode (ECM) control, that retains all of the intrinsic performance and ease-of
WEBENCH Power Architect Multi-Load Power Design
Date:
Duration:
November 2, 2014
Duration:
17:15
This video shows how to use WEBENCH Power Architect to design of multi-tier, multi-rail power supplies. Also introduces TI's SIMPLE SWITCHER LMZ Power Modules.
LM25085/5085 Implementing Accurate Current Limit
Date:
Duration:
November 2, 2014
Duration:
03:25
Vijay demonstrates an opamp-based current limit circuit with TI's LM(2)5085 Constant On-Time (COT) PFET switching controller.
Nano Modules Save the Day
Date:
Duration:
November 2, 2014
Duration:
03:36
Friday, 5:15 pm: Ted and his colleague get an impossible assignment: Add two more power supply rails to their space-limited design.
Nano Module and Regulator Overview
Date:
Duration:
November 2, 2014
Duration:
03:24
Watch Stephen discuss TI’s small footprint nano modules and regulators using a multi-rail design with 5V, 3.3V, 1.2V outputs from a 24V input rail.
SIMPLE SWITCHER LMZ2-Series Power Module Overview
Date:
Duration:
November 2, 2014
Duration:
04:08
Colleen discusses new LMZ1-Series and LMZ2-Series SIMPLE SWITCHER power modules and demonstrates the frequency synchronization capabilities.
LM5117 Wide Input Sync Buck with Current Monitor
Date:
Duration:
November 2, 2014
Duration:
04:24
Eric demonstrates TI's LM5117 wide input synchronous buck controller with average output current monitoring.
Solving Electronic Transformer Compatibility in MR16 Lamps
Date:
Duration:
November 3, 2014
Duration:
03:55
TI product marketing engineer, John Perry discusses how to use TI's TPS92560 Simple LED Driver to solve electronic transformer compatibility in MR16 lamps.