Powerful Knowledge 14 - Reliability modelling
Power electronic systems can be designed to be highly reliable if the designer is aware of common causes of failures and how to rate components correctly. In this episode of our 'Powerful Knowledge' series, we discuss some aspects of how to model the effect of temperature and outline some of the most common causes of system failure. Lastly, we discuss how statistical techniques can be used to predict product lifetime and failure rates of field populations.

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Powerful Knowledge 17 - Digital control in power electronics

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Powerful Knowledge 15 - Condition monitoring in power electronics

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EEVblog 1747 - Schottky vs PN Diodes & Measurement Traps

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Powerful Knowledge 16 - Analog control in power electronics

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The Insane Genius of a Formula 1 Gearbox

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The Tiny Donut That Proved We Still Don't Understand Magnetism

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The 90-Degree Torque Problem

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Your WIFI Passes Through WALLS But Light Can't — Feynman's Proof

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Everything You Need to Know about MOSFETs

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Solving Impossible Problems for Fun and Profit | Dan Gelbart

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Powerful Knowledge 18 - EMI in power electronics

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The Problem with Titanium

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"Today Europe Is a Rabid Dog": Scott Ritter Unleashes Stunning Attack on Europe at SPIEF | APT

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Every Component of a Linear Power Supply Explained (while building one)

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Knicks Fans Brand Elmo a Traitor & Trump Storms Out of "Meet the Press" Interview | The Daily Show

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Small Signal Amplifiers

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The Crystal That Could Destroy All Medicine

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