Udemy – PCB/Electronics: Thermal Management, Cooling and Derating 2020-4

Descriptions

This course is about cooling, thermal management and derating in PCB design. After introducing the basic definitions, it provides a clear and logical path to a complete design of thermal aspects. At the end of these group of lessons, you will be able to understand the need for thermal management and provide your design with a comprehensive strategy mastering all the related aspects and variables influencing it (like altitude, spreading resistance, etc. ) Then the course dedicate an entire section to a related and very important aspect: derating. It explain the concept of re-rating and de-rating, its impact on electronic devices reliability and expected life (MTBF, Mean Time Between Failure, nowadays often used instead of MTTF, Mean Time To Failure), and it shows how the most used electronic components are derated and which parameters are reduced.

The course is enriched with exercises and real life examples, using real devices datasheets to show where parameters are gathered and how they are used. At the end of the course you will have a broader understanding of the thermal/cooling management and derating aspects, and you will able to design a PCB that is able to manage the dissipated power (and related temperature rise), and properly choose components parameters based on the right derating considerations. Therefore, you will be able to design a PCB that stands thermal and electrical stresses and that actually works and last in the real world environment.

What you’ll learn

• Design a PCB/electronic application using comprehensive approach to thermal management, cooling and component derating for reliability.
• Know what heatsinks are, their most important aspects and how to choose them for a proper thermal management and cooling.
• Undersand and choose heat sink mounting techniques and thermal interface materials.
• Understand the use of fans in thermal management and cooling, their impact on heat sinks thermal resistance and parameters.
• Master thermal aspects with respect to PCB routing and design (copper plane, vias and similar) and parameters influencing it.
• Understand re-rating and de-rating of electronics components (derating power, voltage, currents, fan out, and so on).
• Master the reliability aspects of thermal management, cooling and derating, especially with respect to electrical and thermal stress factors.
• Analyse, calculate, and design the hardware thermal control of a PCB.

Who this course is for

• Students interested in electronics, embedded systems and PCB design.
• Students who want to understande the most important cooling techniques and basics.
• Students who are interested in electronics reliability against thermal and electrinic stress.
• Persons interested in derating and its impact in enhancing a device expected life.

Specificatoin of PCB/Electronics: Thermal Management, Cooling and Derating

• Publisher : Udemy
• Teacher : Marco CATANOSSI
• Language : English
• Level : All levels
• Number of Course : 31
• Duration : 1 hours and 30 minutes

Content of PCB/Electronics: Thermal Management, Cooling and Derating

Requirements

Pictures

Sample Clip

Installation Guide

Extract the files and watch with your favorite player

Subtitle : English

Quality: 720p

Download Links

Download – 381 MB

Password file(s): www.abc.com

File size

381 MB