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所在平台: Udemy |
课程主页: https://www.udemy.com/course/microelectronic-thermal-management-theory-and-practice/
课程评论：没有评论
课程名称：微电子热管理：理论与实践 课程概述： 欢迎参加“微电子热管理”课程。我是Anusuya Kathirvel博士，这门课程将与S. Manikandan博士共同授课。本课程旨在帮助您理解现代电子设备中出现的热挑战，更重要的是，如何运用工程原理与实践解决方案来应对这些挑战。您将探讨集成电路内部产生的热量、如果热量未得到妥善管理将会发生什么，以及如何设计散热器，评估结温和理解热界面材料。 本课程将理论与真实设计案例结合，因此到课程结束时，您不仅会了解科学知识，还能够将其应用于实际情况。我们从基础开始，探讨为何电子设备会发热，热量如何在芯片内外流动，以及什么原因导致热失效。接着，我们将研究真实系统，包括散热器、风扇、热界面材料及先进的冷却技术。您还将学习如何阅读数据表、解释热阻值并计算结温。我们的目标是提升您的信心，使您在课程结束时能够为任何电子设备选择或设计出合适的冷却解决方案。
"Hello everyone, and welcome to the course on Microelectronic Thermal Management. I'm Dr. Anusuya Kathirvel, and I'll be co-instructing this course along with Dr. S. Manikandan.This course is designed to help you understand how thermal challenges arise in modern electronics and, more importantly, how we tackle them using engineering principles and practical solutions. You'll get to explore how heat is generated inside integrated circuits, what happens if it isn't properly managed, and how we can design components like heat sinks and evaluate junction temperatures and understand the thermal interface materials.We'll be blending theory with real-world design case studies-so by the end of the course, you won't just know the science-you'll be able to apply it to real-world applications." We will be starting from the fundamentals-like why electronics get hot, how heat flows in and out of chips, and what causes thermal failure. Then we move to real-world systems: heat sinks, fans, thermal interface materials, and advanced cooling techniques. You will also learn how to read datasheets, interpret thermal resistance values, and calculate junction temperatures. The goal is to build your confidence so that by the end of this course, you can select or even design a cooling solution for any electronic device.
