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所在平台: Udemy |
课程主页: https://www.udemy.com/course/semiconductor-academy-1_intro-to-component-level-reliability/
课程评论：没有评论
**课程名称：** 组件级可靠性 (CLR) (半导体学院 1) **课程概述：** 本课程全面介绍集成电路的组件级可靠性与认证。您将学习关键概念、行业标准和最佳实践，掌握尖端知识和技能，以便在半导体行业设计、测试和认证可靠的组件。 **课程内容：** * **集成电路 (IC) 认证：** 学习如何根据相应的行业标准对 IC 进行认证。 * **加速因子与模型：** 学习预测设备在真实世界条件下寿命的方法。 * **典型 IC 失效模式与机制：** 了解常见的 IC 失效模式及其发生机制。 * **测试条件决策：** 学习如何自行决定适用的测试条件。 * **器件认证：** 包括高温寿命试验 (HTOL)、早期失效率 (ELFR)、静电放电 (ESD，包括 HBM/CDM)、闩锁效应、动态电压应力 (DVS)/高电压应力 (HVS)。 * **封装认证：** 包括湿敏等级 (MSL)、预处理、温循 (TC)、温湿无损试验 (THB)、高加速应力试验 (HAST)、高温储存 (HTS) 等测试。 * **行业常用加速模型。** **课程目标：** * 理解可靠性在半导体行业中的重要性。 * 学习关键的可靠性概念和方法。 * 获得行业标准和测试程序的实践知识。 **学习成果：** * 将可靠性原理应用于您的工作中。 * 有效地执行可靠性测试，并设计/选择适用的测试条件。 * 为开发可靠的半导体器件做出贡献。 **总结：** 本课程涵盖了半导体器件组件级可靠性与认证的关键概念、行业标准和最佳实践。
This course provides a comprehensive overview of component level reliability and qualification for integrated circuit. You'll learn critical concepts, industry standards, and best practices, equipping you with the state-of-the-art knowledge and skills to design, test, and qualify reliable components for the semiconductor industry.What you will learn in this class ? IC Qualification, we will teach you how to qualify IC with the corresponding Industry Standard. Acceleration Factors and Models: you will learn the methods to predict device life under real-world conditions. We will show you the typical IC failure modes and its mechanisms. Test Condition Decision: you will learn how to decide an applicable test condition by yourself. Device Quailification: such as HTOL, ELFR, ESD(HBM/CDM), Latch-up, DVS(Dynamic Voltage Stress)/HVS(High Voltage Stress). Package Qualification: such as MSL, Preconditioning, TC, THB, HAST, HTS tests. Common Acceleration Models used in industryCourse Objectives: Understand the importance of reliability in the semiconductor industry.Learn key reliability concepts and methods.Gain hands-on knowledge of industry standards and test procedures.Learning Outcomes: Apply reliability principles to your work.Perform effective reliability testing and design/choose applicable test condition. Contribute to the development of reliable semiconductor devices. This course covered key concepts, industry standards, and best practices for component level reliability and qualification of semiconductor devices.
