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所在平台: Udemy |
课程主页: https://www.udemy.com/course/arduino-wireless-power-transmission/
课程评论：没有评论
**课程名称：Arduino 无线电力传输** **课程概述：** 本课程带您探索 Arduino 无线电力传输的未来。您将深入了解电磁能量传输的迷人世界，并学会如何集成微控制器来设计、构建和优化无线电力电路。从感应线圈、电源调压到 Arduino 控制激活和数据显示，您将亲手打造能工作的无线能源系统原型。本课程适合希望突破传统电路设计，涉足非接触式能量传输的创客、爱好者和学生。通过指导性教程和实际应用，您将学会将 Arduino 编程与基础电子知识相结合，构建可扩展、安全且功能性的无线电力模块。 **您将学到：** * 理解无线电力的核心物理原理（电感耦合、共振）。 * 设计和测试简单的无线电力传输电路。 * 集成 Arduino 实现开关、监控和控制。 * 使用传感器实时跟踪电压、电流和距离。 * 构建可工作的无线手机充电器或低电压应用。 * 解决线圈对齐、功率损耗和干扰等常见问题。 * 掌握实际应用的安规规程和设计注意事项。 **适合人群：** * Arduino 爱好者和动手达人。 * 探索高级应用的电子专业学生。 * 对无线创新感兴趣的 DIYer。 * 构建自动化或智能充电系统的创客。 * 试验非接触式电力技术的工程师。 **先修要求：** * 基础的 Arduino 编程知识。 * 熟悉电子基础（电阻、电容、面包板）。 * 提供 Arduino Uno/Nano 及基础组件。 * 配备无线电力套件（线圈、发射/接收模块、电源）。 **讲师介绍：** Educational Engineering Team - 一支由技术精湛的工程师组成的团队，致力于与世界分享知识。 **学生评价：** * “第一周我就做出了我的第一个无线充电器，这门课名副其实！” - Naveed H. * “在 Elena 的指导下，将 Arduino 与无线电力结合比我想象的要容易。” - Chloe M. * “这是一门能让你的 Arduino 项目更上一层楼的绝佳课程。” - Tomas M. **常见问题解答：** * **是否需要昂贵的组件？** 否！我们将指导您使用低成本的无线模块和 DIY 线圈制作技术。 * **是否能用于手机充电？** 是的，我们将探讨适用于手机和可穿戴设备的微型无线充电电路。 * **能获得什么样的认证？** 您将获得一份结业证书，证明您在 Arduino 无线能源系统方面的技能。 * **是否需要预先的无线知识？** 完全不需要，我们将从基础开始，逐步过渡到实际应用。 * **课程期间可以提问吗？** 是的！您可以访问学生论坛和讲师指导的问答板块。 **立即加入，将电力“无线”传输！** 通过本课程，构建您自己的 Arduino 控制无线电力传输项目，开启令人兴奋的硬件未来！立即报名！
Discover the future of hardware with wireless power transmission using Arduino! In this hands-on course, you'll explore the fascinating world of electromagnetic energy transfer and learn how to design, build, and optimize wireless power circuits with microcontroller integration.From inductive coils and power regulation to Arduino-controlled activation and data display, you'll build real working prototypes of wireless energy systems. This course is ideal for makers, tinkerers, and students who want to push past traditional circuit design and venture into contactless energy transfer.Through guided tutorials and real-world applications, you'll learn to blend the power of Arduino programming with fundamental electronics to build scalable, safe, and functional wireless power modules.What You Will LearnUnderstand the core physics of wireless power (inductive coupling, resonance)Design and test simple wireless power transfer circuitsIntegrate Arduino for switching, monitoring, and controlUse sensors to track voltage, current, and distance in live systemsBuild a working wireless phone charger or low-voltage applicationTroubleshoot issues related to coil alignment, power loss, and interferenceApply safety protocols and design considerations for practical useWho Is This Course ForArduino hobbyists and tinkerersElectronics students exploring advanced applicationsDIYers interested in wireless innovationMakers building automation or smart charging systemsEngineers experimenting with contactless power technologyRequirementsBasic Arduino programming knowledgeFamiliarity with electronics (resistors, capacitors, breadboarding)Access to Arduino Uno/Nano and basic componentsWireless power kit (coil, transmitter/receiver modules, power source)About the Instructor:Educational Engineering TeamTeam of Skilled Engineers Sharing Knowledge with the WorldEducational Engineering Team offers Courses on:Circuit Design, Simulation, and PCB FabricationArduino, PIC Microcontroller, and Raspberry PiProgramming in C, Python, and other programming languagesPLC Industrial Programming and Automation3D Design and SimulationESP and IoT WorldStudent Reviews"I built my first wireless charger in week one-this course is the real deal!" - Naveed H."Combining Arduino with wireless power was easier than I expected thanks to Elena's teaching." - Chloe M."A fantastic course for taking your Arduino projects to the next level." - Tomas G.FAQQ: Do I need expensive parts?A: No! We guide you through low-cost wireless modules and DIY coil-building techniques.Q: Will this work for phone charging?A: Yes, we explore small-scale wireless charging circuits suitable for phones and wearable devices.Q: What kind of certification do I get?A: A Certificate of Completion showing your skills in Arduino-based wireless energy systems.Q: Is prior wireless knowledge needed?A: Not at all-we start with the basics and build up to practical applications.Q: Can I ask questions during the course?A: Yes! You'll have access to a student forum and instructor-led Q & A threads.Excited to send power through the air?Join this course and build your own Arduino-controlled wireless power transmission projects-an electrifying leap into the future of hardware! Enroll Now
