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所在平台: Udemy |
课程主页: https://www.udemy.com/course/iphone-motherboard-repair-foudation-course/
课程评论:没有评论
课程名称:iPhone 主板维修基础课程 课程概述:在这门 iPhone 主板维修基础课程中,您将学习基本电子元件(如电阻、电容、二极管等)的详细解释。这些知识将帮助您理解不同电子元件的功能以及当分析电路图时不同元件符号的含义。此外,课程还提供了 REWA 维修技术人员推荐的必要维修工具用户指南。 课程内容及详情: 1. **直流电源机**:了解直流电源机的外观、功能及其使用方法,包括电源操作过程的演示。 2. **万用表**:讲解万用表的结构和各测量模式的使用,演示如何测量二极管值、电阻值和电压值等。 3. **主板上元件介绍**:介绍iPhone主板上常用元件的特点,如电容、电感、电阻、MOSFET等,以iPhone 7主板为例,增强对元件的理解。 4. **主板结构介绍**:解析主板的结构和部分,介绍 CPU 如何控制其他芯片以实现相关功能,帮助学生理解内部电路的工作原理。 5. **焊接铁**:作为芯片级维修过程中常用的工具,讲解焊接铁的操作和维护,确保焊接效果和延长工具寿命。 6. **直吹热风机**:使用热风枪加热元件和芯片以进行拆卸或更换,介绍垂直风热风枪的功能,适合小元件和芯片的拆卸。 7. **螺旋风热风站**:螺旋热风能够均匀加热较大区域,通常用于拆卸大芯片(如 CPU、NAND),以及带有塑料部分的连接器。 8. **NAND闪存芯片编程器**:用于手机数据恢复和内存升级,NAND编程器可读取和写入NAND内核数据,也用于解绑定Wi-Fi芯片与NAND的连接。 9. **松香检测方法**:对比热成像相机方法,介绍寻找短路元件的高效方法。 10. **观察方法**:通过观察主板,识别由于跌落、水损和过电流等原因引起的问题。 11. **故障排除中的测量**:通过测量主板电压/电流进行故障诊断,提升维修效率。 12. **常用维修工具介绍**:讲解进行手机维修所需的有效工具和材料。 13. **电流分析**:通过直流电源的电流读数初步判断故障,节省维修时间。 14. **iTunes错误代码分析**:通过 iTunes 恢复操作流程,提供错误代码参考图表,以帮助确定故障范围。 15. **假天线方法**:解决 Wi-Fi 信号弱的问题,帮助维修技术人员缩小故障范围。 此外,课程还包含两个视频,分享如何使用位图及iPhone维修学习过程的教程。
From this iPhone Motherboard Repair Foundation Course, you will learnThe detailed explanation of basic electronic components, like resistors, capacitors, diodes, etc.The useful knowledge to have as you'll know exactly what electronic components can do and what different component symbols mean when analyzing the circuit diagram.A detailed user guide on necessary repair tools is recommended by REWA repair technicians.Content and Details 1. DC power MachineHave a basic understanding of how the DC power supply looks like, the function, and how to use the DC power supply machine to power the motherboard. A demo to show the operation process of the DC power supply.2. MultimeterIntroduce the structure of the multimeter, explain the use of each measurement mode. Demo to show how to measure the diode value, resistance value, voltage value, etc. Introduce how to use the multimer to check different kinds of components are good or not.3. Introduction of components on the motherboardFirst, will introduce the features of the commonly used components on the iPhone motherboard, like the capacitor, inductor, resistor, MOSFET, etc. Then take the iPhone 7 motherboard as an example to show how the components look like. So that we can have a better impression and understanding.4.Motherboard structure introductionIntroduce the structure and section of the motherboard. For example, will introduce how the CPU controls the other chips to achieve the relevant functions. After learning this lecture, can have a clear idea about how the inner circuit works.5. Soldering ironAs one of the most common use tools during the chip level repair process, the operation, and maintenance of the soldering iron are very important, use it the right way to achieve a better soldering effect and prolong the life span of the soldering iron.6. Hot air rework station with vertical windThe hot air gun is used to heat up the component and chips for removing or replacing. And vertical wind hot air gun/station can output vertical and focus heating air, which is more suitable for removing small components and chips.7. Hot air rework station with helical windHelical hot wind can heat with larger area evenly, compare with the vertical hot air gun, it normally used to remove large chips like CPU, NAND, etc. and also suitable for moving connector with plastic part included.8. NAND flash chip programmerWhen phones get damaged and need to do data recovery, and sometimes when we need to upgrade the memory, the NAND programmer can be used to read and write the NAND kernel data. Besides, in some situations, like changing the Wi-Fi chip for iPhone above 6S models, the NAND programmer can be used to unbind the connection between the Wi-Fi and NAND.9. Rosin Detection MethodCompare with the thermal camera method, it's the most effective way to find out the shorted components. This lecture will introduce the detailed operation process of the rosin detection method.10. Observation MethodFor most cellphone issues, the problem might be caused by reasons like drop damage, water damage, large/surge current damage. So it's important to form a habit of observing the motherboard carefully, maybe the issue is caused by components missing, corrosive, board deforming, etc.11. Measurement in troubleshootingTo measure the motherboard voltage/current is just like a doctor measuring the pulse/heart rate, which is a very efficient way to diagnose and locate the defect. This lecture will mainly introduce the operation of diode value and voltage value measurement.12. Introduction of commonly used repair toolsIt is necessary to have effective tools to do good work. This lecture will introduce the necessary repair tools and materials for cell phone repair.13. Current AnalyzeThe current reading on the DC power supply shows how the circuit works, sometimes, by the current reading we can have a preliminary judgment of the defect, which will save our time to finish the repair work more efficiently.14. Analysis Of iTunes Error CodeShow the operation process of restore with iTunes, and an Error Code chart is listed for reference. With error code reference, we can locate the defect range. And error code may change with time, for example when iOS is updated the error code may be different.15. Dummy Antenna MethodThe little repair trick for repairing the Wi-Fi signal weak issue, helps the repair technician narrow the fault range.*. Two more videos to share how to use the bitmap, and an iPhone repair learning journey tutorial.