工作熊聊電子製造

工作熊
  • 0.0 (0)
  • Science
  • Updated Biweekly

歡迎來到「工作熊聊電子製造」的Podcast頻道，這個頻道會聊聊工作熊知道的一些關於電子製造、SMT(貼焊)、wave soldering(波焊)與組裝的資訊。目前的計畫是先將已發表在YouTube的影片同步到這個Podcast平台，讓大家可以在不需要用眼睛的情況下也可以閱讀工作熊的文章。如果你喜歡我們的節目，請幫忙按讚、訂閱、分享並5星留言，讓更多人可以知道我們的節目，你也可以在資訊欄中找到節目的所有相關連結。 《在SoundOn贊助工作熊》 https://pay.soundon.fm/podcasts/e570c874-a770-4722-a5d3-30cc37e7f135 -- Hosting provided by SoundOn

  1. Aug 5

    EP031-什麼是屏蔽罩(shielding-can)？工程師對屏蔽罩的愛恨情仇

    今天跟大家聊一個在電子產品裡經常看到，但是卻很少有人會特別介紹的零件──屏蔽罩（Shielding Can）。如果你有拆過手機、Wi-Fi模組、藍牙模組、伺服器，甚至很多醫療設備，應該都有機會看到過，在PCB的某些零件上蓋著一個金屬盒子，尤其是中央處理器上最常見。這個金屬盒子就叫做屏蔽罩(shielding-can)，但它到底有什麼作用？又為什麼很多的SMT工程師一看到它，就常常開始頭痛？為什麼有些RF工程師總說一些似是而非的論點？今天我們就從設計、製造到維修，一起來聊聊屏蔽罩的一些基本概念及那些容易被忽略的小細節。 《相關YouTube影片》 🎢 SMT回焊：什麼是RSS曲線？什麼又是RTS曲線？兩者又各有何優缺點？https://youtu.be/Aq87c8jt5kw 🎢 屏蔽罩下BGA本體破裂案例分析 https://youtu.be/-2RZtpcHgZ8 https://youtu.be/rqXF0lJqZBs 🎢 SMT回焊前為何要先量測溫度曲線 https://youtu.be/U8QexEkFY1s 《參考文章》 ✅PCBA屏蔽框罩空焊假焊的解決措施？ https://www.researchmfg.com/2013/08/shielding-can-empty/ ✅比較屏蔽罩(shielding-can)直接SMT打件與後置的優缺點https://www.researchmfg.com/2017/02/shielding-can-directly-mount/ ✅屏蔽框(Shielding frame)在PCBA的設計與生產注意事項https://www.researchmfg.com/2010/08/shielding-frame/ ✅介紹使用屏蔽夾來取代屏蔽框(SMT shielding can clip)https://www.researchmfg.com/2011/06/smt-shielding-can-clip/ ✅什麼是洋白銅？洋白銅屏蔽框蓋為什麼會異色變黃？洋白銅黃變後會影響到功能嗎？https://www.researchmfg.com/2017/12/cu-ni-alloy/ ✅焊接後的隱藏威脅：助焊劑殘留如何影響電子性能？https://www.researchmfg.com/2025/01/flux-residue-cause-defect/ ✅助焊劑在焊接中的角色：4大核心成分與它們的作用解析https://www.researchmfg.com/2025/01/what-is-flux/ ✅助焊劑的種類解說，電路板焊接後為何要水洗？水洗製程、免洗製程有何差異？有那些電子零件不建議水洗？https://www.researchmfg.com/2018/09/clean-non-clean-flux/ ✅什麼是X-Ray?選購X射線檢測機時須注意什麼事項?https://www.researchmfg.com/2024/09/x-ray-introduction/ ✅SMT回焊爐加氮氣(N2)的優缺點探討https://www.researchmfg.com/2018/08/n2-reflow/ ✅整理SMT回焊爐添加氮氣(N2)對各種焊接不良的影響與效果https://www.researchmfg.com/2022/03/n2-affect-solder-defect/ ✅SMT回流焊的溫度曲線(Reflow Profile)解說與注意事項https://www.researchmfg.com/2010/07/reflow-profile/ ✅回流焊的爐溫曲線應該使用RSS(馬鞍)型?還是RTS(斜昇)型?https://www.researchmfg.com/2018/02/rss-rts/ ✅深入了解錫膏(solder paste)及助焊劑(flux)組成對電子組裝的品質影響 https://www.researchmfg.com/2013/04/solder-paste/  《系列YouTube影片》 🛠️EP001 片式電容零件頂部偶發焊錫短路問題討論https://youtu.be/DYAh0BE17yU 🛠️EP002 BGA虛焊失效模式可以使用X-ray分析嗎？https://youtu.be/S-Pzfe4-wrY 🛠️EP003 屏蔽罩下BGA本體破裂案例分析https://youtu.be/-2RZtpcHgZ8 🛠️EP004 波焊製程為何容易發生焊錫拉尖的問題？https://youtu.be/-U1JLpGbAxE 🛠️EP005 焊錫(Soldering) vs. 焊接(Welding)的差異https://youtu.be/ZzkWzSP-BBE 🛠️EP006 網友求助問：SMT焊點表面出現一層顆粒狀金屬球是什麼？https://youtu.be/0A8Ge42XyzM 🛠️EP007 SMT回焊前為何要先量測溫度曲線https://youtu.be/U8QexEkFY1s 🛠️EP008 SMT回焊：什麼是RSS曲線？什麼又是RTS曲線？兩者又各有何優缺點？https://youtu.be/Aq87c8jt5kw 🛠️EP009 SMT回焊溫度曲線發生平移、飄移、抖動、溫度短暫抬升是怎麼一回事？https://youtu.be/7UqiWB853_I 🛠️EP010 什麼是CAF電路板內層微短路、導電性陽極細絲物？https://youtu.be/iXQq2xzT_-U 🛠️EP011 你知道什麼是打叉板(cross-out boards)？打叉板會影響SMT的產出效率嗎？https://youtu.be/tDDdu_WREG8 🛠️EP012 什麼是PCB與PCBA？它們之間有什麼差異？區別是什麼？https://youtu.be/TD5bLFhd0Ro 🛠️EP013《案例分析》油脂及白色粉末沾汙在電路板PCB按鍵金手指造成按鍵功能不良 https://youtu.be/CiRosFceFrs 🛠️EP014 SMT或波焊的熱應力(thermal stress)是否造成BGA錫裂? https://youtu.be/Gbmrr363Bvo 🛠️EP015 用案例說明ENIG印刷電路板的金層厚度品質是否影響零件從PCB掉落？https://youtu.be/m5AfnrhiOQ0 🛠️EP016 你會幫電子郵件做分類?分類後會提升工作效率? https://youtu.be/OyFzZLaInP8 🛠️EP017 你會如何整理、活用並有效管理自己的電子郵件清單?https://youtu.be/pA9G1n7xzU4 🛠️EP018 你如何使用代辦事項清單(To-do list)工具?https://youtu.be/RaHlErg3VjU 🛠️EP019 PCB的SMD與NSMD焊墊設計哪種較能減少BGA焊接氣泡產生？https://youtu.be/wZZ_EqiS0OE 🛠️EP020 滑鼠連點的原因與解決方案探討-實作修復G102滑鼠https://youtu.be/A9f4GhTJ4o0 🛠️EP021 PCBA硫化汙染問題案例：原因、分析與解決方案https://youtu.be/yhASapH5kh0 🛠️EP022 板子SMT後電測正常，整機組裝後發現主板死機https://youtu.be/7IWYHFKoMdg 🛠️EP023 這種波焊的短路問題就只能這樣了嗎？https://youtu.be/-bbjEKLJ1eg 🛠️EP025 MSOP高低溫度循環測試後出現錫裂的可能原因探討https://youtu.be/IJe_J-nyaHo 🛠️EP026 品管七大工具：魚骨圖介紹、特性要因分析圖(Cause and Effect Analysis)重新配音https://youtu.be/K6PEbU30wJY 🛠️EP027 如何評估一份8D report寫得好不好https://youtube.com/shorts/1vTwcgmCHDk 🛠️EP028 5個 8D report 開始寫作前的重要觀念https://youtu.be/_fjfc-RCZqQ 🛠️EP029 什麼是 8D report？8D是寫給誰看？8D的使用時機？8D可以運用在日常生活上嗎？https://youtu.be/DeeKtOsOLxU 《Facebook電子製造討論區》https://www.facebook.com/groups/researchmfg Apple podcast： https://podcasts.apple.com/us/podcast/工作熊聊電子製造/id1737667580 Spotify：https://open.spotify.com/show/6l0DmlBUen6ptGJtCPXNER?si=5ecd99a07f3a454c -- Hosting provided by SoundOn

    EP031-什麼是屏蔽罩(shielding-can)？工程師對屏蔽罩的愛恨情仇

  2. Mar 27

    EP012E-What Are PCB and PCBA? What’s the Difference Between Them?

    A PCB (Printed Circuit Board) is the bare board with copper traces that connects electronic components. A PCBA (Printed Circuit Board Assembly) is a PCB with components already soldered on. Simply put, PCBA = PCB + Assembly. The PCB acts as the foundation, while the PCBA is the complete, functional circuit board used in electronic devices. Read more articles on our English blog: ✅What Do PCB and PCBA Stand For? What’s the Difference?https://mpe.researchmfg.com/different-pcb-pcba/ ✅How EMS fabricate a PCB Assembly? https://mpe.researchmfg.com/how-ems-fabricate-a-pcb-assembly/ ✅What difference between SMT (Surface Mount Technology) and SMD (Surface Mount Device)? https://mpe.researchmfg.com/smt-surface-mount-technology/ ✅What is Wave Soldering? Laminar Wave and Turbulent Wave Purpose https://mpe.researchmfg.com/wave-soldering/ Watch more on YouTube: 🎢 5 Key Mindsets Before You Start Writing an 8D Report https://youtu.be/AGP75yuuej4 🎢 How to evaluate whether an 8D report is well written https://youtu.be/zOJ5ZCJxEfU 🎢 QC 7 tools – Cause and Effect Analysis (Fishbone) Diagram Introduction https://youtu.be/7MH-h_7_TGA 🎢 Deep Dive: Comparing SMD and NSMD Pad Designs for BGA Solder Joint Reliability https://youtu.be/agPNiwJL_eU 🎢 What is IMC (Intermetallic Compounds) part I? The role of IMC plays in the soldering https://youtu.be/bPJcJpjAd9k 🎢 5 Key Mindsets Before You Start Writing an 8D Report https://youtu.be/AGP75yuuej4 🎢 8D Reports Made Simple: How to Solve Problems at Work—and at Home https://youtu.be/v12w0EehazI 《Facebook電子製造討論區》https://www.facebook.com/groups/researchmfg Apple podcast： https://podcasts.apple.com/us/podcast/工作熊聊電子製造/id1737667580 -- Hosting provided by SoundOn

    EP012E-What Are PCB and PCBA? What’s the Difference Between Them?

  3. 11/24/2025

    EP029E - 8D Reports Made Simple: How to Solve Problems at Work—and at Home

    The 8D report is a structured problem-solving method that originated from U.S. military standards and was later popularized by Ford Motor Company. It guides a team through eight steps to clarify the issue, identify root causes, plan short-term and long-term actions, and prevent the same problem from happening again. 8D isn’t just for responding to customer complaints—it’s also widely used internally for quality issues, knowledge sharing, cross-department collaboration, and building customer trust. Beyond work, the same logic can be applied to daily life, like reducing forgetfulness, managing schedules, or improving family routines. In short, 8D is a practical framework that strengthens critical thinking and boosts efficiency. Related audio source: 《EP028E - 5 Key Mindsets Before You Start Writing an 8D Report》 🗣️Spotify: https://open.spotify.com/episode/4CdqADQntffNpcFBA1qU8K 🗣️Prodcast: https://podcasts.apple.com/tw/podcast/ep028e-5-key-mindsets-before-you-start-writing-an-8d-report/id1737667580?i=1000733653362 Read more articles on our English blog: ✅8D Report: Problem Analysis and Solving https://mpe.researchmfg.com/8d-report/ ✅The Role of Process Engineers and Product Engineers in a Company https://mpe.researchmfg.com/the-process-product-engineer/ ✅The Role of a Manufacturing Testing Engineer in a Company https://mpe.researchmfg.com/testing-engineer/ ✅Understanding the Role and Responsibilities of Quality Engineers (QC/QA) in a Factory https://mpe.researchmfg.com/qc-qa/ Watch more on YouTube: 🎢 5 Key Mindsets Before You Start Writing an 8D Report https://youtu.be/dyecRI2cdI0 🎢 How to evaluate whether an 8D report is well written https://youtu.be/zOJ5ZCJxEfU 🎢 QC 7 tools – Cause and Effect Analysis (Fishbone) Diagram Introduction https://youtu.be/7MH-h_7_TGA 🎢 Deep Dive: Comparing SMD and NSMD Pad Designs for BGA Solder Joint Reliability https://youtu.be/agPNiwJL_eU 🎢 What is IMC (Intermetallic Compounds) part I? The role of IMC plays in the soldering https://youtu.be/bPJcJpjAd9k 🎢 What Are PCB and PCBA? What’s the Difference Between Them? https://youtu.be/nQ5NebQDwnc 《Facebook電子製造討論區》https://www.facebook.com/groups/researchmfg Apple podcast： https://podcasts.apple.com/us/podcast/工作熊聊電子製造/id1737667580 Spotify：https://open.spotify.com/show/6l0DmlBUen6ptGJtCPXNER?si=5ecd99a07f3a454c -- Hosting provided by SoundOn

    EP029E - 8D Reports Made Simple: How to Solve Problems at Work—and at Home

  4. 11/17/2025

    EP029-什麼是 8D report？8D是寫給誰看？8D的使用時機？8D可以運用在日常生活上嗎？

    用 8D Report 解決問題：從工廠到生活都受用的實戰思維。8D report 是一套系統化解決問題的方法，源自美國軍規並由福特汽車發揚光大。它透過八個步驟，協助團隊釐清問題、找出根本原因、制定短期與長期對策，並防止類似狀況再次發生。8D 不只是回覆客訴的工具，也常用於公司內部的品質異常分析，更能累積為知識庫、提升跨部門協作與建立客戶信任。除了職場，8D 的邏輯也能用在生活中，例如改善健忘、管理行程、提升家庭運作效率等。簡單說，8D 是一套能強化思考、提升效率的問題處理框架。 《品管相關》系列影片： 🎢 如何使用Office365的Excel畫出專業且正確的【柏拉圖(Pareto chart)】https://youtu.be/9ppw7bV4ors 🎢 品管七大工具：魚骨圖介紹、特性要因分析圖(Cause and Effect Analysis) https://youtu.be/rqXF0lJqZBs 🎢 如何用PowerPoint畫出不一樣的魚骨圖/特性要因分析圖/石川圖 https://youtu.be/EY45bQydU98 🎢 如何用PowerPoint畫出標準圖案中沒有的幾何形狀https://youtu.be/NH4XN0H_nyI 🎢 如何使用Office365的Excel畫出專業的【柏拉圖(Pareto chart)】https://youtu.be/9ppw7bV4ors 🎢 如何利用PowerPoint畫出單張「QC Story」報告https://youtu.be/KhTFFMdMh8U 🎢 5個 8D report 開始寫作前的重要觀念 https://youtu.be/tPOrjvpZ59M 🎢 如何評估一份8D report寫得好不好 (Shorts) https://youtube.com/shorts/vOlwCpKfxeA 《參考文章》 ✅問題分析與對策解決，簡介8D report方法 https://www.researchmfg.com/2010/07/8d-report/ ✅到底【8D report】該如何寫，才不會老是被客戶退件？https://www.researchmfg.com/2016/06/8d-report-2/ ✅8D report寫不出來怎麼辦？8D報告為何這麼難寫？ https://www.researchmfg.com/2016/10/8d-report-3/ 特性要因分析圖(Cause & Effect Analysis)介紹 https://www.researchmfg.com/2012/03/cause-effect-analysis/ ✅[案例分享]客訴問題處理(Problem Solving)－電路板油污導致按鍵不良 https://www.researchmfg.com/2011/12/problem-solving-oil-contamination/ ✅介紹品質工程師(QC/QA)在工廠的角色與職責 https://www.researchmfg.com/2016/05/qc-qa/ ✅5W1H(六何法)問題描述思考分析法解釋與應用 https://www.researchmfg.com/2023/07/5w1h-6ws/ ✅介紹原因樹(Why-tree)五問法(5-whys)幫你找出不良原因 https://www.researchmfg.com/2016/09/why-tree-5-whys/ 《相關YouTube影片》 🛠️EP001 片式電容零件頂部偶發焊錫短路問題討論 https://youtu.be/DYAh0BE17yU 🛠️EP002 BGA虛焊失效模式可以使用X-ray分析嗎？ https://youtu.be/S-Pzfe4-wrY 🛠️EP003 屏蔽罩下BGA本體破裂案例分析 https://youtu.be/-2RZtpcHgZ8 🛠️EP004 波焊製程為何容易發生焊錫拉尖的問題？ https://youtu.be/-U1JLpGbAxE 🛠️EP005 焊錫(Soldering) vs. 焊接(Welding)的差異 https://youtu.be/ZzkWzSP-BBE 🛠️EP006 網友求助問：SMT焊點表面出現一層顆粒狀金屬球是什麼？ https://youtu.be/0A8Ge42XyzM 🛠️EP007 SMT回焊前為何要先量測溫度曲線 https://youtu.be/U8QexEkFY1s 🛠️EP008 SMT回焊：什麼是RSS曲線？什麼又是RTS曲線？兩者又各有何優缺點？ https://youtu.be/Aq87c8jt5kw 🛠️EP009 SMT回焊溫度曲線發生平移、飄移、抖動、溫度短暫抬升是怎麼一回事？https://youtu.be/7UqiWB853_I 🛠️EP010 什麼是CAF電路板內層微短路、導電性陽極細絲物？ https://youtu.be/iXQq2xzT_-U 🛠️EP011 你知道什麼是打叉板(cross-out boards)？打叉板會影響SMT的產出效率嗎？ https://youtu.be/tDDdu_WREG8 🛠️EP012 什麼是PCB與PCBA？它們之間有什麼差異？區別是什麼？ https://youtu.be/TD5bLFhd0Ro 🛠️EP013《案例分析》油脂及白色粉末沾汙在電路板PCB按鍵金手指造成按鍵功能不良 https://youtu.be/CiRosFceFrs 🛠️EP014 SMT或波焊的熱應力(thermal stress)是否造成BGA錫裂? https://youtu.be/Gbmrr363Bvo 🛠️EP015 用案例說明ENIG印刷電路板的金層厚度品質是否影響零件從PCB掉落？ https://youtu.be/m5AfnrhiOQ0 🛠️EP016 你會幫電子郵件做分類?分類後會提升工作效率? https://youtu.be/OyFzZLaInP8 🛠️EP017 你會如何整理、活用並有效管理自己的電子郵件清單? https://youtu.be/pA9G1n7xzU4 🛠️EP018 你如何使用代辦事項清單(To-do list)工具? https://youtu.be/RaHlErg3VjU 🛠️EP019 PCB的SMD與NSMD焊墊設計哪種較能減少BGA焊接氣泡產生？ https://youtu.be/wZZ_EqiS0OE 🛠️EP020 滑鼠連點的原因與解決方案探討-實作修復G102滑鼠 https://youtu.be/A9f4GhTJ4o0 🛠️EP021 PCBA硫化汙染問題案例：原因、分析與解決方案 https://youtu.be/yhASapH5kh0 🛠️EP022 板子SMT後電測正常，整機組裝後發現主板死機 https://youtu.be/7IWYHFKoMdg 🛠️EP023 這種波焊的短路問題就只能這樣了嗎？https://youtu.be/-bbjEKLJ1eg 🛠️EP025 MSOP高低溫度循環測試後出現錫裂的可能原因探討 https://youtu.be/IJe_J-nyaHo 🛠️EP026 品管七大工具：魚骨圖介紹、特性要因分析圖(Cause and Effect Analysis)重新配音 https://youtu.be/K6PEbU30wJY 《Facebook電子製造討論區》https://www.facebook.com/groups/researchmfg Apple podcast： https://podcasts.apple.com/us/podcast/工作熊聊電子製造/id1737667580 Spotify：https://open.spotify.com/show/6l0DmlBUen6ptGJtCPXNER?si=5ecd99a07f3a454c -- Hosting provided by SoundOn

    EP029-什麼是 8D report？8D是寫給誰看？8D的使用時機？8D可以運用在日常生活上嗎？

  5. 10/27/2025

    EP028E-5 Key Mindsets Before You Start Writing an 8D Report

    Do you ever feel pressured to write something in an 8D report that isn’t completely honest, just to please the customer? Is your company’s 8D report handled by only one person like a “one-man show”? What should you really pay attention to when writing an 8D report? Here are five important things you should keep in mind before you begin writing an 8D report. 1.Use 5W1H to clearly describe the problem. 2.Be honest — don’t lie in the report. 3.An 8D report is not a one-person job. 4.Focus on the issue, not on blaming people. 5.Let scientific data do the talking. Related audio source: 《EP029E - 8D Reports Made Simple: How to Solve Problems at Work—and at Home》 🗣️Spotify: https://open.spotify.com/episode/2dvJJEVOYwqQrRkie8TwWq 🗣️Prodcast: https://podcasts.apple.com/tw/podcast/ep029e-8d-reports-made-simple-how-to-solve-problems/id1737667580?i=1000738064792 Read more articles on our English blog: ✅8D Report: Problem Analysis and Solving https://mpe.researchmfg.com/8d-report/ ✅The Role of Process Engineers and Product Engineers in a Company https://mpe.researchmfg.com/the-process-product-engineer/ ✅The Role of a Manufacturing Testing Engineer in a Company https://mpe.researchmfg.com/testing-engineer/ ✅Understanding the Role and Responsibilities of Quality Engineers (QC/QA) in a Factory https://mpe.researchmfg.com/qc-qa/ Watch more on YouTube: 🎢 How to evaluate whether an 8D report is well written https://youtu.be/F0hr7puWHS4 🎢 8D Reports Made Simple: How to Solve Problems at Work—and at Home https://youtu.be/4a9e4xjSYhg 🎢 QC 7 tools – Cause and Effect Analysis (Fishbone) Diagram Introduction https://youtu.be/947R1_s0QvI 🎢 Deep Dive: Comparing SMD and NSMD Pad Designs for BGA Solder Joint Reliability https://youtu.be/HTNwGliDRQc 🎢 What is IMC (Intermetallic Compounds) part I? The role of IMC plays in the soldering https://youtu.be/Ct9AsP8R_14 🎢 What Are PCB and PCBA? What’s the Difference Between Them? https://youtu.be/nQ5NebQDwnc 《Facebook電子製造討論區》https://www.facebook.com/groups/researchmfg Apple podcast： https://podcasts.apple.com/us/podcast/工作熊聊電子製造/id1737667580 Spotify：https://open.spotify.com/show/6l0DmlBUen6ptGJtCPXNER?si=5ecd99a07f3a454c 《Audio chapter》 00:57 Use 5W1H to clearly describe the problem. 01:09 Storytelling 02:27 Be honest — don’t lie in the report. 03:11 An 8D report is not a one-person job. 04:02 Focus on the issue, not on blaming people. 04:29 Let scientific data do the talking. 05:08 When data can't be 05:44 Warp-up -- Hosting provided by SoundOn

    EP028E-5 Key Mindsets Before You Start Writing an 8D Report

  6. 09/29/2025

    EP028-5個 8D report 開始寫作前的重要觀念

    你會在寫 8D report 的時候言不由衷欺瞞客戶嗎？你們公司的 8D Report 是一個人的武林嗎？寫 8D report 時需要注意什麼？今天我們來聊聊工作熊個人對於【8D report】的一些看法。工作熊這裡會先從一些實用的觀念開始分享，今天就分享 5個 8D report 開始寫作前的重要觀念。 1. 善用 5W1H 來描述問題。2. 誠實為上、不要說謊。3. 8D Report 不是一個人的武林。4. 對事不對人。5. 用科學數據說話。 《品管相關》系列影片： 🎢 如何使用Office365的Excel畫出專業且正確的【柏拉圖(Pareto chart)】https://youtu.be/9ppw7bV4ors 🎢 品管七大工具：魚骨圖介紹、特性要因分析圖(Cause and Effect Analysis) https://youtu.be/rqXF0lJqZBs 🎢 如何用PowerPoint畫出不一樣的魚骨圖/特性要因分析圖/石川圖 https://youtu.be/EY45bQydU98 🎢 如何用PowerPoint畫出標準圖案中沒有的幾何形狀https://youtu.be/NH4XN0H_nyI 🎢 如何使用Office365的Excel畫出專業的【柏拉圖(Pareto chart)】https://youtu.be/9ppw7bV4ors 🎢 如何利用PowerPoint畫出單張「QC Story」報告https://youtu.be/KhTFFMdMh8U 《參考文章》 ✅問題分析與對策解決，簡介8D report方法 https://www.researchmfg.com/2010/07/8d-report/ ✅到底【8D report】該如何寫，才不會老是被客戶退件？https://www.researchmfg.com/2016/06/8d-report-2/ ✅8D report寫不出來怎麼辦？8D報告為何這麼難寫？ https://www.researchmfg.com/2016/10/8d-report-3/ 特性要因分析圖(Cause & Effect Analysis)介紹 https://www.researchmfg.com/2012/03/cause-effect-analysis/ ✅[案例分享]客訴問題處理(Problem Solving)－電路板油污導致按鍵不良 https://www.researchmfg.com/2011/12/problem-solving-oil-contamination/ ✅介紹品質工程師(QC/QA)在工廠的角色與職責 https://www.researchmfg.com/2016/05/qc-qa/ ✅5W1H(六何法)問題描述思考分析法解釋與應用 https://www.researchmfg.com/2023/07/5w1h-6ws/ ✅介紹原因樹(Why-tree)五問法(5-whys)幫你找出不良原因 https://www.researchmfg.com/2016/09/why-tree-5-whys/ 《相關YouTube影片》 🛠️EP001 片式電容零件頂部偶發焊錫短路問題討論 https://youtu.be/DYAh0BE17yU 🛠️EP002 BGA虛焊失效模式可以使用X-ray分析嗎？ https://youtu.be/S-Pzfe4-wrY 🛠️EP003 屏蔽罩下BGA本體破裂案例分析 https://youtu.be/-2RZtpcHgZ8 🛠️EP004 波焊製程為何容易發生焊錫拉尖的問題？ https://youtu.be/-U1JLpGbAxE 🛠️EP005 焊錫(Soldering) vs. 焊接(Welding)的差異 https://youtu.be/ZzkWzSP-BBE 🛠️EP006 網友求助問：SMT焊點表面出現一層顆粒狀金屬球是什麼？ https://youtu.be/0A8Ge42XyzM 🛠️EP007 SMT回焊前為何要先量測溫度曲線 https://youtu.be/U8QexEkFY1s 🛠️EP008 SMT回焊：什麼是RSS曲線？什麼又是RTS曲線？兩者又各有何優缺點？ https://youtu.be/Aq87c8jt5kw 🛠️EP009 SMT回焊溫度曲線發生平移、飄移、抖動、溫度短暫抬升是怎麼一回事？https://youtu.be/7UqiWB853_I 🛠️EP010 什麼是CAF電路板內層微短路、導電性陽極細絲物？ https://youtu.be/iXQq2xzT_-U 🛠️EP011 你知道什麼是打叉板(cross-out boards)？打叉板會影響SMT的產出效率嗎？ https://youtu.be/tDDdu_WREG8 🛠️EP012 什麼是PCB與PCBA？它們之間有什麼差異？區別是什麼？ https://youtu.be/TD5bLFhd0Ro 🛠️EP013《案例分析》油脂及白色粉末沾汙在電路板PCB按鍵金手指造成按鍵功能不良 https://youtu.be/CiRosFceFrs 🛠️EP014 SMT或波焊的熱應力(thermal stress)是否造成BGA錫裂? https://youtu.be/Gbmrr363Bvo 🛠️EP015 用案例說明ENIG印刷電路板的金層厚度品質是否影響零件從PCB掉落？ https://youtu.be/m5AfnrhiOQ0 🛠️EP016 你會幫電子郵件做分類?分類後會提升工作效率? https://youtu.be/OyFzZLaInP8 🛠️EP017 你會如何整理、活用並有效管理自己的電子郵件清單? https://youtu.be/pA9G1n7xzU4 🛠️EP018 你如何使用代辦事項清單(To-do list)工具? https://youtu.be/RaHlErg3VjU 🛠️EP019 PCB的SMD與NSMD焊墊設計哪種較能減少BGA焊接氣泡產生？ https://youtu.be/wZZ_EqiS0OE 🛠️EP020 滑鼠連點的原因與解決方案探討-實作修復G102滑鼠 https://youtu.be/A9f4GhTJ4o0 🛠️EP021 PCBA硫化汙染問題案例：原因、分析與解決方案 https://youtu.be/yhASapH5kh0 🛠️EP022 板子SMT後電測正常，整機組裝後發現主板死機 https://youtu.be/7IWYHFKoMdg 🛠️EP023 這種波焊的短路問題就只能這樣了嗎？https://youtu.be/-bbjEKLJ1eg 🛠️EP025 MSOP高低溫度循環測試後出現錫裂的可能原因探討 https://youtu.be/jipufuGEv6E 🛠️EP026 品管七大工具：魚骨圖介紹、特性要因分析圖(Cause and Effect Analysis)重新配音 https://youtu.be/h_P7g8Z7Ros 《Facebook電子製造討論區》https://www.facebook.com/groups/researchmfg Apple podcast： https://podcasts.apple.com/us/podcast/工作熊聊電子製造/id1737667580 Spotify：https://open.spotify.com/show/6l0DmlBUen6ptGJtCPXNER?si=5ecd99a07f3a454c -- Hosting provided by SoundOn

    EP028-5個 8D report 開始寫作前的重要觀念

  7. 09/10/2025 ·  Bonus

    EP027S-如何評估 8D Report 寫得好不好

    很多人都知道 8D report 可以用來回復客戶的抱怨，也有助我們釐清問題發生的真相與防止類似問題再發生。只是有些人寫 8D Report 只是為了要交差了事。那你知道要如何評估一份 8D Report 寫得好不好？我們可以從以下幾個面向來檢視。 《部落格文章參考》 ✅問題分析與對策解決，簡介8D report方法 https://www.researchmfg.com/2010/07/8d-report/ ✅到底【8D report】該如何寫，才不會老是被客戶退件？ https://www.researchmfg.com/2016/06/8d-report-2/ ✅8D report寫不出來怎麼辦？8D報告為何這麼難寫？ https://www.researchmfg.com/2016/10/8d-report-3/ ✅5W1H(六何法)問題描述思考分析法解釋與應用 https://www.researchmfg.com/2023/07/5w1h-6ws/ ✅介紹原因樹(Why-tree)五問法(5-whys)幫你找出不良原因 https://www.researchmfg.com/2016/09/why-tree-5-whys/ ✅特性要因分析圖(Cause & Effect Analysis)介紹 https://www.researchmfg.com/2012/03/cause-effect-analysis/ 《Facebook電子製造討論區》https://www.facebook.com/groups/researchmfg Apple podcast： https://podcasts.apple.com/us/podcast/工作熊聊電子製造/id1737667580 Spotify：https://open.spotify.com/show/6l0DmlBUen6ptGJtCPXNER?si=5ecd99a07f3a454c -- Hosting provided by SoundOn

  8. 07/14/2025

    EP026E-QC 7 tools – Cause and Effect Analysis (Fishbone) Diagram Introduction

    (This video features AI-generated voice narration.) Many people may already know what a fishbone diagram is, but do you know how to actually draw one? And what should you watch out for when creating a fishbone diagram? When used correctly, a fishbone diagram can really help us tackle tricky problems. In our daily lives or at work, we often run into various issues. Some problems are easy to spot and resolve right away — in those cases, we don’t really need a fishbone diagram. But other times, the root cause of a problem is hidden behind layers of confusion. When we try to figure out what’s really going wrong, our thoughts might be too scattered to see the real cause clearly. That’s when a fishbone diagram can be extremely useful. It helps us organize our scattered thoughts, narrow them down, and identify the key possible causes of the problem. From there, we can collect data on those suspected causes, analyze them using stratification or other tools, or simply prioritize the potential causes and verify them one by one. Once we identify the true cause, we can take targeted, long-term action to solve the issue. Read more articles on our English blog: ✅Customer Complaint About Oil Contamination on PCB: Who’s the Real Culprit? (FTIR Analysis) https://mpe.researchmfg.com/pcba-oil-contamination-result/ ✅[Case Study] Troubleshooting a Customer Complaint – Keypad Malfunction Caused by Oil & Powder Contamination on the PCB https://mpe.researchmfg.com/problem-solving-oil-contamination/ ✅How to Identify Unknown Contaminants: Choosing Between EDX/EDS and FTIR https://mpe.researchmfg.com/eds-ftir/ ✅What Is EDX/EDS? A Beginner’s Guide to Elemental Analysis in Materials Science https://mpe.researchmfg.com/edx-eds-introduction/ Watch more on YouTube: 🎢 如何使用Office365的Excel畫出專業且正確的【柏拉圖(Pareto chart)】https://youtu.be/9ppw7bV4ors 🎢 品管七大工具：魚骨圖介紹、特性要因分析圖(Cause and Effect Analysis) https://youtu.be/rqXF0lJqZBs 🎢 如何用PowerPoint畫出不一樣的魚骨圖/特性要因分析圖/石川圖 https://youtu.be/EY45bQydU98 🎢 如何用PowerPoint畫出標準圖案中沒有的幾何形狀https://youtu.be/NH4XN0H_nyI 🎢 如何使用Office365的Excel畫出專業的【柏拉圖(Pareto chart)】https://youtu.be/9ppw7bV4ors 🎢 如何利用PowerPoint畫出單張「QC Story」報告https://youtu.be/KhTFFMdMh8U 🎢《案例分析》油脂及白色粉末沾汙在電路板PCB按鍵金手指造成按鍵功能不良 https://youtu.be/AcCyt8Idxw4 🎢用案例說明ENIG印刷電路板的金層厚度品質是否影響零件從PCB掉落？ https://youtu.be/DlaY-rgPWSE 《Facebook電子製造討論區》https://www.facebook.com/groups/researchmfg Apple podcast： https://podcasts.apple.com/us/podcast/工作熊聊電子製造/id1737667580 Spotify：https://open.spotify.com/show/6l0DmlBUen6ptGJtCPXNER?si=5ecd99a07f3a454c 《影片章節》 00:17 What is Fishbone (Cause & Effect Analysis) diagram? 01:24 Fishbone diagram has two main styles 03:34 Hold a meeting to create a fishbone diagram 03:38 Step 1. Gather the Right People 03:51 Step 2.Use a Whiteboard or Large Sheet of Paper 04:03 Step 3. Start Drawing the Fishbone Diagram 05:21 Step 4. Take Turns Sharing Causes 05:36 Step 5. Time Limits 05:51 Step 6. Prioritize the Causes 06:01 Step 7. Narrow Down the Key Causes 06:25 Demo Fishbone diagrame drawing for “Why have I been showing up late to work recently?” 06:55 A fishbone diagram about the source of oil contamination on keypad circuits. 07:51 Briefly explained the two-part verification process simply for oil contamination issue. -- Hosting provided by SoundOn

    EP026E-QC 7 tools – Cause and Effect Analysis (Fishbone) Diagram Introduction
See All (36)

About

歡迎來到「工作熊聊電子製造」的Podcast頻道，這個頻道會聊聊工作熊知道的一些關於電子製造、SMT(貼焊)、wave soldering(波焊)與組裝的資訊。目前的計畫是先將已發表在YouTube的影片同步到這個Podcast平台，讓大家可以在不需要用眼睛的情況下也可以閱讀工作熊的文章。如果你喜歡我們的節目，請幫忙按讚、訂閱、分享並5星留言，讓更多人可以知道我們的節目，你也可以在資訊欄中找到節目的所有相關連結。 《在SoundOn贊助工作熊》 https://pay.soundon.fm/podcasts/e570c874-a770-4722-a5d3-30cc37e7f135 -- Hosting provided by SoundOn

Information

  • Creator
    工作熊
  • Years Active
    2024 - 2026
  • Episodes
    36
  • Rating
    Clean
  • Copyright
    © 工作熊，ResearchMFG
  • Show Website
    工作熊聊電子製造

You Might Also Like