• Ever wondered why some smart devices seem to fail unexpectedly? 🤔

    A recent article dives into the common pitfalls of Internet-of-Things devices, focusing on the SwitchBot Plug Mini and its unfortunate design flaws. It reveals how poorly designed PCBs and enclosures can lead to overheating and the gradual degradation of electrolytic capacitors. These issues aren't just isolated; they highlight a broader trend in the tech industry that could affect many of our favorite gadgets.

    Having experienced device failures myself, it’s a reminder of how vital quality design is for longevity. How can we push for better standards in tech?

    Read more about this insightful analysis here: https://hackaday.com/2026/02/07/a-failed-switchbot-plug-mini-and-cooking-electrolytics/

    #IoT #TechFails #ElectronicsDesign #SmartHome #GadgetLovers
    Ever wondered why some smart devices seem to fail unexpectedly? 🤔 A recent article dives into the common pitfalls of Internet-of-Things devices, focusing on the SwitchBot Plug Mini and its unfortunate design flaws. It reveals how poorly designed PCBs and enclosures can lead to overheating and the gradual degradation of electrolytic capacitors. These issues aren't just isolated; they highlight a broader trend in the tech industry that could affect many of our favorite gadgets. Having experienced device failures myself, it’s a reminder of how vital quality design is for longevity. How can we push for better standards in tech? Read more about this insightful analysis here: https://hackaday.com/2026/02/07/a-failed-switchbot-plug-mini-and-cooking-electrolytics/ #IoT #TechFails #ElectronicsDesign #SmartHome #GadgetLovers
    HACKADAY.COM
    A Failed SwitchBot Plug Mini and Cooking Electrolytics
    Poorly designed PCBs and enclosures that slowly cook the electrolytic capacitors within are a common failure scenario in general, but they seem especially prevalent in so-called Internet-of-Things devices. The SwitchBot …read more
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  • 🔌 Are you ready to elevate your power supply game? In the latest article by Dr. Ali Shirsavar at Biricha Digital, learn how to select the perfect output capacitor for your switching-mode power supply (SMPS). This essential component is key to ensuring efficiency and reliability in your designs.

    As someone who's delved into electronics, I can attest to the satisfaction of getting these specs right—it can truly transform your projects! Don't shy away from diving into the specifics of capacitance and ESR; mastering these will boost your confidence in your power supply designs.

    Let’s unlock the potential of your next project together! 🌟

    Read the full article here: https://hackaday.com/2026/01/18/calculating-the-capacitance-and-esr-specifications-for-the-output-capacitor-in-your-switching-mode-power-supply/

    #PowerSupply #ElectronicsDesign #DIYProject #Engineering #Capacitance
    🔌 Are you ready to elevate your power supply game? In the latest article by Dr. Ali Shirsavar at Biricha Digital, learn how to select the perfect output capacitor for your switching-mode power supply (SMPS). This essential component is key to ensuring efficiency and reliability in your designs. As someone who's delved into electronics, I can attest to the satisfaction of getting these specs right—it can truly transform your projects! Don't shy away from diving into the specifics of capacitance and ESR; mastering these will boost your confidence in your power supply designs. Let’s unlock the potential of your next project together! 🌟 Read the full article here: https://hackaday.com/2026/01/18/calculating-the-capacitance-and-esr-specifications-for-the-output-capacitor-in-your-switching-mode-power-supply/ #PowerSupply #ElectronicsDesign #DIYProject #Engineering #Capacitance
    HACKADAY.COM
    Calculating the Capacitance and ESR Specifications for the Output Capacitor in Your Switching-Mode Power Supply
    [Dr Ali Shirsavar] from Biricha Digital runs us through How to Select the Perfect Output Capacitor for Your Power Supply. Your switching-mode power supply (SMPS) will require an output capacitor …read more
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