This project is designed to charge single cells Li-Ion/LiPo/LiFe with protection against overcharge and short circuits.
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kI_Pmr_cU2M-HD.jpgJPEG Image - 128.98 kB - 07/26/2022 at 05:30 |
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Screenshot (81).pngSchematicPortable Network Graphics (PNG) - 178.72 kB - 07/26/2022 at 05:29 |
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Gerber_TP4056_FINAL.zipGerberx-zip-compressed - 38.61 kB - 07/26/2022 at 05:28 |
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BOM_TP4056_FINAL.csvBOMComma-Separated Values - 2.50 kB - 07/26/2022 at 05:28 |
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PickAndPlace_TP4056_FINAL.csvCPL or PickAndPLaceComma-Separated Values - 4.15 kB - 07/26/2022 at 05:28 |
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Look , I'm charging!
There are more than enough stories about batteries exploding due to overcharging. Too much stress on a battery can lead to a chemical reaction and boom! Your battery is history. With the DIY TP4056 Battery Charging Module you won't need to worry about that happening because this bad boy automatically shuts off once your battery is full.
The circuit is based on a highly efficient switching power supply controlled with an output voltage of 5V and current up to 1000mA.
This project is designed to charge single cells Li-Ion/LiPo/LiFe with protection against overcharge and short circuits, making it perfect for DIY projects which require a reliable and safe charger.
You will also get detailed instructions with pictures on how to build this project so anybody can do it in their own home. It might not seem like a big deal now but when your car is running out of juice, this project could save your life.
Talking about electronics.
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You made a full project just for a TP4056 module with USB C?! And of course it contains a big advertisement for a PCB manufacturer... You know they sell those on Aliexpress and others, right?