This is the first the first 3D design I developed for 3D printing, it turned out to be quite tricky since the PCB requires many irregular shapes to be able to fit and cover the components but it was a great learning experience.
In this project we design a case for the DSO138 oscilloscope and make it battery powered
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This is the first the first 3D design I developed for 3D printing, it turned out to be quite tricky since the PCB requires many irregular shapes to be able to fit and cover the components but it was a great learning experience.
Front.f3dFront cover for the DSO138fusion - 4.72 MB - 08/07/2022 at 10:25 |
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Back.f3dBack cover for the DSO138, battery and switchfusion - 3.46 MB - 08/07/2022 at 10:25 |
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Batt_cover.f3dSmall plate to cover 9V batteryfusion - 62.54 kB - 08/07/2022 at 10:25 |
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Print all 3 provided designs
Place the connector on the 9V battery, solder the ground wire to a pin of the switch and wire the other pin to the negative input of the DSO138 behind the PCB.
Wire the positive of the battery to the positive of the DSO138.
Some models come with a plastic connector on the front, desolder this part.
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