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episode 42: exploding cap, 3D-printing and planet decoration

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Manage episode 269432484 series 1946773
Conteúdo fornecido por Michai Ramakers. Todo o conteúdo do podcast, incluindo episódios, gráficos e descrições de podcast, é carregado e fornecido diretamente por Michai Ramakers ou por seu parceiro de plataforma de podcast. Se você acredita que alguém está usando seu trabalho protegido por direitos autorais sem sua permissão, siga o processo descrito aqui https://pt.player.fm/legal.

The thrilling tale of 4 months of doing pretty much nothing interesting is coming to a podcast near you today!

After hearing about the hilarious exploding electrolytic, we continue with some lame or slightly-less-lame tools one can just buy off-the-shelf: using H-field probes for injecting magnetic fields into a PCB, the Aim-TTi I-prober 520 for measuring magnetic fields and current, and a simple but superhandy USB power meter.

(I guess it's just a matter of time before all this deteriorates into an unboxing-podcast...)

Various IRL events were canceled, so a YT livestream from a friend of mine got me thinking about 3D printing again. I settled on using a commercial 3D printing-service instead of DIY, and that suits me fine for now. This episode lists some criteria that may help you trying to decide between using a printing-service or getting your own printer, and if so, which printing-method suits you best.

Lo and behold, I actually made something as well: a LED planet decoration thing using 3D printed "planet" and acrylic rings around it, that light up when LEDs shine onto them. For simulating visual effects, I tried and liked the Cairo 2D graphics library (for C).

Links in order of appearance:

And some fluffy pics:

QCAD: 2D cross section of planet decoration's "planet sphere". The shape itself, and dimensions therein ("A", "B" etc.) can be read and used by OpenSCAD (3D) for extrusion. Pretty cool.

OpenSCAD: extruded 3D shape, resulting from rotating the 2D cross section 360 degrees.

A transparent engraved disk of acrylic fits between the 2 halves of the sphere.

Planet decoration in action.

(laptop shown, to get an impression of the size of the decoration)

A piece of LEDstrip sitting snugly inside the bottom half of the planet-sphere in the center, shining outwards into the transparent acrylic sheet.

LED driver, old board with flaws...

...and new version, with fewer flaws.

You DESERVE one of these if you make USB-powered crap.

Shoot your zapper at uranus! A dirty mind is a joy forever, and so is having a NES.

  continue reading

46 episódios

Artwork
iconCompartilhar
 
Manage episode 269432484 series 1946773
Conteúdo fornecido por Michai Ramakers. Todo o conteúdo do podcast, incluindo episódios, gráficos e descrições de podcast, é carregado e fornecido diretamente por Michai Ramakers ou por seu parceiro de plataforma de podcast. Se você acredita que alguém está usando seu trabalho protegido por direitos autorais sem sua permissão, siga o processo descrito aqui https://pt.player.fm/legal.

The thrilling tale of 4 months of doing pretty much nothing interesting is coming to a podcast near you today!

After hearing about the hilarious exploding electrolytic, we continue with some lame or slightly-less-lame tools one can just buy off-the-shelf: using H-field probes for injecting magnetic fields into a PCB, the Aim-TTi I-prober 520 for measuring magnetic fields and current, and a simple but superhandy USB power meter.

(I guess it's just a matter of time before all this deteriorates into an unboxing-podcast...)

Various IRL events were canceled, so a YT livestream from a friend of mine got me thinking about 3D printing again. I settled on using a commercial 3D printing-service instead of DIY, and that suits me fine for now. This episode lists some criteria that may help you trying to decide between using a printing-service or getting your own printer, and if so, which printing-method suits you best.

Lo and behold, I actually made something as well: a LED planet decoration thing using 3D printed "planet" and acrylic rings around it, that light up when LEDs shine onto them. For simulating visual effects, I tried and liked the Cairo 2D graphics library (for C).

Links in order of appearance:

And some fluffy pics:

QCAD: 2D cross section of planet decoration's "planet sphere". The shape itself, and dimensions therein ("A", "B" etc.) can be read and used by OpenSCAD (3D) for extrusion. Pretty cool.

OpenSCAD: extruded 3D shape, resulting from rotating the 2D cross section 360 degrees.

A transparent engraved disk of acrylic fits between the 2 halves of the sphere.

Planet decoration in action.

(laptop shown, to get an impression of the size of the decoration)

A piece of LEDstrip sitting snugly inside the bottom half of the planet-sphere in the center, shining outwards into the transparent acrylic sheet.

LED driver, old board with flaws...

...and new version, with fewer flaws.

You DESERVE one of these if you make USB-powered crap.

Shoot your zapper at uranus! A dirty mind is a joy forever, and so is having a NES.

  continue reading

46 episódios

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