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#kikit — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #kikit, aggregated by home.social.

  1. Yo dawg I heard you like panels. Shout-out to @kicad and KiKit for making me able to do exactly the panelization I wanted. Took a bit of figuring the settings, but I got there. #alpenglowies #glowies #ledjewelry #kicad #kikit
    #alpenglowies #glowies #ledjewelry

  2. Yo dawg I heard you like panels. Shout-out to @kicad and KiKit for making me able to do exactly the panelization I wanted. Took a bit of figuring the settings, but I got there.

  3. Yo dawg I heard you like panels. Shout-out to @kicad and KiKit for making me able to do exactly the panelization I wanted. Took a bit of figuring the settings, but I got there. #alpenglowies #glowies #ledjewelry #kicad #kikit
    #alpenglowies #glowies #ledjewelry

  4. Yo dawg I heard you like panels. Shout-out to @kicad and KiKit for making me able to do exactly the panelization I wanted. Took a bit of figuring the settings, but I got there. #alpenglowies #glowies #ledjewelry #kicad #kikit
    #alpenglowies #glowies #ledjewelry

  5. Yo dawg I heard you like panels. Shout-out to @kicad and KiKit for making me able to do exactly the panelization I wanted. Took a bit of figuring the settings, but I got there. #alpenglowies #glowies #ledjewelry #kicad #kikit
    #alpenglowies #glowies #ledjewelry

  6. The gobo itself is a PCB stencil that was produced by JLCPCB. I put the original stencil on a flat-bed-scanner to figure out the geometry.
    Then the various logos where collected (vectorized if required) and put into the correct location. The logos did require some tinkering because we cannot have 'floating' parts. Its quite visible in the Pesthörnchen.
    Then I put it into #KiCad using #gerbolyze and exported gerbers. Stencils are cheap regardless of the size, so I used #kikit to make a panel.

  7. The gobo itself is a PCB stencil that was produced by JLCPCB. I put the original stencil on a flat-bed-scanner to figure out the geometry.
    Then the various logos where collected (vectorized if required) and put into the correct location. The logos did require some tinkering because we cannot have 'floating' parts. Its quite visible in the Pesthörnchen.
    Then I put it into #KiCad using #gerbolyze and exported gerbers. Stencils are cheap regardless of the size, so I used #kikit to make a panel.

  8. The gobo itself is a PCB stencil that was produced by JLCPCB. I put the original stencil on a flat-bed-scanner to figure out the geometry.
    Then the various logos where collected (vectorized if required) and put into the correct location. The logos did require some tinkering because we cannot have 'floating' parts. Its quite visible in the Pesthörnchen.
    Then I put it into #KiCad using #gerbolyze and exported gerbers. Stencils are cheap regardless of the size, so I used #kikit to make a panel.

  9. The gobo itself is a PCB stencil that was produced by JLCPCB. I put the original stencil on a flat-bed-scanner to figure out the geometry.
    Then the various logos where collected (vectorized if required) and put into the correct location. The logos did require some tinkering because we cannot have 'floating' parts. Its quite visible in the Pesthörnchen.
    Then I put it into #KiCad using #gerbolyze and exported gerbers. Stencils are cheap regardless of the size, so I used #kikit to make a panel.

  10. The gobo itself is a PCB stencil that was produced by JLCPCB. I put the original stencil on a flat-bed-scanner to figure out the geometry.
    Then the various logos where collected (vectorized if required) and put into the correct location. The logos did require some tinkering because we cannot have 'floating' parts. Its quite visible in the Pesthörnchen.
    Then I put it into #KiCad using #gerbolyze and exported gerbers. Stencils are cheap regardless of the size, so I used #kikit to make a panel.

  11. Let me state for the record how much I love the #KiKit plug-in for #KiCAD when it comes time to panelize a board. It has a bit of a learning curve, but it’s amazingly powerful once you figure it out.

  12. Let me state for the record how much I love the #KiKit plug-in for #KiCAD when it comes time to panelize a board. It has a bit of a learning curve, but it’s amazingly powerful once you figure it out.

  13. Let me state for the record how much I love the #KiKit plug-in for #KiCAD when it comes time to panelize a board. It has a bit of a learning curve, but it’s amazingly powerful once you figure it out.

  14. Let me state for the record how much I love the #KiKit plug-in for #KiCAD when it comes time to panelize a board. It has a bit of a learning curve, but it’s amazingly powerful once you figure it out.

  15. Let me state for the record how much I love the #KiKit plug-in for #KiCAD when it comes time to panelize a board. It has a bit of a learning curve, but it’s amazingly powerful once you figure it out.

  16. KiCad Panelization Made Easy - There’s a new Python-based script that will panelize your KiCad circuit boards from the command line... more: hackaday.com/2020/04/25/kicad- #panelization #mousebites #panelizing #toolhacks #panelize #python #kicad #kikit #v-cut #pcb