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You can make your own - produce a PCB with the chip on it and header, ensure edge cuts are in the right place, move things around in 3D to look like you want and then export as a 3D model, step, wrl

I'm working on a board that includes some SMT-to-DIP adapters because of some parts that are available only in surface-mount packages. Has anyone created 3D models of such DIP adapters? If it's not

As it happens I've just moved from SUSE linux to Debian 11 If you want kicad 6 then you need to add the backport repository, which has it available. Andy "Jerry Gaffke via groups.io"

Sorry, desktop environment Right, i used apt or apt-get to install ChromeOS detects that ive done a direct install and gives me an icon for launching Sweet!

Al, Thanks for responding. No DE?? What does that mean? Perhaps "Debian Experimental", so you just stuck with the Kicad 5 that came with "apt install kicad"? Kicad 6 has some major improvements.

Hi All

Following a link from https://www.kicad.org/download/debian/ down into https://packages.debian.org/search?lang=en&keywords=kicad it appears that Debian 11 (bullseye) for Chromebooks already gets Kicad

This is the only hit I see in the group when searching for "crostini", so thought it worth updating. Ian pasted the same text twice, so his instructions are impossible to follow. Here's my shot at

Can you post a picture or something?

Brian still does connect wire to symbol. Seem to make some junction points?

Try selecting your schematic, right click, align to grid

I've used v 5.x in the past, just updated to v6.x. I can't seem to get wires to connect in schematic. Zoomed in and changed grid settings. Went back to default settings. I'm sure it something simple.

Having a look to the supposed to be the two TO-92 *(package with Transistor EBC pins in-line) * in there on your PCB *(extracted from your png file)*: [image: image.png] Have a look to KiCad's

The normal way to allow enough space between tht transistor terminals, unless you have a *very* high tech PCB fabrication system, is to offset the middle (usually base) connection vertically. I would

All, I have used TO-92 for a transistor footprint several times with no problems…. at frequencies below 5 Mhz. Stephen

Hi Sean, welcome! Yes those pads are close, and will be difficult to solder by hand. Have a look in the footprint list, and for quite a few footprints you will usually find two versions, one as you

Hello, ??? Welcome to the group. - Can you specify where the pads are too close together? If it's at the level of the footprint of the transistors, you have to choose another one or create one

If you used a predefined footprint for the transistors (from the KiCAD footprint libraries that are part of the full installation) you should have no problems. I too have noticed the closeness of the

Hello, I'm new to using this software and pretty much everything that has to do with PCB design and manufacturing products. I'm currently trying to design and build a flashing LED circuit for an

Hi all, I used to use the sch.py to manipulate kicad schematic files, but with the new format, and the sch.py gone from kicad-library-utils repo, I don't really know how to achieve this. Any