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Is there a way to get the KiCad BOM output to look like the following: generically: Item#<t>Quantity<t>RefDesList<t>PartValue<t>Footprint where <t> is a tab character. hypothetical example:

Gaaa! I hate CVPCB. The problem is that you need to ensure the .CMP file generated by CVPCB and the .NET file generated by EESchema match. If you miss a stage, you end up with weirdness. Personally I

Or did I do something wrong? I created a multisheet schematic with a top level sheet and then 5 sheets in parallel below that. I then used the CvPcb button and filled in all the footprints to

Thanks Robert and Andy, @Andy, Which can file can be edited to set this ARC PCB edges..Brd file? Do you particular point in file[some search keyword] where I can edit this? Regards, Mahesh

Interfacing to existing databases would be a great feature of a parts management tool, but it is not in itself a parts management tool. Besides octopart, KiCad users could make good use of interfaces

No sure what this discussion has to do with Multi-Part Components!? (see previous discussion wrt BOM management) How about accessing an existing database? I would recommend checking out:

It is a pain, this is where diving into the file with a text editor is useful. Andy Robert <birmingham_spider@...> wrote:

Modules don't have any concept of "pins" as such they are all pads. Pads with matching pin numbers will connect to the eeschema component with the same pin numbers. You can make odd shaped pads by

Another multi-platform option is Qt. See http://qt-project.org/doc/qt-4.8/sql-driver.html#qibase -Mithat

Thanks, that is well worth knowing. There is one sort-of advantage to ODBC which I have exploited in the past. I have written an app that used Firebird with ODBC, expecting the response "yes, that's

Arcs can be difficult or impossible to select, especially once edited, and I don't know any workaround other than right-clicking all over the arc until you get lucky. If you don't get lucky then all

Yes, they are full client-server "drivers". Actually they are an interface to the installed db-drivers. There is no odbc-layer. Firebird is my favorite database server ;-) . Regards, Koenraad Lelong

Hi, I am using following latest kicad from link[http://iut-tice.ujf-grenoble.fr/cao/KiCad-2012-01-19-BZR3256-stable-Win_full_with_components_doc_install.exe] on windows XP. In PCB Editor, I am trying

I've just run a quick test along these lines. I was able to trigger the Spectra export problem with one of my tests (Test1 in the attached zip). This was where I created three edges of a rectangle,

Thanks, that's certainly worth knowing should I suddenly find myself with the time to write the front end app :). Is the Lazarus driver a proper client-server interface, that would allow the front end

On 02-07-12 21:09, Robert wrote: > The database I'm working on uses Firebird as the back end, which is FOS. > For the front end I'm using MS Access, but only because > Libre/OpenOffice has a known

It's an odd module. All the pins of the LCC will have a pth connected to the pad and then all the pads connected in two groups. Each of these groups will connect to two surface mount pins that will be

Parts and Vendors... that's the one I was thinking of, my mistake I thought it was a shareware prog. Andy Jeff Kaskey <jkaskey@...> wrote:

Are you trying to create a module that will suit different components? i.e. pad--pth--pth--pth or pad--pad--pad--pth if so then just a standard pth pad as needed. Tweak the size if need be. Pads with

I have a need to create a 68 pin LCC module with every pad connected to a plated through hole. Multiple pads will connect together and form 4 different part pins. In other words, I need to include