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Added Infineon_EasyPIM_2B

aris-kimi requested to merge github/fork/aris-kimi/easypim2b into master

I had tried to create IGBT_Module library also in a previous PR, but i've updated lib-table also here so i think it doesn't matter. I thought we kind of need a library like this for power modules. If not desired inform me to change those PRs. I do have some more symbols and footprints to submit similar with this part but i will submit seperate as soon as i see how currently open PRs proceed.

Edit: I just saw letters instead of numbers for footprint pins. I wasn't aware of that. I custom-numbered them to avoid travis violation after KLC S4.1.3 Pin numbers must be unique (no two pins may have the same number)

I will act after guidance.

URL: https://www.infineon.com/dgdl/Infineon-FP50R06W2E3-DS-v02_02-EN.pdf?fileId=db3a30431b3e89eb011b455c99987d24

3D model PR: https://github.com/KiCad/kicad-packages3D/pull/719

Hole size: 0.84mm Pad size: 2mm

Red numbers are the path i chose for pin numbering: igbt_module_inf

Dimensions from fab layer and THs from KicadStepUp:

infineon_easypim2b_ft_dim1 infineon_easypim2b_ft_dim2

Pin number in footprint: (unmirrored, no rotation) infineon_easypim2b_ft_pinum_nonmirr

Footprint from editor: (mirrored, rotated) infineon_easypim2b_ft

Bottom side: (free area) infineon_easypim2b_ft_bpcb

Top side: (Part area) infineon_easypim2b_ft_tpcb

Properties:

infineon_easypim2b_ft_prop

Travis: εικόνα

Edit: I would love to see this PR getting merged earlier than the other... Updated

Thank you for your time.


All contributions to the kicad library must follow the KiCad library convention

Thanks for creating a pull request to contribute to the KiCad libraries! To speed up integration of your PR, please check the following items:

  • Provide a URL to a datasheet for the footprint(s) you are contributing
  • An example screenshot image is very helpful
  • If there are matching symbol or 3D model pull requests, provide link(s) as appropriate
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Be patient, we maintainers are volunteers with limited time and need to check your contribution against the datasheet. You can speed up the process by providing all the necessary information (see above). And you can speed up the process even more by providing a dimensioned drawing of your contribution. A tutorial on how to do that is found here: https://forum.kicad.info/t/how-to-check-footprint-correctness/9279 (This is optional!)

Edited by Joel Guittet

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