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Necesito el relay de arduino

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As @KingDarBoja said there are lots available: some suggestions:

type relay in to the fritzing parts search box and press enter (the search box is the magnifying glass in the parts bin). A number of different relays in core parts come up.

Search here in the forums. A number of different types or relays have been posted in parts submit that have not made it in to core parts yet.

if you need a specific model of relay try a google search with the search term “fritzing part relay_model” (where relay model is replaced by the part number of the relay you want).

Peter


Soldermask on vias

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You have to export the gerbers twice and then mix the resulting gerber files.

1). Make sure you save your project.

2). Export gerbers as normal.

3). Go the routing menu and select all vias.

4). Go to the edit menu and select delete minus.

5). Export the new gerbers to a new location (I always use a subfolder called “tented”)

6). Overwrite the .gbs .gts .gbp .gtp .gbo .gto files from the original export with the ones from the “tented” export.

Now check the results in something like gerbv or online with Aisler or Easyeda etc to make sure it looks correct.

Need training on fritzing via team viewer, $40/hr PayPal

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I did notice later that part of the issue could be the rotational data. It is based on the original orientation of the part which can vary based on who created it. In my example you will see only one part has a rotation of 90degrees yet 2 of the parts are oriented that direction. The LED I used is oriented by default vertically where all the other parts were oriented side to side. I am sure there is a proper starting orientation required for the pick and place machine to work so one would have to make sure every part used had the correct original orientation.

Request - IRF520 MosFET module

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Thank you so much for providing this fritzing part! Looking at your instructions, it seems it would have taken me forever to accomplish what you did in a day.

I’ve incorporated the new part into a fritzing breadboard layout that I will be posting on my personal website along with the Arduino code and other bits and pieces that are needed to make this power management system work.

Here’s a peek at the fritzing breadboard layout:

Raspberry Pi Power Manager

-Wes

Request - IRF520 MosFET module

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You are most welcome. With experience making fritzing parts is fairly easy, getting the experience is less so, so for folks who want a fairly simple part it is often better for one of us that knows how to do it. In this case its a double win because @KingDarBoja wants to learn to make parts so you get your part and he gets an example of making a part to practice with (a triple win, because I got to make a part that worked relatively easily between the frustration of fighting with github to get some development code to stage properly which still isn’t done :slight_smile: ).

Peter

Request - IRF520 MosFET module

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Will this new part become part of the standard fritzing library so that others can find and use it?

-Wes

Request - IRF520 MosFET module

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Probably eventually. To get it there I need to submit it via a pull request on github as that seems to be the only way parts are getting added at the moment. I have a list of a bunch that I need to do (all of them posted in the forum so they are available), but at the moment I am focused on trying to fix some of the bugs in the source. Posting here serves, as we will usually tell someone looking to do a google search which will find the part here (or I will remember making it and point them to it). If we can find some folks interested in helping and knowing parts creation there is a bunch of work to be done in cleaning up the parts in core, bit again that’s down my list a bit (the bugs that most annoy me are first :slight_smile: ).

Peter

Need training on fritzing via team viewer, $40/hr PayPal

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Man, I am grateful for everyones input here, what an awesome community. This is an great tool for getting stuff done and I bet these features will be implemented some time in the future. I have already learned a lot just by playing around and even had a few PCBs made that actually work! Thanks again to everyone chiming in with their opinions.


Croatian Language help me?

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I haven’t taken a look into the .qm file since I am busy making a part, but you should create both files (.qm and .ts) for the croatian translation and take a look how it was done for the other languages.

Arduino Mega 2560 Shield v2.0

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The struggle is real with this part editor since the “show internal connection” option just help you to interconnect several pin but you must manually assign them into the breadboard. :sleepy:

The same goes with the schematic view. Gonna take a look at your solution for this part.
Connection between arduino and shield grove


Oh my god! Way bigger schematic than original Arduino One but guess it is better for the user since he doesn’t get overlapped pin connectors.

Arduino Mega 2560 Shield v2.0

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You may want to check Old_Grey’s tutorials I remember comments about parts editor being able to assign sequential pins (however that may only be to preexisting connections, I’m not sure), because I don’t tend to use it doesn’t mean it won’t work for you. @sublimeartistry uses the parts editor exclusively to make parts and is very happy with it. He may be able to suggest a way to do this in parts editor (it may be that you need to start with an initial part with sufficient pins though if I remember correctly, I don’t think parts editor will create new pins but I could well be wrong).

Yes it got much larger, but it worked for the poor person trying to do a project (I think for school) which the original didn’t. Not having wires cross and be messy is exactly why I did it that way. All the ground and VCC pins needed to be there either all on top of each other (which I don’t like) or separated as I did it so the work is about the same from my point of view and I think my result looks better on the schematic.

Peter

Arduino Mega 2560 Shield v2.0

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Sorry I didn’t read all of the post, but I think you can assign pins in XML. I think you duplicate the node and call it connector"#"pin or pad. How you relate the # to what pin I don’t know, but I noticed that some parts already have pin assignments.
I remember doing a simple svg drawing - no labeling nodes - and assigning pins in FZ Edit Part, and when I exported it had all those connector#pin automatically added. Maybe reverse engineer that.

Need training on fritzing via team viewer, $40/hr PayPal

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I’'ll ask on the Speeduino forum, because i know someone is getting PCB assembled, so give me a tick.

DC-DC Converter with XL4016

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Okay, I fixed the misalignment between each one of the board pins on breadboard view and slightly changed the inductor graphic in order to make it more aesthetic. However, as I opened the fixed file on Inskscape, I couldn’t see the layers of the .svg file and was a real pain trying to not move things out of place while fixing it. I checked the tutorials and there wasn’t problem for Old Guy since he made the part from scratch rather than based on existing svg file. Now @vanepp, I need your approval for this piece.

dc_dc_converter_xl4016.fzbz (17.5 KB)

Inkscape isn’t as intuitive as Illustrator but has some interesting stuff for newbies like me (as xml viewer).

DC-DC Converter with XL4016

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Looks fine with 2 minor issues:

exported as a bin rather than a part to convert:
unzip the dc_dc_converter_xl4016.fzbz file then zip

part.xl4016_b892c2186bbdebb9487512b5833305e0_4.fzp
svg.breadboard.xl4016_b892c2186bbdebb9487512b5833305e0_4_breadboard.svg
svg.icon.xl4016_b892c2186bbdebb9487512b5833305e0_4_icon.svg
svg.pcb.xl4016_b892c2186bbdebb9487512b5833305e0_4_pcb.svg
svg.schematic.xl4016_b892c2186bbdebb9487512b5833305e0_4_schematic.svg

in to a .fzpz file to make a loadable part.

Breadboard:

Looks fine except the connectors aren’t on .1 boundaries

in the Inkscape top tool bar set units to in then change

connector2pin x 2.299 y 1.135
connector3pin x 2.299 y 0.927
connector1pin x 2.299 y 0.719
connector0pin x 2.299 y 0.510

to

connector2pin x 2.299 y 1.120
connector3pin x 2.299 y 0.920
connector1pin x 2.299 y 0.720
connector0pin x 2.299 y 0.520

The change puts the pins on .1 inch boundaries and makes the wires that connect parallel to the grid rather than offset slightly (which likely matches real life) in your version. Either works, I just prefer breadboard to be on .1 in boundaries.

Here is a part edited with part editor to change to varient 2 and a new moduleId so it will load beside your original and zipped as an fzpz file with the above change done and a test Sketch.fzz sketch that illustrates the difference (which is quite subtle) in breadboard. You will see the lines connecting to the connectors on your original module on the bottom are very slightly above the horizontal whereas mine on the top are flat. I’m not sure its worth fixing but in general keeping pins in breadboard on .1in boundaries is a good idea.

dc_dc_converter_xl4016_2.fzpz (17.4 KB)

test Sketch.fzz (39.4 KB)

but I’d say you have been successful, it is a good part either way.

Peter


DC-DC Converter with XL4016

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How I do it? Winrar doesn’t have .fzbz file extension. That’s been a annoying thing since the editor just exported it and erased all data from documents in order to test it.


Oh I see the difference between the connector before and after the 0.1 boundaries.

DC-DC Converter with XL4016

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I use 7zip (www.7zip.org) which unzips any extension if it is a zip file and asks what file name and extension (defaulting to .zip) you want when rezipping. One of these days I’ll get around to making a change in 7zip to be able to default to fzpz, but I haven’t yet so have to remember to set the extension or rename it from the .zip to .fzpz when I forget to change the extension.

Peter

Request - IRF520 MosFET module

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The extension doesn’t work due to the lack of xlml python module. Tried to install it but failed (due to Windows OS).

Request - IRF520 MosFET module

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Its been a while, but it was either already in Inkscape or I just downloaded and installed the extension and it worked fine on my Win7 machine. Inkscape is written in Python I believe so python should be there. Note that deepungroup doesn’t always work (it will sometimes error out on a python error) and more importantly doesn’t undo translates while ungrouping which the Inkscape ungroup with shift-cntrl-g does, so I usually manually ungroup as I want to eliminate most translates (polygon translates apparently can’t be removed except by doing it manually by moving the points).

Peter

Arduino Mega 2560 Shield v2.0

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It is true that I do use the editor exclusively but it is also true that I do not use Breadboard at all and I never do modules either. The only thing I make is parts for making PCBs. This means when I do it I usually start with a generic part or a mystery part and only change the PCB svg and assign its pins. So the BB svg and SCH svg already have all their pins assigned and I only have to assign the PCB pins.

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