Hallo
I’d like to translate Fritzing in Croatian (hrvatski) language . And I need fritzing_hr.qm and fritzing_hr.ts files on fritzing GitHub repository in language folder. Can you help me???
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Croatian Language help me?
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Arduino Mega 2560 Shield v2.0
Yep, you need a pin in each of the three views for every pin on the board. Once you have all the pins defined you can bus all the VCC and GND pins together either in the fzp file or via the parts editor but you first have to define all the pins. That may be easiest to do (assuming you can get it to work, I usually can’t) in parts editor as that will create all the needed xml in all three views and most importantly assign sequential pin numbers while you do it.
If you don’t want the interior pins to appear in schematic it is possible to surpress them there with some work, but I expect you are going to want to be able to connect sensors in schematic as well so you will need all the VCC and GND pins to be present in schematic as well. I don’t think there is a workaround (certainly without a code change and probably not even then) for this. It is possible to stack connectors on top of each other in schematic but it will usually then be messy when you hook up sensors and I prefer not to do that.
The pcb svg looks like the spacing is close to .1 in as it should be, so I assume the pins are misaligned in x or y against a real board? There don’t appear to be any transforms on the pcb svg (which is the usual problem with scaling problems) so there likely isn’t a quick fix per se, you would need to ungroup the copper layers (because otherwise Inkscape will use transforms) and move select a group of pads and move them in x and y to correct the alignment. I’d start by exporting a copy of the original board you used and make sure there its pcb and/or bb (unmodified) is correct, its possible the part you cloned from is incorrect. If as Old_Grey indicated the problem is in breadboard, there you have some transforms which ungrouping everything should remove although the spacing in Inkscape looks correct. Again this part is exported as a bin (.fzbz file) rather than a part (fzpz file) which is preferable. Welcome to parts creation hell 
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Peter
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Croatian Language help me?
You would need to clone the fritzing-app repository on github add the needed files to your repository and then make a pull request on github to get the files added to the repository. They won’t appear in Fritzing until there is a new code release which may be a while.
Peter
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Issue with custom created fritzing part
I have created a custom part, starting from a generic DIP 8 IC. I have increased the width of the component using inkscape, but now I have this situation where the connection points / terminals are not shifted properly to the right. I guess these are still in the original location.
How can I fix this? I have now modified the svg file in C:\Users[username]\Documents\Fritzing\parts\svg\user\schematic\MCP2551_25828293fcd6bb68e17b63fa536d7d1d_3_schematic.svg
In what file are these terminals described?
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Arduino Mega 2560 Shield v2.0
Yeah, I noticed something like that while looking for the .svg files and .fzb of arduino mega 2560 rev3 part. They defined every pin used on the connectors tab and assigned the pin based on that. Looks like a ton of work for me 
I read something similar while looking on the forum. So basically, I go to my .svg file, add multiple “gnd” pin as example, all stacked on ine place and then… Something related to making them visible using a xml property. 
I used the arduino mega breadboard as base layout but since the shield doesn’t have the extra space due to the usb / power jack, I just picked “fit to the drawning limits” on AI. Probably I should let the white space since it has transparency. The pcb is the same from the arduino mega, the missaligned one is the breadboard.
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LinkIt One Development Board
I knew I had seen the same post around here . I was looking for the file in order to help you but instead, just got a bunch of topics related to projects developed on the LinkIt One board (even on chinese websites).
If MediaTek doesn’t share it, let us know. As I stated abovr, the brradboard can be easily achieved using those breadboard diagrams along with the github documentation.
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Request - IRF520 MosFET module
Found one diagram:
It is enough for the making of the fritzing part.
Can I ask you, how soon you need it? And what are you trying to design with it?
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Need training on fritzing via team viewer, $40/hr PayPal
Hello, I’m pretty new to fritzing and would like someone to assist designing a PCB with fritzing over team viewer and Skype. I will pay $40.00/hr. Thanks!
I am located in Minneapolis, MN and would like assistance between 9am to 5pm CST.
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Issue with custom created fritzing part
It may be easiest to upload the .fzpz file of your part here (upload is the 7th icon from the left in the reply tool bar) so we have the complete part to look at. That said this will be in the schematic svg file that you mention above (you can also export the part, then unzip the fzpz file to get it in a file called svg.schematic.MCP2551_25828293fcd6bb68e17b63fa536d7d1d_3_schematic.svg but either will do). In Inkscape you are looking for the line with the id connector7pin (for the top line) and connector7terminal. If you select that line and in the tool bar change units from the default px to in then add .2 in to the x coordinate of the line that will move it the necessary .2 inches to the right to align it properly. Do the same thing to the connector7 (and 6, 5 and4!) terminals and you should be fine. Note that for at least terminals the generic IC sets the width to 0 which means Inkscape will not select the items if you drag a select window around them. I usually change the width to non 0 to make my life easier (and am working on such a change in the sources). If you haven’t seen them here are a couple of tutorials that apply to the latest version of Fritzing (mine deals with things like the above in Inkscape):
Parts making is complex, but a number of us are will to help so feel free to post your part and tell us whats broken and one of us can likely either fix it for you or tell you how to do it.
Peter
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Arduino Mega 2560 Shield v2.0
I was a little incorrect to say this couldn’t be automated. I have thought about (but not done anything about) a python script like the parts checking script that would take parameters like 120 pins and create the fzp and svg files with the xml for the connectors all defined. You would then need to use the svg editor to move them to where you want them, but at least the tedious editing work would be done. The right way to do it is finish the parts editor but that is a much bigger task.
Usually you don’t need any special tags, multiple pins overlayed on top of each other just work. I just find them messy and prefer to have them spread out (especially on something like this board with rows of sensor plugs) so that all the pins for a single part are in the same place.
On Inkscape (as noted I don’t know Illustrator, perhaps someone here who uses it can comment), we use the resize page to content button to reduce the viewbox to the edges of the defined component. If you don’t do that sometimes the scale gets off or the connectors are not aligned properly to the grid (although I’m not sure why that is). I don’t know how to do the same in Illustrator but I expect someone here probably does. I can fix it up in Inkscape for you easily enough, but if as last time that doesn’t translate well to Illustrator it may not help much.
Peter
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Need training on fritzing via team viewer, $40/hr PayPal
If you don’t get any takers, a number of us here are willing to help if you can post the parts in the forum (which you may not want to) for free on an as time basis. I think there are some consultants around that have done projects so you may get some responses.
Peter
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Issue with custom created fritzing part
Or you could do it the easy way that Fritzings parts editor intends you to do.
Open the part in the parts editor and go the the schematic tab. In the list on the right click on the one you want and then click on select graphic. Then you just click on the line you want to be the connector (if there is something above the line that prevents it form being clicked hold down shift and scroll to select the hidden item). Repeat that for all the bad lines and you are done.
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Request - IRF520 MosFET module
I am very new to fritzing so I was hoping to find the part already defined somewhere.
Here’s a drawing I made of the part:
Here’s the schematic:
IFR520_MOSFET_Module_Schematic.png
Hopefully that will help if someone is willing to create the part.
-Wes
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Request - IRF520 MosFET module
I’m not in a hurry for the part. I was hoping to use fritzing to document a project that I’ve already built so I can share it with others. The project is a power management system for the Raspberry Pi when it is used in an automobile. It insures that the Raspberry Pi shuts down gracefully when the car’s ignition is switched OFF.
I think this module is the only part that I’m using that isn’t already in the fritzing libray.
-Wes
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Need training on fritzing via team viewer, $40/hr PayPal
Thanks! you guys are so friendly. I don’t mind paying for someones time, learning from someone with lots of experience is worth every penny!
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Need training on fritzing via team viewer, $40/hr PayPal
Maybe an overview of what you want might be helpful for people, ie Vanepp - lol -, to decide.
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Need training on fritzing via team viewer, $40/hr PayPal
Thanks for the suggestion! I’m copying a design schematic to make my own version of the PCB (mainly removing components to make it simpler). I don’t understand the best practices for routing traces, ground fills and other concepts. I also would like to have a fab house do pick and place once I have hand soldered some samples (I do have lots of experience with soldering small SMD passives from fixing laptop motherboards).
The PCB has around 50 components, mostly SMD and I’m trying to keep it less than 42x42mm (components all on one side). I want help setting up the buck converter part of the circuit as well. I have an eagle file of a similar board and a schematic of the exact board I want to make (minus removing the stuff i don’t need).
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Need training on fritzing via team viewer, $40/hr PayPal
That’s not to bad compared to the big one Pete designed a while ago, plus he’s a EE so knows circuits.
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Need training on fritzing via team viewer, $40/hr PayPal
This one may be a show stopper. Fritzing doesn’t support the necessary data for pick and place, so it may not be the appropriate package for doing this. I’m not that familiar with board layout and not at all familiar with pick and place (although other folks here are) so hopefully someone with more experience will comment on how easy or hard it would be to do what is necessary for pick and place with Fritzing or if you would be better off with one of the other packages that has the necessary support.
Peter
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Need training on fritzing via team viewer, $40/hr PayPal
I’m not 100% sure because the guy is switching to KiCad, but the Speeduino guy get his boards assembled and they are designed with FZ. Looking at his GitHub they are still only FZ, so maybe the manf house takes care of it.
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