That is clearly an old version of Fritzing. Please try the official build from fritzing.org, which has these issues fixed (also the stripes in the copper fill)
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Rounded trace corners
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Impossible mini PCB
I have a lot of learning to do to master the manufacturing or modification of components.
Thank you for your help with this post.
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Impossible mini PCB
If you just want the PCB, why don’t you just create it in Fritzing PCB view?
The breadboard view is for… breadboards and stripboards since they server the same/similar purpose during sketching.
To produce an adapter, you would design it in the PCB view, then order it or etch it.
@vanepp I don’t think an extra part is needed. Simply align the Capacitors in the PCB view as needed?
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Dbl sided board w/all solder on bottom
Just to save someone some time -
I did try the proxy-via method and it didn’t work. (You have to set each proxy trace to not autoroute of course.)
Fritzing basically ignored them and generally routed around them instead of using them as the closest connection point to the actual connection point.
A shame. If the autorouter had a ‘closest connection’ mode this could work.
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Impossible mini PCB
Yes. In the end up for what he actually wanted (which is a breadboard adapter for a wireless card with a dual row 0.1in header which wasn’t clear from the original post) a couple of headers in pcb does the job.
Peter
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Dbl sided board w/all solder on bottom
That is because they aren’t in the net that defines the connections (that is also the same problem that makes a solution to this difficult.) You could maybe do what you want by using a single row 1 pin 0.1 header and adding a connection between it and the actual connection in breadboard or schematic. That will add the connector to the appropriate net and allow autorouter to connect to it in pcb (because the pcb pad will be in the correct net) after moving the pad in pcb to the appropriate place.
Peter
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Arduino Nano ESP32
I just got one and I can’t seem to find a fritzing part.
(ignore the double headers, there is only one per pin on the real one)
The datasheet is here: https://docs.arduino.cc/resources/datasheets/ABX00083-datasheet.pdf
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Trying to identify white header at the end of the board
I have this washing machine controller board, i would like to find out what make and model is the white header at the end of the circuit. This is where a harness coming from the machine gets connected to it.
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Trying to identify white header at the end of the board
It may be a custom part or it may be a Molex right angle. Measure the pitch (the space between two pins) which looks like it may be 0.1in or 0.156in then look on the molex web site for a similar connector. You also need to pay attention to the format of the sot that can’t be seen in this image as the keying needs to match. If there is a part number on the connector a google search for the part number may turn up a source. Good luck!
Peter
Peter
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Impossible mini PCB
Hi - is this what you are attempting -
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(creo que es M1 RS001B), (I think it is M1 RS001B)
Hola a todos necesito encontrar esta parte para un proyecto si me pudieran pasar el archivo fzpz se los agradecería mucho lo e buscando pero no lo e encontrado por favor…
Hello everyone, I need to find this part for a project. If you could send me the fzpz file, I would greatly appreciate it. I’ve been looking for it but I haven’t found it, please…
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My All part creations & collection
Updated Link: Latest
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Impossible mini PCB
Good morning,
Based on the solution proposed by Claudius, I created the desired PCB. After going through FlatCam, the file generated is the expected one (verified with Candle).
Thank you all for your valuable help.
I’ll close this post (if I have the rights to do so 
)
adaptateur_esp8266_esp-01v3.fzz (4.3 KB)
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Raspberry Pi Pico (cloni?)
Dear all,
I found these Rasp PICO ‘compatible’ board. They’ve original RP2040, but different pinout. I need low power consuption so I adopt the one on the right.
Unfortunately they have (both left and right) a bit different pinout from the original one.
No matter, I was only search for Fritzing part, Is there any part of these two?
I’m not so used in editor, in the case I would try to modify it
Best regards,
Andrea
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(creo que es M1 RS001B), (I think it is M1 RS001B)
Servos are available in core parts. Enter servo in the parts search and it will appear.
There are an infinite number of different servos so a generic version is all there usually is. A google search of the form “fritzing part M1 RS001B” will turn one up if someone has made one (no one appears to have so a generic servo will have to do.)
Peter
Peter
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Impossible mini PCB
While that certainly works the capacitors are essentially pointless and add clutter. The end result is identical to the .fzz I posted above (except there are no capacitors obscuring what you are doing.) A possible improvement would be to to make a custom part with a esp8266-esp01 like the one in this post
That is a lot more complex than just doing this in pcb, but it is possible. The easiest solution is to just use my original .fzz with the headers though (or your more complex if incorrect version with capacitors.)
Peter
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Raspberry Pi Pico (cloni?)
There likely is no Frtizing part for these. To make one we would need the web site that describes the board you want.
Peter
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GY-BME/P280 part
@vanepp Turns out I need the 5V 4-pin version. Would you be able to assist in making one for this if you have the time? BME280 Pinout, Specs, Applications-Temperature, Pressure & Humidity Sensor Module.
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GY-BME/P280 part
No need, there already is one here (found via a google search of the form “fritzing part bme280”):
Peter
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GY-BME/P280 part
Oh wow… I saw that thread but tried OPs link which didn’t work… Didn’t even see you had attached one. Sorry for not being more thorough. Thank you!
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