Sorry to correct that I have just now downloaded and tried to install but unable to begin installation on a genuine windows 64 bit HP Machine intel-Core 3, 4 GB RAM and more than 200 GB of free space in C drive.
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Unable to install Fritzing in Win 10 64bit HP PC
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Unable to install Fritzing in Win 10 64bit HP PC
Welcome aboard! You may be expecting a Windows installer, which Fritzing does not have. The install procedure is to unzip the install file on to drive C: typically in a directory called Fritzing (here a couple of levels down:)
C:\fritzing\fritzing.0.9.4.64.pc
which has a file Fritzing.exe. Double clicking on that will launch Fritzing, and right clicking on it and sendto Deskltop (create shortcut) will create a desktop icon (although perhaps not on Win10 come to think of it, this is Win7, about to become Linux as I dislike Win10 
) will launch the application.
Peter
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Unable to install Fritzing in Win 10 64bit HP PC
Okay thanks, I will try this in my PC. Though, it has started working in my laptop.
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Arduino Nano I/O Shiled
Thanks for the tips on how to set the grid size so I can make the wires look more organized, and I wouldn’t know it can be updated until you told me to. Updated for now.
The test sketch you provided can be loaded at my side without problem.
Many thanks!
Henry
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Searching for 3.5mm 4pin Jack YD-PJ-3566
This rather odd part should do what you want. Fritzing doesn’t do slots, so the pins are implemented by a copper pad and two .8mm holes spaced to give the required 1.5mm length. You may need to file or use an exacto knife to widen the slots a bit to fit the pins. I’m told the board houses will produce these (I have not tried.) DRC (design rules check) will break and is not fixable, the copper layers are overlapping but they need to be to get plating through for the connectors. As always before ordering boards from this print the pcb layout out at 1:1 scale and check it against a real part.
YD-PJ-3566.fzpz (4.9 KB)
Peter
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Please don't link the download button to Paypal
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Transformer for PCB view
Hi there,
I am looking for the following component for my project:
https://www.reichelt.de/printtrafo-2-va-2x-6-v-2x-166-ma-rm-20-mm-ei-30-15-5-206-p27333.html?r= 1
has someone already created such a component for the PCB view or can do it for me?
Greetings Volker
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Please don't link the download button to Paypal
Hi, in my country, Belgium, we cannot do a payment via Paypal without having an account. This is something I refuse to get (I have my reasons). Can you propose payments via other channels? I even want to do a blunt transfer. Thanks…
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Speaker and fan(DC motor)
Does anyone have these parts that they can email me?
gregplants@bigpond.com
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Speaker and fan(DC motor)
Both are available in core parts. In the search box on the top right type “speaker” and press enter (clicking on the box will not launch the search) and the speakers will come up in 3 variations (along with some unrelated parts). Type “dc motor” to bring up a dc motor (it doesn’t have a fan blade directly, but will serve in place of a fan electrically.)
Peter
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Transformer for PCB view
Welcome aboard! This should do what you want. As always print out the pcb footprint at 1:1 scale and compare it to a real part before ordering boards. The pins holes are 0.038in (same as for a .1 header pin) which is slightly larger than what the data sheet specs the pins at.
EI-3010-5-206-transformer.fzpz (4.4 KB)
Peter
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Transformer for PCB view
Hi there,
thank you for the nice greeting and the file.
Unfortunately, the transformer is one size too small.
I need the VB 2.0 / 2/6 from Block and there the connections are further apart.
Is there a second variant of the transformer?
for a better understanding here the data sheet with the transformer which I need:
and here is the data sheet with the transformer from Fritzing:
Greetings Volker
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Is there a 10V (100mA) power supply part in fritzing?
For (the schematics of) an assignment, I am looking for something that could function as a 10V (100mA) power supply? But so far, I haven’t been able to find a part for it. I like using the breadboard to schematics capabilities of fritzing, but without the parts I need for this one, I will end up having to use some other software.
Below is the example image provided to us in the assignment.
On a side note: Not sure what I am going to use for Vout yet.
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Is there a 10V (100mA) power supply part in fritzing?
The picture says Vin = 12V, but we did the assignment with 10V as was specified in a referenced handout and already did the calculations and measurements for that voltage.
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Transformer for PCB view
There is now. I modified the part I made yesterday (and posted a corrected version above), since it exists now, and then changed it to this which should match the model you want:
EI-3010-2-206-transformer.fzpz (4.5 KB)
Peter
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Is there a 10V (100mA) power supply part in fritzing?
I don’t know of a bench supply like part (although one would be easy enough to make). There is a generic open frame power supply available, and I just made another one with a different pcb for someone a while back:
For Vout a google search for “fritzing part mulitmeter” turns up several, I remember finding one for some one a couple of years ago (may have been breadboard only which is all he wanted) so they are around. There is a 3 wire ebay type module voltmeter here:
Peter
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Transformer for PCB view
Hi there,
Thank you very much, that’s exactly what I was looking for!
Very good work
Greetings Volker
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Search OPA454 operational amplifier
Hi there,
I am looking for the OPA454 operational amplifier for my circuit. Unfortunately, I do not find any pin compatible with the OP. Has anyone created one or is there at least one that is so similar?
Here is the data sheet of the OP:
http://www.ti.com/lit/ds/symlink/opa454.pdf
Greetings Volker
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Autorouting PCB copper 90° traces
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Autorouting PCB copper 90° traces
Welcome aboard! I’m actually surprised that auto routing did this well our usual advise is don’t use auto router as it usually does poorly. Being as it did work reasonably well in this case, you can either ignore the advise about 45 degree corners (it only typically matters at rf type frequencies) or edit the sketch and drag the red dots to make another bend point at 45 degrees like this:
Click on the corner circled in red, then drag it in direction of the arrow til it is 45 degrees. I remember a key sequence that (cntr-shift?) that will snap to 45 degrees but that didn’t work for me in this case but a search in the forum search bar for something like “snap a pcb trace to 45 degrees” may turn up the correct advise.
Once you have done that, click on Routing->Design Rules Check (or DRC) to check the traces are all far enough apart. Good is
Bad is:
Where the red in the red circle indicates the overlap. Once DRC passes then you want to do File->Export for Production-> Extended Gerber, supply a directory (I usually use Gerber), and click OK. That writes the gerber files (which will be used to make you board) to the directory. You then want to examine them with a gerber viewer (I use gerbv from the geda project, but there are lots of others) to look at the traces as this (rather than the Fritzing pcb view) is what the board will look like. If you run in to problems post the .fzz file via the upload buttom (7th icon from the left in the reply menu) and one of us will have a look at it.
Peter
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