You will have to draw the new shapes yourself, but that's easy 😉
You must have some instruction called "library add" or similar.
To know what they expect, put a similar component you already have (say, TO220) on the PCB and "disassemble" it, there must be some command which "turns it into primitives", which are the separate elements that make the symbol: pads, tracks, holes, labels, etc.
You draw your own in a similar way (remember elements will be in different layers) , select them, and add it to a library with a new name.
Agree, example in the Sprint Lay-out program you can use the "ungroup" command to edit a particular device pattern found in the makros file (library) then save it after (e.g. local TO-92 resistor) as indentifier. I also do this to match the footprint of the locally available parts found in our local supplier. You can edit or draw your preferred device pattern just save it to the library folder.🙂
Today I made 3D model (joke).
Here are some pics that represent how peeceebee shall look like.
One chanel is complete, other only with low profile components.
Here are some pics that represent how peeceebee shall look like.
One chanel is complete, other only with low profile components.
Attachments
Nice.
I'm getting a couple of dozen prints of the smaller one within the next 15 days. Wonder how that will look like in 3D! 😉
I'm getting a couple of dozen prints of the smaller one within the next 15 days. Wonder how that will look like in 3D! 😉
how that will look like in 3D...
Something like this...
Attachments
Wooooohooooooo.... my prototype of this little amp sing beautifully.
Thanks LC and Shaan.
Supply +-40vdc.
Dc offsett 5.3-5.8 mv
Bias 200mA.
Thanks LC and Shaan.
Supply +-40vdc.
Dc offsett 5.3-5.8 mv
Bias 200mA.
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