I need to do footprint for variable capacitor in Proteus please
So do you have the trimmer in hand, or a datasheet which shows its physical dimensions?10pF-280pF 2J type & 0pF-10pF Trimmer
I want to show me any footprint for any variable capacitor you chooseWhat a dumb title for a post!
I can think of about a dozen types of variable capacitors, and hundreds of footprints. You need to be way more specific.
Not that easy.if stringsearch(thread_title,"help"|"anyone") button.submit_thread.enable=FALSE;
Yes correct but it would be possible to disable posting when certain titles are entered.Not that easy.
A thread titled, "Need help understanding common-mode gain" is not at all unreasonable. Neither is, "Can anyone tell me where my attempt to match impedances is going astray?"
There are certainly better titles that don't use "help" or "anyone", but the point is that perfectly reasonable titles can and do use these and other red-flag words.
I searched but I found nothingDo you have a footprint available for typical resistor?
There, that's the footprint for the variable capacitor I just chose.
Go to Google. Type in variable capacitor footprint. Click the link with the pretty pictures.
This thread has lost its momentum because you have not posted any information on how this component look like. Before you do that you are only wasting your time. Why not take a picture of it and some measurements with a slide caliper. If you do not have the datasheet. But the datasheet would of course be the bestI searched but I found nothing
You are looking for ANY capacitor footprint.I searched but I found nothing
If I can do it, anyone can……HereYou are looking for ANY capacitor footprint.
You did what I suggested, which is type in "variable capacitor footprint" in Google and select the Google Images link -- the one with the pictures. And you found nothing. I see about a dozen footprints on the first page alone.
Perhaps it is time to consider a less challenging career choice.
Or, perhaps it is time to make a more specific post of just what you are trying to achieve.
Take your pick.
by Duane Benson
by Duane Benson
by Jake Hertz