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From:	"Graham S (graham DOT seale AT gmail DOT com) [via geda-help AT delorie DOT com]" <geda-help AT delorie DOT com>
Date:	Mon, 28 Aug 2017 12:01:34 +0100
Message-ID:	<CAHsNvaB61cG5aYuoTO1HVeuDfq=hPfuZ667L0fhEPk6g+k1V_Q@mail.gmail.com>
Subject:	[geda-help] Symbols for components with extra internally connected pins in the footprint
To:	geda-help AT delorie DOT com
Reply-To:	geda-help AT delorie DOT com

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Hi gEDA help

How does one deal with the symbol for a component that has more physical
pins than symbol pins, because internally some are strapped together? I
have searched through the Wiki help for some time, looking for a clear
example, but not yet seen how to do it.

Some power semiconductors use extra pins, as do many relays.

An example is a simple changeover switch relay where there are 8 pins
altogether.
Two of the pins can be for the coil, and given a slotdef=1. That part is
easy.

The remaining 6 pins, using slotdef=2, are arranged such that each internal
element uses up 2 pins, strapped together internally.

This is where I need to understand how, (or whether) a single gschem symbol
pin can be actually served by more than one pin in the footprint, and know
how to arrange pinseq. I have spent some time adding the attributes to the
example, though I suspect my arrangement might be done better

The example I include does work, but it would be nice to simplify the
symbol to have only 3 connections, while the associated footprint has 6
pins connected as 3 pairs.

Thanks if you can help
Graham

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<div dir=3D"ltr"><div>Hi gEDA help<br><br></div><div>How does one deal with=
 the symbol for a component that has more physical pins than symbol pins, b=
ecause internally some are strapped together? I have searched through the W=
iki help for some time, looking for a clear example, but not yet seen how t=
o do it.<br><br>Some power semiconductors use extra pins, as do many relays=
.<br><br>An example is a simple changeover switch relay where there are 8 p=
ins altogether.<br></div><div>Two of the pins can be for the coil, and give=
n a slotdef=3D1. That part is easy.<br><br></div><div>The remaining 6 pins,=
 using slotdef=3D2, are arranged such that each internal element uses up 2 =
pins, strapped together internally.<br><br></div><div>This is where I need =
to understand how, (or whether) a single gschem symbol pin can be actually =
served by more than one pin in the footprint, and know how to arrange pinse=
q. I have spent some time adding the attributes to the example, though I su=
spect my arrangement might be done better<br><br>The example I include does=
 work, but it would be nice to simplify the symbol to have only 3 connectio=
ns, while the associated footprint has 6 pins connected as 3 pairs.<br></di=
v><div><br></div><div>Thanks if you can help<br></div><div>Graham<br></div>=
<div><br></div></div>

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