@@ -8,6 +8,8 @@ Notes for beginners and reference for experts on the nuts and bolts of circuit d
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@@ -8,6 +8,8 @@ Notes for beginners and reference for experts on the nuts and bolts of circuit d
No matter what software you're using, it's important to understand the two representations we use to describe circuits.
No matter what software you're using, it's important to understand the two representations we use to describe circuits.
To jump in, I've included [this **example eagle project**](eagle/examples/xmega-demo) that you can clone (it will probably even work!) to see what-all is going on when you're designing circuits.
The ```schematic``` is a nonphysical space where we can describe which outputs or inputs from our various components are connected to one another. In a schematic, we find part ```symbols``` that pave ```pins```, these are connected to one another on ```nets```.
The ```schematic``` is a nonphysical space where we can describe which outputs or inputs from our various components are connected to one another. In a schematic, we find part ```symbols``` that pave ```pins```, these are connected to one another on ```nets```.
