The D2A and A2D connections are on 4x2 headers. Does somebody know a good way to access those signals onto a prototyping shield? My stack of boards will have a display on top.
My first thought was a low profile plug that would bring out wires to the side. I could then run those wires to a separate driver to give more current out.
I guess I could make my own shield by solder some long tail connectors onto generic 0.1 inch spacing. Those connectors seem to be called tall stackable connectors. I don't need to pass the 3x2 pins that are not on 0.1 centers. Suggestions are welcome.
This is for hobby use.
Edit: I am now thinking of using an oversized prototyping board with tall connectors soldered in. The Arduino Uno would be on the bottom. The Analog Shield would be next up. The big proto board would be next. The display would be on top. I would put the stack into a case with the big proto board being the mechanical connection to the case, and the other things being above and below. I could and insulating spacers to keep vibration from letting the pieces from coming apart. Still looking for ideas. I don't need a lot of space for my custom circuitry. Maybe a couple 14 pin dips and some passive components. And maybe some solder-on screw terminals or some other connectors for wires going out.
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The D2A and A2D connections are on 4x2 headers. Does somebody know a good way to access those signals onto a prototyping shield? My stack of boards will have a display on top.
My first thought was a low profile plug that would bring out wires to the side. I could then run those wires to a separate driver to give more current out.
I guess I could make my own shield by solder some long tail connectors onto generic 0.1 inch spacing. Those connectors seem to be called tall stackable connectors. I don't need to pass the 3x2 pins that are not on 0.1 centers. Suggestions are welcome.
This is for hobby use.
Edit: I am now thinking of using an oversized prototyping board with tall connectors soldered in. The Arduino Uno would be on the bottom. The Analog Shield would be next up. The big proto board would be next. The display would be on top. I would put the stack into a case with the big proto board being the mechanical connection to the case, and the other things being above and below. I could and insulating spacers to keep vibration from letting the pieces from coming apart. Still looking for ideas. I don't need a lot of space for my custom circuitry. Maybe a couple 14 pin dips and some passive components. And maybe some solder-on screw terminals or some other connectors for wires going out.
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