As I have mentioned on the subject,
might need help for this Breadboard schematics.
Not sure how the arrangement will be like on a Stripboard (are the arrangements the same when apply on stripboard? ). Sry, I'm still considered a newbie at it.
a pictured explanation would be nice
Thank you
That's a Fritzing diagram, not a schematic. If it was a schematic you could probably figure out the connections for strip board fairly easily.
Do you plan to use an Uno in your project or do you intend to but an Atmega 328 on the stripboard?
I suggest you start by getting paper and pencil and making a drawing of all the connections without the breadboards.
...R
Wiring things on a strip board can be done the same way.
Here is an example:
The attached PDF might help to explain what needs to be done.
Suggest you make a copy of the strip board on paper (or scan it into your computer) then do some layout ‘trail and error’ drawing before any soldering is attempted.
A drawing program on your PC is a great tool to draw your wiring paths; print out the final version to use as a wiring map when soldering.
https://forum.arduino.cc/index.php?action=dlattach;topic=445951.0;attach=195518
See these prototyping boards:
Idunknoe:
Not sure how the arrangement will be like on a Stripboard (are the arrangements the same when apply on stripboard? ).
Well, no!
In this case, the "breadboard" is being utilised only as a "bus" - a means to connect multiple wires to the same point, in this case, one (or two) for the ground, one for the 5 V supply and one for the 6 V supply to the servos. You clearly do not need the full depth of the breadboard; it is just wasted space.
Stripboard or "Veroboard®" is adapted by cutting across some tracks to divide them into separate sections. "Vero" provides a milling tool that removes the track around a given hole but this wastes one hole. Generally it is possible to use a craft knife to make a cut between holes. So you would want to use two tracks for the supply and ground for the servos, and a few tracks - possibly on a separate section of stripboard - with one broken into three hole sections to allow you to wire to the Arduino, the sensor strip and then the resistor which bridges over to the 5 V track.
Or I suppose, a piece of this stuff:
