Well, I am planning on making a little device so I guess I will need it in the future. And yes, recommendations of resources are what I am looking for, I have made a research in this forum and found actually good guides, yesterday I finished this guide. It is really good and extensive but, I feel that I spent a lot of time reading and found it kinda slow to be honest. So that's why I am asking for recommendations.
That's the best tutorial I've seen for Altium even with what I call routing errors.
Essentially all you need is there, some or it you can skip for simple projects and come back to it when things get more complex or just bash on and learn as you go.....like I did.
For simple and basic SMD layout just use much the same schematic symbols as TH and select the correct PCB footprint from the folder
PCB that's within the Altium Libraries main folder. Just using the
Surface Mount or one of the
pcblib files like this one will get you a long way:
Miscellaneous Devices PCB.PcbLib. For IC's, most have multiple footprints that include SMD versions so really it's not too difficult.
Dave's PCB layout guidelines are helpful for newbies, it's in his Wiki:
http://www.eevblog.com/wiki/index.php?title=Online_Electronics_Tutorials_and_Books#PCB_layout_and_CADI am also worried about something else. I am looking at some Microchips that have some specifications that I am looking for but, I wonder if I can make a simulation with them. I've always been simulating with proteus but, it doesn't have a lot of components, I am wondering if somebody has any recommendation on which software would I pick to simulate. I read that AD has a simulator but haven't researched how it works and if it is a good solution for this.
Few bits about simulation here:
https://www.eevblog.com/forum/beginners/circuit-simulation-(sticky)/Edit to add:
Choosing the right SMD footprint for passives can be a bit confusing in Altium with the common sizes we all know being expressed in other yet still correct Metric units.
So in the PCB Component properties you get a Footprint description like this:
RESC2012M = SMD resistor 0805 (80 mil x 50 mil)
From Library: Miscellaneous Devices.IntLib
Description: Chip Resistor, Body 2.0x1.2mm, IPC Low Density
Have a good look at the measurements, then think 40 mil = 1mm and it starts to make sense.
For passives if I'm hand soldering an M footprint (low density) gives a slightly larger pad to form a nice fillet on.