@dl9ocd Sure, I've used something called "videorecorder" or similar and then edited it in Adobe premier. However, I've later switched to Camtasia Studio.
A work of art in every cell phone, laptop motherboard and all that, the laymen don't know what hidden gems lie in their electronic gadgets, I'd actually put this in an exhibition! Yabba dabba doooooooo!
Awesome work! I've experience on PCB design and I'm starting learning Altium. Could you resume the best practices on using efficiently Altium PCB designer? On this videos: -Which PCB Editor configurations. -Which key shortcuts do you use? -Which are the essential commands you use? -How to manage tracks ( shove and hug)? -I don't know how to dynamically adjust traces (shove) as you do it. -When you pass cursor over tracks or pads, the net "highlight" (white contour). How can I trun that on? -
@fmendes75 Thank you. I was about to release a video about the things you've mentioned, but unfortunately the recording got screwed up, so I'll have to start from the scratch. So stay tuned, in the meantime, I'll try to prepare a circuit for you.
@fmendes75 Thanks! I'm trying desperatly to produce a new video with things you've mentioned, but: I have some issues with my screen capturing software. If someone could recommend a screen capture program that does not f**k up the videos I generate I would very much appreciate this :)
simply say: for best availability of ground "wire" -> for larger coverage of possible paths for return currents? ,but is is some connection between meaning of protecting the circuit from high shock voltage (statical discharge ...)
you can protect inputs to your pcb by placing a couple of diodes between the input and your rails (most of ICs do this), ground splitting with extra transformers or optocouplers would also work by physically disconnecting your electronics from outside "world".
@majklxxx converting free space to conductive is called "copper pour" this is done to provide as large area for return current (ground ) as possible, you see, when your return current path is getting larger, the impedance of the path is getting lower, decreasing the voltage drop in the return path and reducing noise. Large copper pours are also used to protect sensitive circuits agains EMI and several conductive path against coupling.
@klhugo the holes are there to provide a low-impedance path between the ground layers and to have more or less a continuous ground-plane (low-impedance in return path = less noise, continuous ground plane = less noise). If I would have used a four-layer board, then I would have dedicated a single layer for ground only, hope it answers your question.
Is it possible to describe how did you produce
this video?
dl9ocd 3 months ago in playlist Weitere Videos von antoker
@dl9ocd Sure, I've used something called "videorecorder" or similar and then edited it in Adobe premier. However, I've later switched to Camtasia Studio.
antoker 3 months ago
A work of art in every cell phone, laptop motherboard and all that, the laymen don't know what hidden gems lie in their electronic gadgets, I'd actually put this in an exhibition! Yabba dabba doooooooo!
cd4600 10 months ago
fmendes75 1 year ago
@fmendes75 Thank you. I was about to release a video about the things you've mentioned, but unfortunately the recording got screwed up, so I'll have to start from the scratch. So stay tuned, in the meantime, I'll try to prepare a circuit for you.
antoker 1 year ago
@antoker YES YES YES. I already subscribed! Excellent video and excellent advices!
Pianistos 11 months ago 2
@fmendes75 Thanks! I'm trying desperatly to produce a new video with things you've mentioned, but: I have some issues with my screen capturing software. If someone could recommend a screen capture program that does not f**k up the videos I generate I would very much appreciate this :)
antoker 11 months ago
Comment removed
fmendes75 11 months ago
This has been flagged as spam show
@antoker Can't help you there. I'm a Mac man. I work with Altium on VirtualBox.
I'm going to ask around.
fmendes75 11 months ago
i am beginner too, but why are free place inverted into conductive layer (at video black space into red space).. it start about 0:19 ..thanks
majklxxx 1 year ago
simply say: for best availability of ground "wire" -> for larger coverage of possible paths for return currents? ,but is is some connection between meaning of protecting the circuit from high shock voltage (statical discharge ...)
majklxxx 1 year ago
you can protect inputs to your pcb by placing a couple of diodes between the input and your rails (most of ICs do this), ground splitting with extra transformers or optocouplers would also work by physically disconnecting your electronics from outside "world".
antoker 1 year ago
@majklxxx converting free space to conductive is called "copper pour" this is done to provide as large area for return current (ground ) as possible, you see, when your return current path is getting larger, the impedance of the path is getting lower, decreasing the voltage drop in the return path and reducing noise. Large copper pours are also used to protect sensitive circuits agains EMI and several conductive path against coupling.
antoker 1 year ago
hi, i'm just a beginner, could you tell me why id you put all those holes on the ground planes? thanks !
klhugo 1 year ago
@klhugo the holes are there to provide a low-impedance path between the ground layers and to have more or less a continuous ground-plane (low-impedance in return path = less noise, continuous ground plane = less noise). If I would have used a four-layer board, then I would have dedicated a single layer for ground only, hope it answers your question.
antoker 1 year ago
@antoker sure ! you answered my question ! thanks :)
klhugo 1 year ago 2
@klhugo You're welcome!
antoker 1 year ago