1106 views|3 replies
QWE4562009
Currently offline
|
The OP
Published on 2023-7-6 16:35
Only look at the author
This post is from PCB Design
Latest reply
The AD keep-out region placement tool can be implemented by selecting the "Design" tab and selecting the "Place Keep-Out Region" icon in the "Board Planning" group.
The way to set up classes in Altium Designer is through the "PCB Rules and Constraints Editor". You can open the settings interface by selecting "Properties" in the right-click menu, and then select the "Classes" tab on the left to create, edit and manage different categories.
For issues with layer settings and order movement, you can adjust them by following these steps:
Select the "Design" tab and open the "Layer Stack Manager" in the "Layer Stack Manager" group.
In the "Layer Stack" dialog box, you can see a list of layers and their order. If you cannot move up or down, it may be because some layer properties are locked.
To unlock the sequential movement of layers, right-click the corresponding layer and select "Unlock From Layer Below" or "Unlock From Layer Above".
If you have mistakenly saved an incorrect layer stackup setup, you can modify it in the "Layer Stack Manager" and regenerate the PCB document to update the layer stackup.
Regarding the layer settings of a four-layer board, in general, the top silkscreen layer, the top routing layer, the top solder mask layer, the bottom silkscreen layer, the bottom routing layer, and the bottom solder mask layer are sufficient. However, depending on the specific design requirements, sometimes more layers may need to be added.
Regarding the setting of line width in the copper pour manager, you can find the "rule file" in the "PCB project folder" window, double-click to open the "Design Rules" dialog box, and then select the "Routing Width" rule to set the copper pour line width.
Details
Published on 2023-7-6 20:57
| |
|
||
qwqwqw2088
Currently offline
|
2
Published on 2023-7-6 17:02
Only look at the author
This post is from PCB Design
| |
|
||
|
qwqwqw2088
Currently offline
|
3
Published on 2023-7-6 17:10
Only look at the author
|
|
|
|
4
Published on 2023-7-6 20:57
Only look at the author
This post is from PCB Design
| ||
|
||
|
EEWorld Datasheet Technical Support
EEWorld
subscription
account
EEWorld
service
account
Automotive
development
circle
About Us Customer Service Contact Information Datasheet Sitemap LatestNews
Room 1530, Zhongguancun MOOC Times Building, Block B, 18 Zhongguancun Street, Haidian District, Beijing 100190, China Tel:(010)82350740 Postcode:100190