Guided Bus Router - Revision history

Harald Friedrich at 12:14, 31 October 2024

2024-10-31T12:14:07Z

← Older revision		Revision as of 14:14, 31 October 2024
Line 20:		Line 20:
	(Image 4: Complete guided bus routing)<br><br>		(Image 4: Complete guided bus routing)<br><br>
	The minimum spacing and minimum widths of the signals are automatically taken into account during routing.		The minimum spacing and minimum widths of the signals are automatically taken into account during routing.
			[[de:Guided Bus Router]]
			[[fr:Guided Bus Router]]

Harald Friedrich at 11:48, 31 October 2024

2024-10-31T11:48:33Z

← Older revision		Revision as of 13:48, 31 October 2024
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	[[File:Guided1.png\|alternative text=Selecting airwires]]<br>		[[File:Guided1.png\|alternative text=Selecting airwires]]<br>
	(Image 1: Selecting airwires)<br><br>		(Image 1: Selecting airwires)<br><br>
	Then type the [Shift] + [B] key for Bus. Now use [[M1]] to start the guide lines to which the bus should orient itself. TARGET uses the current working layer for copper.		Then type the [Shift] + [B] key for Bus. Alternatively, you can also use the corresponding item in menu "Actions / Autorouters... / Autorouter". Now use [[M1]] to start the guide lines to which the bus should orient itself. TARGET uses the current working layer for copper.

	Do not start too close to the soldering pads so that TARGET can connect the tracks properly afterwards:		Do not start too close to the soldering pads so that TARGET can connect the tracks properly afterwards:

Harald Friedrich at 11:36, 31 October 2024

2024-10-31T11:36:43Z

← Older revision		Revision as of 13:36, 31 October 2024
Line 15:		Line 15:
	[[File:Guided3.png\|alternative text=End guide lines with [Enter]]]<br>		[[File:Guided3.png\|alternative text=End guide lines with [Enter]]]<br>
	(Image 3: End guide lines with [Enter])<br><br>		(Image 3: End guide lines with [Enter])<br><br>
	TARGET tries to route the traces along the guide lines and then connect the solder pads at the end:		TARGET tries to route the traces along the guide lines and then to connect the solder pads in the end:

	[[File:Guided4.png\|alternative text=Complete guided bus routing]]<br>		[[File:Guided4.png\|alternative text=Complete guided bus routing]]<br>
	(Image 4: Complete guided bus routing)<br><br>		(Image 4: Complete guided bus routing)<br><br>
	The minimum spacing and minimum widths of the signals are automatically taken into account during routing.		The minimum spacing and minimum widths of the signals are automatically taken into account during routing.

Harald Friedrich at 11:33, 31 October 2024

2024-10-31T11:33:51Z

Harald Friedrich: Created page with "This allows you to route several tracks at once, for example the lines of a bus: In the circuit board view, first select the desired air lines specified by the circuit diagram. To do this, drag a catch window with M1H from '''right to left'''. In this case, it is sufficient to touch the air lines: File:Guided1.png
(Image 1: Selecting airlines)

Then type the [Shift] + [B] key for Bus. Now use M1 to start the guide lines to which the bus should or..."

2024-10-31T11:26:02Z

Created page with "This allows you to route several tracks at once, for example the lines of a bus: In the circuit board view, first select the desired air lines specified by the circuit diagram. To do this, drag a catch window with M1H from '''right to left'''. In this case, it is sufficient to touch the air lines: File:Guided1.png (Image 1: Selecting airlines) Then type the [Shift] + [B] key for Bus. Now use M1 to start the guide lines to which the bus should or..."

New page

This allows you to route several tracks at once, for example the lines of a bus:

In the circuit board view, first select the desired air lines specified by the circuit diagram. To do this, drag a catch window with [[M1H]] from '''right to left'''. In this case, it is sufficient to touch the air lines:

[[File:Guided1.png]] 
(Image 1: Selecting airlines) 
Then type the [Shift] + [B] key for Bus. Now use [[M1]] to start the guide lines to which the bus should orient itself. TARGET uses the current working layer for copper.

Do not start too close to the soldering pads so that TARGET can connect the tracks properly afterwards:

[[File:Guided2.png|alternative text=Start Guide-Lines]] 
(Image 2: Start guide lines) 
The current [[bend mode]] for guide lines is used. If possible, start and end with a straight section and not with a very short bend. Press [Enter] to define the end of the guide lines:

[[File:Guided3.png|alternative text=End guide lines with [Enter]]] 
(Image 3: End guide lines with [Enter]) 
TARGET tries to lay the traces along the guide lines and then connect the solder pads at the end:

[[File:Guided4.png|alternative text=Complete guided bus routing]] 
(Image 4: Completing guided bus routing) 
The minimum distances and minimum widths of the signals are automatically taken into account during routing.

← Older revision		Revision as of 13:33, 31 October 2024
Line 1:		Line 1:
	This allows you to route several tracks at once, for example the ~~lines~~ of a bus:		This allows you to route several tracks at once, for example the tracks of a bus.

	In the ~~circuit board~~ view, first select the desired ~~air lines~~ specified by the ~~circuit diagram~~. To do this, drag a catch window with [[M1H]] from '''right to left'''. In this case, it is sufficient to touch the ~~air lines~~:		In the PCB view, first select the desired airwires specified by the schematic. To do this, drag a catch window with [[M1H]] from '''right to left'''. In this case, it is sufficient to touch the airwires:

	[[File:Guided1.png]]<br>		[[File:Guided1.png\|alternative text=Selecting airwires]]<br>
	(Image 1: Selecting ~~airlines~~)<br><br>		(Image 1: Selecting airwires)<br><br>
	Then type the [Shift] + [B] key for Bus. Now use [[M1]] to start the guide lines to which the bus should orient itself. TARGET uses the current working layer for copper.		Then type the [Shift] + [B] key for Bus. Now use [[M1]] to start the guide lines to which the bus should orient itself. TARGET uses the current working layer for copper.

	Do not start too close to the soldering pads so that TARGET can connect the tracks properly afterwards:		Do not start too close to the soldering pads so that TARGET can connect the tracks properly afterwards:

	[[File:Guided2.png\|alternative text=Start ~~Guide-Lines~~]]<br>		[[File:Guided2.png\|alternative text=Start guide lines]]<br>
	(Image 2: Start guide lines)<br><br>		(Image 2: Start guide lines)<br><br>
	The current [[~~bend~~ mode]] for guide lines ~~is used~~. If possible, start and end with a straight section and not with a very short bend. ~~Press~~ [Enter] to define the end of the guide lines:		The current [[bending mode]] is used for the guide lines too. Use [[M2]] to change it. If possible, start and end with a straight section and not with a very short bend. Type [Enter] to define the end of the guide lines:

	[[File:Guided3.png\|alternative text=End guide lines with [Enter]]]<br>		[[File:Guided3.png\|alternative text=End guide lines with [Enter]]]<br>
	(Image 3: End guide lines with [Enter])<br><br>		(Image 3: End guide lines with [Enter])<br><br>
	TARGET tries to ~~lay~~ the traces along the guide lines and then connect the solder pads at the end:		TARGET tries to route the traces along the guide lines and then connect the solder pads at the end:

	[[File:Guided4.png\|alternative text=Complete guided bus routing]]<br>		[[File:Guided4.png\|alternative text=Complete guided bus routing]]<br>
	(Image 4: ~~Completing~~ guided bus routing)<br><br>		(Image 4: Complete guided bus routing)<br><br>
	The minimum ~~distances~~ and minimum widths of the signals are automatically taken into account during routing.		The minimum spacing and minimum widths of the signals are automatically taken into account during routing.