Double sided layout - Revision history

Markus Friedrich at 09:25, 5 September 2013

2013-09-05T09:25:36Z

← Older revision		Revision as of 11:25, 5 September 2013
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	[[image: zweiseitig.jpg\|none]]<br>		[[image: zweiseitig.jpg\|none]]<br>
	Image: 3D-view of a double sided layout<br><br><br>		Image: 3D-view of a double sided layout. The FR4 core of the board is faded out.<br><br><br>
	The component leads stick in a husk having landmarks top and bottom. Green tracks: Copper top, while covered with solderstop agens. Tracks in copper color: Copper bottom, view from the top~~. the pcb core is faded out here~~. Viewed from the bottom they would be green as well.<br><br><br>		The component leads stick in a husk having landmarks top and bottom.<br>
			*Green tracks: Copper top, while covered with solderstop agens.
			*Tracks in copper color: Copper bottom, view from the top. Viewed from the bottom they would be green as well.<br><br><br>

Markus Friedrich at 14:12, 3 September 2013

2013-09-03T14:12:43Z

← Older revision		Revision as of 16:12, 3 September 2013
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	[[image: zweiseitig.jpg\|none]]<br>		[[image: zweiseitig.jpg\|none]]<br>
	Image: 3D-view of a double sided layout<br><br><br>		Image: 3D-view of a double sided layout<br><br><br>
	The component leads stick in a husk having landmarks top and bottom. Green tracks: Copper top, while covered with solderstop agens. Tracks in copper color: Copper bottom, view from the top. the pcb core is faded out ~~in this view~~. ~~viewed~~ from the bottom they would be green as well.<br><br><br>		The component leads stick in a husk having landmarks top and bottom. Green tracks: Copper top, while covered with solderstop agens. Tracks in copper color: Copper bottom, view from the top. the pcb core is faded out here. Viewed from the bottom they would be green as well.<br><br><br>

Markus Friedrich at 14:11, 3 September 2013

2013-09-03T14:11:05Z

← Older revision		Revision as of 16:11, 3 September 2013
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	*double sided		*double sided
	*Set the layer function of layer 02 to copper bottom, and the layer function of layer 16 to copper top. When using/setting the auto router dialog please permit routing upon these two layers. Define a preferred direction of routing (orthogonal to each other).		*Set the layer function of layer 02 to copper bottom, and the layer function of layer 16 to copper top. When using/setting the auto router dialog please permit routing upon these two layers. Define a preferred direction of routing (orthogonal to each other).


			[[image: zweiseitig.jpg\|none]]<br>
			Image: 3D-view of a double sided layout<br><br><br>
			The component leads stick in a husk having landmarks top and bottom. Green tracks: Copper top, while covered with solderstop agens. Tracks in copper color: Copper bottom, view from the top. the pcb core is faded out in this view. viewed from the bottom they would be green as well.<br><br><br>

Markus Friedrich at 09:59, 3 September 2013

2013-09-03T09:59:03Z

← Older revision		Revision as of 11:59, 3 September 2013
Line 6:		Line 6:

	*'''[F3]''' for getting to the PCB view		*'''[F3]''' for getting to the PCB view
	*'''[Strg] + [l]'''		*'''[Strg] + [l]''' for opening the dialog "PCB-Layers"
	*PCB-Layers
	*choose "Standard layer set"		*choose "Standard layer set"
	*double sided		*double sided

Markus Friedrich at 09:57, 3 September 2013

2013-09-03T09:57:37Z

← Older revision		Revision as of 11:57, 3 September 2013
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	The more complex a project gets the more difficult is it to route all tracks on one single copper layer without overlapping. Now you will have to use the copper top side (populating side, part side) for routing tracks. For leading tracks from one side to another one uses [[via]]s (a via is a plated through hole). During the process of placing tracks please press the full stop key [.] upon your keyboard to change the copper layer. A via is created and the track continues on the other copper side. Now you have a design '''double sided plated through (DSPth)'''.		The more complex a project gets the more difficult is it to route all tracks on one single copper layer without overlapping. Now you will have to use the copper top side (populating side, part side) for routing tracks. For leading tracks from one side to another one uses [[via]]s (a via is a plated through hole). During the process of placing tracks please press the full stop key [.] upon your keyboard to change the copper layer. A via is created and the track continues on the other copper side. Now you have a design '''double sided plated through (DSPth)'''.

	Settings for a double sided PCB in TARGET 3001!:
			'''Settings for a double sided PCB in TARGET 3001!:'''


	*'''[F3]''' for getting to the PCB view		*'''[F3]''' for getting to the PCB view

Markus Friedrich at 09:57, 3 September 2013

2013-09-03T09:57:16Z

← Older revision		Revision as of 11:57, 3 September 2013
Line 1:		Line 1:
	The more complex a project gets the more difficult is it to route all tracks on one single copper layer without overlapping. Now you will have to use the copper top side (populating side, part side) for routing tracks. For leading tracks from one side to another one uses [[via]]s (a via is a plated through hole). During the process of placing tracks please press the full stop key [.] upon your keyboard to change the copper layer. A via is created and the track continues on the other copper side. Now you have a design '''double sided plated through (DSPth)'''.		The more complex a project gets the more difficult is it to route all tracks on one single copper layer without overlapping. Now you will have to use the copper top side (populating side, part side) for routing tracks. For leading tracks from one side to another one uses [[via]]s (a via is a plated through hole). During the process of placing tracks please press the full stop key [.] upon your keyboard to change the copper layer. A via is created and the track continues on the other copper side. Now you have a design '''double sided plated through (DSPth)'''.

	~~Creating~~ a double sided PCB:		Settings for a double sided PCB in TARGET 3001!:

	'''[F3]''' for getting to the PCB view -> '''[Strg] + [l]'''-> PCB-Layers -> choose "Standard layer set" -> double sided -> Set the ~~layerfunction~~ of layer 02 to copper bottom, and the layer function of layer 16 to copper top. When using the ~~autorouter~~ dialog ~~allow~~ routing upon these layers ~~and define~~ a preferred direction of routing (each ~~orthogonally~~).		*'''[F3]''' for getting to the PCB view
			*'''[Strg] + [l]'''
			*PCB-Layers
			*choose "Standard layer set"
			*double sided
			*Set the layer function of layer 02 to copper bottom, and the layer function of layer 16 to copper top. When using/setting the auto router dialog please permit routing upon these two layers. Define a preferred direction of routing (orthogonal to each other).

Markus Friedrich at 08:20, 20 September 2011

2011-09-20T08:20:36Z

New page

The more complex a project gets the more difficult is it to route all tracks on one single copper layer without overlapping. Now you will have to use the copper top side (populating side, part side) for routing tracks. For leading tracks from one side to another one uses [[via]]s (a via is a plated through hole). During the process of placing tracks please press the full stop key [.] upon your keyboard to change the copper layer. A via is created and the track continues on the other copper side. Now you have a design '''double sided plated through (DSPth)'''.

Creating a double sided PCB:

'''[F3]''' for getting to the PCB view -> '''[Strg] + [l]'''-> PCB-Layers -> choose "Standard layer set" -> double sided -> Set the layerfunction of layer 02 to copper bottom, and the layer function of layer 16 to copper top. When using the autorouter dialog allow routing upon these layers and define a preferred direction of routing (each orthogonally).

[[Single sided layout]]

[[de:Zweiseitiges Layout]]
[[fr:PCB double face]]

[[category:Layout]]
[[category:Production]]