Solder a wire to a board - Revision history

Markus Friedrich: /* Create a simple soldering area on "copper top" for example */

2015-06-17T08:00:17Z

Create a simple soldering area on "copper top" for example

← Older revision		Revision as of 10:00, 17 June 2015
Line 53:		Line 53:
	= Create a simple soldering area on "copper top" for example =		= Create a simple soldering area on "copper top" for example =

	~~Wählen sie im Layout die Zeichenfunktionen~~ (~~Bleistift~~). ~~Hier wählen Sie ein gefülltes Rechteck~~. ~~Der Cursor ändert sich. Schweben Sie vor dem Zeichnen mit der Maus am rechten Bildschirmrand auf Ebene~~ 16~~, Kupfer oben und klicken Sie rechts (~~[[M2]]). ~~Jetzt ist Ebene~~ 16 ~~zum Zeichnen aktiviert~~, ~~rötlich unterlegt~~. ~~Legen Sie nun Ihr Rechteck ab~~. ~~Es erscheint vollflächig~~ in ~~blau~~. ~~Es handelt sich hier um eine Kupferfläche auf Kupfer oben~~. ~~Kopieren Sie diese Fläche nochmals auf Ebene~~ 18~~, Lötstopp oben,~~ so ~~dass das Pad frei von Lötstopplack bleibt~~. ~~Wenn alle Ebenen sichtbar geschaltet sind~~, ~~erscheint das Pad nun grün~~. ~~Alles was grün ist, ist frei von Lötstopplack, also lötbar~~.		Select a filled rectangle in the drawing functions (the pencil icon). The cursor shape changes. Hover the mouse to layer 16 at the sidebar to the right and do a right click [[M2]]. Now layer 16 is active for drawing, highlighted red. Now place your rectangle to the canvas. It appears blue in filled shape. This area will be constructed later as a little copper area on copper top. Kopy and paste this area again on layer 18 solderstop top so that this little pad later remains free from solderstop varnish. If all layers are faded in later, the pad appears green. All green elements are free from solderstop varnish thus solderable.

	alias: ~~Lötpad~~, ~~Pad~~, ~~Lötpunkt zum Anlöten eines Drahtes~~, ~~ein polig einpolig einpohlig, Kontakt, Anschluss~~,		alias: soldering pad footprint, single pole, one pole, contact, simple connection

	[[de:Draht anlöten]] [[fr:souder un fil]]		[[de:Draht anlöten]] [[fr:souder un fil]]

Markus Friedrich at 10:34, 16 June 2015

2015-06-16T10:34:48Z

← Older revision		Revision as of 12:34, 16 June 2015
Line 57:		Line 57:
	alias: Lötpad, Pad, Lötpunkt zum Anlöten eines Drahtes, ein polig einpolig einpohlig, Kontakt, Anschluss,		alias: Lötpad, Pad, Lötpunkt zum Anlöten eines Drahtes, ein polig einpolig einpohlig, Kontakt, Anschluss,

	[[de:Draht anlöten~~]][[en:Solder a wire to a board~~]][[fr:souder un fil]]		[[de:Draht anlöten]] [[fr:souder un fil]]

Markus Friedrich: /* Without a counterpart in the schematic */

2015-06-16T10:34:12Z

Without a counterpart in the schematic

← Older revision		Revision as of 12:34, 16 June 2015
Line 49:		Line 49:
	<big>'''1X01_socket'''</big>		<big>'''1X01_socket'''</big>

	Place the soldering pad at any place in your design. '''[[M11]]''' allows edition.		Place the soldering pad at any place in your design. '''[[M11]]''' allows edition.<br><br>

	= Create a simple soldering area on "copper top" for example =		= Create a simple soldering area on "copper top" for example =

Markus Friedrich: /* Without a counterpart in the schematic */

2015-06-16T10:33:56Z

Without a counterpart in the schematic

← Older revision		Revision as of 12:33, 16 June 2015
Line 47:		Line 47:
	In a ''Project without schematic'' simply select the package:		In a ''Project without schematic'' simply select the package:

	<big>'''~~1X01_Buchse~~'''</big>		<big>'''1X01_socket'''</big>

	~~Place the soldering pad at any place in your design. M11 allows edition.~~


			Place the soldering pad at any place in your design. '''[[M11]]''' allows edition.

	= Create a simple soldering area on "copper top" for example =		= Create a simple soldering area on "copper top" for example =

Markus Friedrich: /* Without a drill hole SMD */

2015-06-16T10:33:11Z

Without a drill hole SMD

← Older revision		Revision as of 12:33, 16 June 2015
Line 41:		Line 41:
	In der 3D view it looks that way:		In der 3D view it looks that way:

	[[Image:smdPadBlank.jpg\|150px\|A single SMD soldering pad on a piece of board\|none]]Image: A SMD soldering pad is just a plated copper area on the PCB.~~<br>~~<br><br>Without the board you would see just an octagonal square in gray. Not quite exciting but exactly what we desired to have.<br><br><br>		[[Image:smdPadBlank.jpg\|150px\|A single SMD soldering pad on a piece of board\|none]]Image: A SMD soldering pad is just a plated copper area on the PCB.<br><br>Without the board you would see just an octagonal square in gray. Not quite exciting but exactly what we desired to have.<br><br><br>

	= Without a counterpart in the schematic =		= Without a counterpart in the schematic =

Markus Friedrich: /* Without a drill hole SMD */

2015-06-16T10:32:41Z

Without a drill hole SMD

← Older revision		Revision as of 12:32, 16 June 2015
Line 34:		Line 34:


	[[Image:OnePadDlg2.jpg\|500px\|The dialog to edit a single THT-soldering ~~Pad~~.~~\|none~~]]Image: A little more copper width than height, Layer=16, drill hole diameter=0mm<br><br>		[[Image:OnePadDlg2.jpg\|500px\|none\|The dialog to edit a single THT-soldering pad.]]Image: A little more copper width than height, Layer=16, drill hole diameter=0mm<br><br>
	<br><br>		<br><br>
	Result:		Result:
	<br><br>		<br><br>
	[[Image:OnePad2.jpg\|150px\|a SMD pad\|none]]Image: A little more copper width than hight. Layer=16, drill hole diameter=0mm<br><br><br><br>		[[Image:OnePad2.jpg\|150px\|a SMD pad\|none\|]]Image: A little more copper width than hight. Layer=16, drill hole diameter=0mm<br><br><br><br>
	In der 3D view it looks that way:		In der 3D view it looks that way:

	[[Image:smdPadBlank.jpg\|150px\|A single SMD soldering pad on a piece of board\|none]]Image: A SMD soldering pad is just a plated copper area on the PCB.<br><br><br>Without the board you would see just an octagonal square in gray. Not ~~really~~ exciting but exactly what we desired to have.<br><br><br>		[[Image:smdPadBlank.jpg\|150px\|A single SMD soldering pad on a piece of board\|none]]Image: A SMD soldering pad is just a plated copper area on the PCB.<br><br><br>Without the board you would see just an octagonal square in gray. Not quite exciting but exactly what we desired to have.<br><br><br>

	= Without a counterpart in the schematic =		= Without a counterpart in the schematic =

Markus Friedrich: /* With a drill hole (THT) */

2015-06-16T10:22:50Z

With a drill hole (THT)

← Older revision		Revision as of 12:22, 16 June 2015
Line 19:		Line 19:
	[[Image:OnePad.jpg\|150px\|A single THT soldering pad\|none]]image: A soldering pad meant for mounting a wired pad.<br><br> If you fade out the board material the soldering pad would look this way:<br><br>		[[Image:OnePad.jpg\|150px\|A single THT soldering pad\|none]]image: A soldering pad meant for mounting a wired pad.<br><br> If you fade out the board material the soldering pad would look this way:<br><br>
	[[Image:Pad_blank.jpg\|150px\|A single THT soldering pad freed from the board material\|none]]Image: a soldering pad, meant for mounting, soldering a wired lead.<br><br><br>		[[Image:Pad_blank.jpg\|150px\|A single THT soldering pad freed from the board material\|none]]Image: a soldering pad, meant for mounting, soldering a wired lead.<br><br><br>
	~~Form~~ and look of the pad can freely be edited, ~~specially~~ the copper height and width as well as the drill hole diameter. ~~later~~ any current leading ~~connection~~ can be soldered here, a wire or any other contacting element.<br><br>		The form and the look of the pad can freely be edited, especially the copper height and width as well as the drill hole diameter. Later any current leading connector can be soldered here, a wire or any other contacting element.<br><br>


	Double click [[M2]] on a soldering pad in the layout opens the dialog for edition. First release eventually this button: [[Image:SelByElem.jpg\|Button for selecting the complete drawing when only hitting a part of it]]<br><br>		Double click [[M11]] on a soldering pad in the layout opens the dialog for edition. First release eventually this button: [[Image:SelByElem.jpg\|Button for selecting the complete drawing when only hitting a part of it]]<br><br>

Markus Friedrich: /* With a drill hole (THT) */

2015-06-16T10:21:44Z

With a drill hole (THT)

← Older revision		Revision as of 12:21, 16 June 2015
Line 18:		Line 18:
	If a pad expects a wire/lead from a part (THT Pad, Through Hole Technique, plated through) it will appear in this shape to your layout:<br><br>		If a pad expects a wire/lead from a part (THT Pad, Through Hole Technique, plated through) it will appear in this shape to your layout:<br><br>
	[[Image:OnePad.jpg\|150px\|A single THT soldering pad\|none]]image: A soldering pad meant for mounting a wired pad.<br><br> If you fade out the board material the soldering pad would look this way:<br><br>		[[Image:OnePad.jpg\|150px\|A single THT soldering pad\|none]]image: A soldering pad meant for mounting a wired pad.<br><br> If you fade out the board material the soldering pad would look this way:<br><br>
	[[Image:Pad_blank.jpg\|150px\|A single THT soldering pad freed from the board material\|none]]Image: a soldering pad, meant for mounting, soldering a a wired lead.<br><br><br>		[[Image:Pad_blank.jpg\|150px\|A single THT soldering pad freed from the board material\|none]]Image: a soldering pad, meant for mounting, soldering a wired lead.<br><br><br>
	Form and look of the pad can freely be edited, specially the copper height and width as well as the drill hole diameter. later any current leading connection can be soldered here, a wire or any other contacting element.<br><br>		Form and look of the pad can freely be edited, specially the copper height and width as well as the drill hole diameter. later any current leading connection can be soldered here, a wire or any other contacting element.<br><br>

Markus Friedrich: /* With a drill hole (THT) */

2015-06-16T10:21:28Z

With a drill hole (THT)

← Older revision		Revision as of 12:21, 16 June 2015
Line 18:		Line 18:
	If a pad expects a wire/lead from a part (THT Pad, Through Hole Technique, plated through) it will appear in this shape to your layout:<br><br>		If a pad expects a wire/lead from a part (THT Pad, Through Hole Technique, plated through) it will appear in this shape to your layout:<br><br>
	[[Image:OnePad.jpg\|150px\|A single THT soldering pad\|none]]image: A soldering pad meant for mounting a wired pad.<br><br> If you fade out the board material the soldering pad would look this way:<br><br>		[[Image:OnePad.jpg\|150px\|A single THT soldering pad\|none]]image: A soldering pad meant for mounting a wired pad.<br><br> If you fade out the board material the soldering pad would look this way:<br><br>
	[[Image:Pad_blank.jpg\|150px\|A single ~~THTLsoldering~~ pad freed from the board material\|none]]Image: a soldering pad, meant for mounting, soldering a a wired lead.<br><br><br>		[[Image:Pad_blank.jpg\|150px\|A single THT soldering pad freed from the board material\|none]]Image: a soldering pad, meant for mounting, soldering a a wired lead.<br><br><br>
	Form and look of the pad can freely be edited, specially the copper height and width as well as the drill hole diameter. later any current leading connection can be soldered here, a wire or any other contacting element.<br><br>		Form and look of the pad can freely be edited, specially the copper height and width as well as the drill hole diameter. later any current leading connection can be soldered here, a wire or any other contacting element.<br><br>

Line 26:		Line 26:

	[[Image:OnePadDlg.jpg\|500px\|The dialog for the edition of a single THT soldering pad.\|none]]Image: Double click on a soldering pad opens the dialog for edition.<br><br><br>		[[Image:OnePadDlg.jpg\|500px\|The dialog for the edition of a single THT soldering pad.\|none]]Image: Double click on a soldering pad opens the dialog for edition.<br><br><br>


	== Without a drill hole SMD ==		== Without a drill hole SMD ==

Markus Friedrich: /* With a counterpart in the schematic */

2015-06-16T10:20:06Z

With a counterpart in the schematic

← Older revision		Revision as of 12:20, 16 June 2015
Line 8:		Line 8:
	Select a single pole connector from the component data base. Search in the TARGET 3001!- component data base [[Image:InsertComponent.jpg\|Icone to insert a component resp. for opening the component data base.]] for '''1 pole'''. Select from the row of ''female sockets'' the C1x01_SOCKET. You will get the following image (sure it would be appropriate to insert a male 1 pole pin header as well):<br><br>		Select a single pole connector from the component data base. Search in the TARGET 3001!- component data base [[Image:InsertComponent.jpg\|Icone to insert a component resp. for opening the component data base.]] for '''1 pole'''. Select from the row of ''female sockets'' the C1x01_SOCKET. You will get the following image (sure it would be appropriate to insert a male 1 pole pin header as well):<br><br>

	[[Image:EinpoligerKontakt_e.jpg\|500px\|none\|The component browser with suitable match]]Image: The component browser with suitable match~~. In the case shown a female connector is chosen~~.<br><br>		[[Image:EinpoligerKontakt_e.jpg\|500px\|none\|The component browser with suitable match]]Image: The component browser with suitable match.<br><br>


	Import the componennt to the schematic. Here you get a single pin which you would drop to any place of your schematic and connect it ~~if needed~~. Now switch over to the layout view. [[Image:GotoPCB.jpg\|Icon for changing to the layout view]] and place the pad.		Import the componennt to the schematic. Here you get a single pin which you would drop to any place of your schematic and connect it. Now switch over to the layout view. [[Image:GotoPCB.jpg\|Icon for changing to the layout view]] and place the pad.

← Older revision		Revision as of 12:20, 16 June 2015
Line 8:		Line 8:
	Select a single pole connector from the component data base. Search in the TARGET 3001!- component data base [[Image:InsertComponent.jpg\|Icone to insert a component resp. for opening the component data base.]] for '''1 pole'''. Select from the row of ''female sockets'' the C1x01_SOCKET. You will get the following image (sure it would be appropriate to insert a male 1 pole pin header as well):<br><br>		Select a single pole connector from the component data base. Search in the TARGET 3001!- component data base [[Image:InsertComponent.jpg\|Icone to insert a component resp. for opening the component data base.]] for '''1 pole'''. Select from the row of ''female sockets'' the C1x01_SOCKET. You will get the following image (sure it would be appropriate to insert a male 1 pole pin header as well):<br><br>

	[[Image:EinpoligerKontakt_e.jpg\|500px\|none\|The component browser with suitable match]]Image: The component browser with suitable match~~. In the case shown a female connector is chosen~~.<br><br>		[[Image:EinpoligerKontakt_e.jpg\|500px\|none\|The component browser with suitable match]]Image: The component browser with suitable match.<br><br>


	Import the componennt to the schematic. Here you get a single pin which you would drop to any place of your schematic and connect it ~~if needed~~. Now switch over to the layout view. [[Image:GotoPCB.jpg\|Icon for changing to the layout view]] and place the pad.		Import the componennt to the schematic. Here you get a single pin which you would drop to any place of your schematic and connect it. Now switch over to the layout view. [[Image:GotoPCB.jpg\|Icon for changing to the layout view]] and place the pad.