Pin - Revision history

Markus Friedrich: /* Draw a new schematic symbol quick and easy by the use of your clipboard */

2019-03-18T11:15:41Z

Draw a new schematic symbol quick and easy by the use of your clipboard

← Older revision		Revision as of 13:15, 18 March 2019
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	Say in TARGET 3001! you would miss the component QT60240<br>[http://www.atmel.com/Images/qt60240_r8.06.pdf www.atmel.com/Images/qt60240_r8.06.pdf]‎<br><br>		Say in TARGET 3001! you would miss the component QT60240<br>[http://www.atmel.com/Images/qt60240_r8.06.pdf www.atmel.com/Images/qt60240_r8.06.pdf]‎<br><br>
	Fist take a short look on the package...<br><br>		Fist take a short look at the package...<br><br>
	From the data sheet you can see that it uses a MLF-32 package. This package is available in TARGET 3001!.<br>If in your case the package might not be available, please create it using the [[Package Generator]].<br><br>		From the data sheet you can see that it uses a MLF-32 package. This package is available in TARGET 3001!.<br>If in your case the package might not be available, please create it using the [[Package Generator]].<br><br>

Markus Friedrich: /* Draw a new schematic symbol quick and easy by the use of your clipboard */

2019-03-18T11:15:24Z

Draw a new schematic symbol quick and easy by the use of your clipboard

← Older revision		Revision as of 13:15, 18 March 2019
Line 127:		Line 127:
	=== Draw a new schematic symbol quick and easy by the use of your clipboard ===		=== Draw a new schematic symbol quick and easy by the use of your clipboard ===

	Say in TARGET 3001! you would miss the component QT60240<br>[http://www.atmel.com/Images/qt60240_r8.06.pdf www.atmel.com/Images/qt60240_r8.06.pdf]‎		Say in TARGET 3001! you would miss the component QT60240<br>[http://www.atmel.com/Images/qt60240_r8.06.pdf www.atmel.com/Images/qt60240_r8.06.pdf]‎<br><br>
	Fist take a short look on the package....<br><br>		Fist take a short look on the package...<br><br>
	From the data sheet you can see that it uses a MLF-32 package. This package is available in TARGET 3001!.<br>If in your case the package might not be available, please create it using the [[Package Generator]].<br><br>		From the data sheet you can see that it uses a MLF-32 package. This package is available in TARGET 3001!.<br>If in your case the package might not be available, please create it using the [[Package Generator]].<br><br>

	[[Image:processor_scheme1.jpg\|...]]<br><br>Image: Find the mlf32 package using the package browser<br><br><br>		[[Image:processor_scheme1.jpg\|...]]<br><br>Image: Find the mlf32 package using the package browser<br><br><br>


	Regarding the schematic symbol now leave this dialog and just place 32 pins anywhere to a free place in an empty schematic. Use the pin symbol under the "pencil icon" and repeatedly place pins so that they get consecutive numbers.		Regarding the schematic symbol now leave this dialog and just place 32 pins anywhere to a free place in an empty schematic. Use the pin symbol under the "pencil icon" and repeatedly place pins so that they get consecutive numbers.

Markus Friedrich: /* Draw a new schematic symbol quick and easy by the use of your clipboard */

2019-03-18T11:08:28Z

Draw a new schematic symbol quick and easy by the use of your clipboard

← Older revision		Revision as of 13:08, 18 March 2019
Line 128:		Line 128:

	Say in TARGET 3001! you would miss the component QT60240<br>[http://www.atmel.com/Images/qt60240_r8.06.pdf www.atmel.com/Images/qt60240_r8.06.pdf]‎		Say in TARGET 3001! you would miss the component QT60240<br>[http://www.atmel.com/Images/qt60240_r8.06.pdf www.atmel.com/Images/qt60240_r8.06.pdf]‎
			Fist take a short look on the package....<br><br>
	From the data sheet you can see that it uses a MLF-32 package. This package is available in TARGET 3001!.<br>If in your case the package might not be available, please create it using the [[Package Generator]].<br><br>		From the data sheet you can see that it uses a MLF-32 package. This package is available in TARGET 3001!.<br>If in your case the package might not be available, please create it using the [[Package Generator]].<br><br>

	[[Image:processor_scheme1.jpg\|...]]<br><br>Image: Find the mlf32 package using the package browser<br><br><br>		[[Image:processor_scheme1.jpg\|...]]<br><br>Image: Find the mlf32 package using the package browser<br><br><br>


	Regarding the schematic symbol now leave this dialog and just place 32 pins anywhere to a free place in an empty schematic. Use the pin symbol under the "pencil icon" and repeatedly place pins so that they get consecutive numbers.		Regarding the schematic symbol now leave this dialog and just place 32 pins anywhere to a free place in an empty schematic. Use the pin symbol under the "pencil icon" and repeatedly place pins so that they get consecutive numbers.

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	[[Image:processor_scheme5.jpg\|Truth table]]<br>Image:<br><br><br>After you have done this for each of the 32 pins, highlight all and place the cursor to Pin #1. Press key [x] for exporting it to the data base. Give it a name and assign the '''MLF32''' package to it.		[[Image:processor_scheme5.jpg\|Truth table]]<br>Image:<br><br><br>After you have done this for each of the 32 pins, highlight all and place the cursor to Pin #1. Press key [x] for exporting it to the data base. Give it a name and assign the '''MLF32''' package to it.


	== Arrange pins according to processor scheme ==		== Arrange pins according to processor scheme ==

Markus Friedrich at 12:12, 20 June 2014

2014-06-20T12:12:22Z

← Older revision		Revision as of 14:12, 20 June 2014
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	'''Color:''' Define color of a pin independently of predefined color. Is color white (R=255, G=255, B=255) chosen, the predefined standard-color is used. If you wish color white although, you need minimal offset from the above mentioned RGB characters (just one point fits).<br>		'''Color:''' Define color of a pin independently of predefined color. Is color white (R=255, G=255, B=255) chosen, the predefined standard-color is used. If you wish color white although, you need minimal offset from the above mentioned RGB characters (just one point fits).<br>
	'''Edit pin name:''' The dialog for the pin name will be opened.<br><br><br>		'''Edit pin name:''' The dialog for the pin name will be opened.<br><br><br>

			== Pin Look ==

			There are several symbols that can be added to a pin:<br><br>

			[[image:pin_addendum.png]]<br><br><br>



	== Change Pins ==		== Change Pins ==

Markus Friedrich at 12:46, 15 May 2014

2014-05-15T12:46:53Z

← Older revision		Revision as of 14:46, 15 May 2014
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	~~A pin in TARGET 3001! is the electric connection terminal of a schematic symbol:<br>~~

	~~[[Image:e_pin.jpg\|none]]~~

	== Place a pin when creating a schematic symbol==		== Place a pin when creating a schematic symbol==

			A pin in TARGET 3001! is the electric connection terminal of a schematic symbol:<br>

			[[Image:e_pin.jpg\|none]]<br><br><br>
	You can reach this mode...<br>		You can reach this mode...<br>
	by '''[1]''' or<br>		by '''[1]''' or<br>
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	What you can do...<br>		What you can do...<br>
	You can place free pins with '''[[M1]]''' clicks or by pressing '''[1]''' in pointer mode. Free pins are '''only''' used when defining '''new''' symbols which shall be saved as a component into the component data base. The pin numbers are incremented automatically. Having the phantom image of the pin on your cursor press '''[o]''' for Pin '''O'''ptions. This dialog allows settings for the pins about to come. The following options dialog shows some info about the component - and signal assignment. Now place the pins by mouse click. Place the ultimate pin by '''[Return]''' or '''[Esc]'''. It is possible to change number, form and function of a pin after placement by clicking [[Mousekeys\|'''M11''']] on it. The dialog "Change pins" will open which is different to the "Pin options" dialog.<br><br>In order not to highlight a complete component but only a pin, please release button [[Image:SelByElem.png]] in the [[pointer toolbar]] before double clicking a pin.<br><br>		You can place free pins with '''[[M1]]''' clicks or by pressing '''[1]''' in pointer mode. Free pins are '''only''' used when defining '''new''' symbols which shall be saved as a component into the component data base. The pin numbers are incremented automatically. Having the phantom image of the pin on your cursor press '''[o]''' for Pin '''O'''ptions. This dialog allows settings for the pins about to come. The following options dialog shows some info about the component - and signal assignment. Now place the pins by mouse click. Place the ultimate pin by '''[Return]''' or '''[Esc]'''. It is possible to change number, form and function of a pin after placement by clicking [[Mousekeys\|'''M11''']] on it. The dialog "Change pins" will open which is different to the "Pin options" dialog.<br><br>In order not to highlight a complete component but only a pin, please release button [[Image:SelByElem.png]] in the [[pointer toolbar]] before double clicking a pin.<br><br>


	== Pin Options ==		== Pin Options ==

Markus Friedrich: /* Arrange pins according to processor scheme */

2014-05-12T12:33:35Z