Transistor operating point printer - Revision history

Nfyku at 11:56, 30 May 2024

2024-05-30T11:56:01Z

← Older revision		Revision as of 11:56, 30 May 2024
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	== Copy the file to your computer and convert the values ==		== Copy the file to your computer and convert the values ==
	After running the script, you can open the results file from the terminal using for example: <code> gedit transistors.csv & </code> or alternatively to get the file out from mikroserver		After running the script, you can open the results file from the terminal using for example: <code> gedit transistors.csv & </code> or alternatively to get the file out from the mikroserver you use to another computer try this:
	to another computer try this:


	Create a file named "Makefile" and put this into it:		Create a file named "Makefile" and put this into it:
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	all: get fix clean		all: get fix clean

	# gets the file from ~~mikroserver3~~ and copies it to your computer in the root of your homefolder		# gets the file from your mikroserver and copies it to your computer in the root of your homefolder
	get :		get :
	scp my_user_name@mikroserver:~/tsmc/transistors.csv ~/transistors_raw.csv		scp my_user_name@mikroserver:~/tsmc/transistors.csv ~/transistors_raw.csv
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	Modify the scp-command to use		Modify the scp-command to use
	* The username and the correct ~~microserver~~ in the scp-command		* The username and the correct mikroserver in the scp-command
	* change the folder on mikroserver where the transistors.csv is created, default is /home/$user/tsmc/		* change the folder on mikroserver where the transistors.csv is created, default is /home/$user/tsmc/
	* change the local folder where you want your copy to be placed, default is /home/$user/		* change the local folder where you want your copy to be placed, default is /home/$user/

Nfyku at 11:46, 30 May 2024

2024-05-30T11:46:04Z

← Older revision		Revision as of 11:46, 30 May 2024
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	# gets the file from mikroserver3 and copies it to your computer in the root of your homefolder		# gets the file from mikroserver3 and copies it to your computer in the root of your homefolder
	get :		get :
	scp ~~fli091~~@~~mikroserver3.ift.uib.no~~:~/tsmc/transistors.csv ~/transistors_raw.csv		scp my_user_name@mikroserver:~/tsmc/transistors.csv ~/transistors_raw.csv

	# converts transitors.csv to a copy where all the postfixes for the SI units generated from Virtuoso (m, f, K etc), has been replaced with E-3, E-15, E+3 etc, so the values are useable in LibreOffice		# converts transitors.csv to a copy where all the postfixes for the SI units generated from Virtuoso (m, f, K etc), has been replaced with E-3, E-15, E+3 etc, so the values are useable in LibreOffice
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	Modify the scp-command to use		Modify the scp-command to use
	* The username(and ~~not fli091)~~ in the scp-command		* The username and the correct microserver in the scp-command
	* change mikroserver if you are not using mikroserver3.
	* change the folder on mikroserver where the transistors.csv is created, default is /home/$user/tsmc/		* change the folder on mikroserver where the transistors.csv is created, default is /home/$user/tsmc/
	* change the local folder where you want your copy to be placed, default is /home/$user/		* change the local folder where you want your copy to be placed, default is /home/$user/

Fli091: Link to another guide

2017-11-11T15:21:01Z

Link to another guide

← Older revision		Revision as of 15:21, 11 November 2017
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	= DC operating parameters from simulation =		= DC operating parameters from simulation =
	This script can be used to print the operating point parameters of all transistors in your design.		This script can be used to print the operating point parameters of all transistors in your design and save them to a file.

			If you just want to view them in Virtusoso have a look at this guide instead: [[DCoperatingparameters]]

	== Get the DC operating points from a previous simulation ==		== Get the DC operating points from a previous simulation ==

Fli091: Commented the makefile

2017-11-01T12:51:08Z

Commented the makefile

← Older revision		Revision as of 12:51, 1 November 2017
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	Create a file named "Makefile" and put this into it:		Create a file named "Makefile" and put this into it:

			# target that is the first (and default) and does all the stuff below
	all: get fix clean		all: get fix clean

			# gets the file from mikroserver3 and copies it to your computer in the root of your homefolder
	get :		get :
	scp fli091@mikroserver3.ift.uib.no:~/tsmc/transistors.csv ~/transistors_raw.csv		scp fli091@mikroserver3.ift.uib.no:~/tsmc/transistors.csv ~/transistors_raw.csv

			# converts transitors.csv to a copy where all the postfixes for the SI units generated from Virtuoso (m, f, K etc), has been replaced with E-3, E-15, E+3 etc, so the values are useable in LibreOffice
	fix :		fix :
	sed -e 's/$[0-9]\+$m/\1E-3/g' -e 's/$[0-9]\+$u/\1E-6/g' -e 's/$[0-9]\+$n/\1E-9/g' -e 's/$[0-9]\+$p/\1E-12/g' -e 's/$[0-9]\+$f/\1E-15/g' -e 's/$[0-9]\+$a/\1E-18/g' -e 's/$[0-9]\+$z/\1E-21/g' -e 's/$[0-9]\+$y/\1E-24/g' -e 's/$[0-9]\+$K/\1E+3/g' -e 's/$[0-9]\+$M/\1E+6/g' -e 's/$[0-9]\+$G/\1E+9/g' -e 's/$[0-9]\+$T/\1E+12/g' transistors_raw.csv > transistors.csv		sed -e 's/$[0-9]\+$m/\1E-3/g' -e 's/$[0-9]\+$u/\1E-6/g' -e 's/$[0-9]\+$n/\1E-9/g' -e 's/$[0-9]\+$p/\1E-12/g' -e 's/$[0-9]\+$f/\1E-15/g' -e 's/$[0-9]\+$a/\1E-18/g' -e 's/$[0-9]\+$z/\1E-21/g' -e 's/$[0-9]\+$y/\1E-24/g' -e 's/$[0-9]\+$K/\1E+3/g' -e 's/$[0-9]\+$M/\1E+6/g' -e 's/$[0-9]\+$G/\1E+9/g' -e 's/$[0-9]\+$T/\1E+12/g' transistors_raw.csv > transistors.csv

			# removes the not-fixed copy
	clean:		clean:
	rm transistors_raw.csv		rm transistors_raw.csv
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	* change the folder on mikroserver where the transistors.csv is created, default is /home/$user/tsmc/		* change the folder on mikroserver where the transistors.csv is created, default is /home/$user/tsmc/
	* change the local folder where you want your copy to be placed, default is /home/$user/		* change the local folder where you want your copy to be placed, default is /home/$user/



	~~A short explanation of the Makefile~~
	* The get-target gets the file from mikroserver3 and copies it to your computer in the root of your homefolder
	* The fix-target converts transitors.csv to a copy where all the postfixes for the SI units generated from Virtuoso (m, f, K etc), has been replaced with E-3, E-15, E+3 etc, so the values are useable in LibreOffice
	* The clean-target just removes the not-fixed copy

	Now you can type <code>make</code> in the folder you created the Makefile and the latestst simulation data will appear in your homefolder.		Now you can type <code>make</code> in the folder you created the Makefile and the latestst simulation data will appear in your homefolder.

Fli091: Remember to check the box with "Save DC Operating Point" !

2017-11-01T12:48:38Z

Remember to check the box with "Save DC Operating Point" !

← Older revision		Revision as of 12:48, 1 November 2017
Line 19:		Line 19:
	close(file)		close(file)

	This script uses the results from the previous Debug Test (from ADE XL Test Editor). Before running the script, run a ~~Debug Test~~ with DC analysis:		This script uses the results from the previous Debug Test (from ADE XL Test Editor). Before running the script, run a test with DC analysis, and remember to check the box with "Save DC Operating Point" :

	[[File:Run_debug_simulation.png \| 500px]]		[[File:Run_debug_simulation.png \| 500px]]

Fli091: Added a script and description to get the file out from mikroserver and convert it to useable data

2017-10-26T19:44:30Z

Added a script and description to get the file out from mikroserver and convert it to useable data

@@ Line 2: / Line 2: @@
 This script can be used to print the operating point parameters of all transistors in your design.
+== Get the DC operating points from a previous simulation ==
 Navigate to the folder you want to save the script in (this tutorial uses the home (./) directory) and create a new file in the terminal by entering <code> touch transistors.ocn </code>. Open the file by writing <code> gedit transistors.ocn & </code> and copy the following script into the document. Change ./transistors.csv in the script if you want another output file name and/or location. Save the file.
   selectResult('dcOpInfo)
@@ Line 28: / Line 28: @@
 [[File:Run_transistors_script.png]]
-The results file can also be imported into LibreOffice Calc (similar to Microsoft Excel) using File->Open, then choose the .csv file and enter the settings as in the following image:
+ all: get fix clean
 [[File:Csv_import_libreoffice.png | 500px]]
 [[Category:Mikroelektronikk]] [[Category:Integrated_Circuts]]

Fli091: Added sed command to convert transistors.csv

2017-10-23T14:53:53Z

Added sed command to convert transistors.csv

← Older revision		Revision as of 14:53, 23 October 2017
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			= DC operating parameters from simulation =
	This script can be used to print the operating point parameters of all transistors in your design.		This script can be used to print the operating point parameters of all transistors in your design.

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	[[File:Csv_import_libreoffice.png \| 500px]]		[[File:Csv_import_libreoffice.png \| 500px]]

			== Importing the data into LibreOffice ==

			To use transistors.csv one has to get rid of the postfixes for the SI units generated from Virtuoso (m, f, K etc). To do this navigate to the folder with the transistors.csv and type this command:
			sed -e 's/$[0-9]\+$m/\1E-3/g' -e 's/$[0-9]\+$u/\1E-6/g' -e 's/$[0-9]\+$n/\1E-9/g' -e 's/$[0-9]\+$p/\1E-12/g' -e 's/$[0-9]\+$f/\1E-15/g' -e 's/$[0-9]\+$a/\1E-18/g' -e 's/$[0-9]\+$z/\1E-21/g' -e 's/$[0-9]\+$y/\1E-24/g' -e 's/$[0-9]\+$K/\1E+3/g' -e 's/$[0-9]\+$M/\1E+6/g' -e 's/$[0-9]\+$G/\1E+9/g' -e 's/$[0-9]\+$T/\1E+12/g' transistors.csv > transistors_fixed.csv
			That converts transitors.csv to transistors_fixed.csv where all the SI-symbols has been replaced with E-3, E-15, E+3 etc, so the values are useable in LibreOffice


	[[Category:Mikroelektronikk]] [[Category:Integrated_Circuts]]		[[Category:Mikroelektronikk]] [[Category:Integrated_Circuts]]

Fli091: Added Category:Integrated_Circuts

2017-09-15T13:32:07Z

Added Category:Integrated_Circuts

← Older revision		Revision as of 13:32, 15 September 2017
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	[[File:Csv_import_libreoffice.png \| 500px]]		[[File:Csv_import_libreoffice.png \| 500px]]

	[[Category:Mikroelektronikk]]		[[Category:Mikroelektronikk]] [[Category:Integrated_Circuts]]

Nfyku at 13:48, 28 August 2015

2015-08-28T13:48:21Z

← Older revision		Revision as of 13:48, 28 August 2015
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	selectResult('dcOpInfo)		selectResult('dcOpInfo)
	report(?output "./transistors.csv" ?param list("model" "gm" "gmb" "gds" "ids" "idsat" "vth" "region" "cgs" "cgd" "vds" "vsat" "vgs") ?format "spice" ?maxLineWidth 1000)		report(?output "./transistors.csv" ?param list("model" "gm" "gmb" "gds" "ids" "idsat" "vth" "region" "cgs" "cgd" "vds" "vsat" "vgs") ?format "spice" ?maxLineWidth 1000)

	file = outfile("./transistors.csv" "a")		file = outfile("./transistors.csv" "a")
	fprintf(file "\n\nRegion 0 is cutoff.\nRegion 1 is linear.\nRegion 2 is saturation .\nRegion 3 is subthreshold.\nRegion 4 is breakdown.\n\nType 0 is nMOS. \nType 1 is pMOS.")		fprintf(file "\n\nRegion 0 is cutoff.\nRegion 1 is linear.\nRegion 2 is saturation .\nRegion 3 is subthreshold.\nRegion 4 is breakdown.\n\nType 0 is nMOS. \nType 1 is pMOS.")

Nfyku at 13:47, 28 August 2015

2015-08-28T13:47:52Z

← Older revision		Revision as of 13:47, 28 August 2015
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	close(file)		close(file)

			For the IHP design kit use:
			selectResult('dcOpInfo)
			report(?output "./transistors.csv" ?param list("model" "gm" "gmb" "gds" "ids" "idsat" "vth" "region" "cgs" "cgd" "vds" "vsat" "vgs") ?format "spice" ?maxLineWidth 1000)

	This ~~scipt~~ uses the results from the previous Debug Test (from ADE XL Test Editor). Before running the script, run a Debug Test with DC analysis:		file = outfile("./transistors.csv" "a")
			fprintf(file "\n\nRegion 0 is cutoff.\nRegion 1 is linear.\nRegion 2 is saturation .\nRegion 3 is subthreshold.\nRegion 4 is breakdown.\n\nType 0 is nMOS. \nType 1 is pMOS.")
			close(file)

			This script uses the results from the previous Debug Test (from ADE XL Test Editor). Before running the script, run a Debug Test with DC analysis:

	[[File:Run_debug_simulation.png \| 500px]]		[[File:Run_debug_simulation.png \| 500px]]