Wouter Horlings
8 years ago
63 changed files with 1277 additions and 0 deletions
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BINMOD2-files/EXP5/SubVIs_2015/AUTOSet TDS2022.vi
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+123 -0MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Agilent 33XXX Series Readme.html
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+3 -0MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Agilent 33XXX Series.aliases
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+62 -0MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Agilent 33XXX Series.lvlib
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+76 -0MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Agilent 33XXX Series.lvproj
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Arbitrary Waveform.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Frequency Sweep - SW Triggered.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Frequency Sweep.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Modulated Waveform.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Standard Waveform.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Examples/Agilent 33XXX Series.bin3
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Private/Default Instrument Setup.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Private/Scale Arbitrary Waveform.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Action-Status/Action-Status.mnu
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Action-Status/Clear Arbitrary Waveform.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Action-Status/Enable Output.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Action-Status/Low Level/Action-Status_Low Level.mnu
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Action-Status/Low Level/Send Software Trigger.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Close.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Arbitrary Waveform.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Burst.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Duty Cycle.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Frequency Sweep.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Modulation (Amplitude).vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Modulation (Burst).vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Modulation (Frequency).vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Modulation (Frequency-Shift Keying).vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Modulation (Phase).vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Modulation (Pulse Width).vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Modulation.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Output Impedance.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Pulse.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Ramp Symmetry.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Standard Waveform.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure.mnu
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Create Arbitrary Waveform.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Low Level/Configure Trigger.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Low Level/Configure_Low Level.mnu
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Initialize.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Utility/Error Query.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Utility/Reset.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Utility/Revision Query.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Utility/Self-Test.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Utility/Utility.mnu
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/VI Tree.vi
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BINMOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/dir.mnu
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BINMOD2-files/EXP5/SubVIs_2015/acquire 2 channels.vi
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BINMOD2-files/EXP5/SubVIs_2015/bodeplot_mag_phase.vi
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BINMOD2-files/EXP5/SubVIs_2015/close scoop & funcgen.vi
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BINMOD2-files/EXP5/SubVIs_2015/init scoop & funcgen for continuous signal.vi
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BINMOD2-files/EXP5/SubVIs_2015/waveform_cluster2waveform.vi
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+336 -0MOD2-files/EXP5/Transfer_Functions_Matlab/Transfer_Function_RC.m
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BINMOD2-files/EXP5/Transfer_Functions_Matlab/Transfer_Function_RC.vi
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+334 -0MOD2-files/EXP5/Transfer_Functions_Matlab/Transfer_Function_RLC.m
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BINMOD2-files/EXP5/Transfer_Functions_Matlab/Transfer_Function_RLC.vi
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+53 -0MOD2-files/EXP6/Experiment6_filter.m
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+44 -0MOD2-files/EXP6/Experiment6_measurement.m
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BINMOD2-files/EXP6/Experiment6_measurement.vi
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+51 -0MOD2-files/EXP6/Experiment6_square_wave.m
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+136 -0MOD2-files/EXP6/Experiment6_transfer.m
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BINMOD2-files/EXP6/Experiment6_transfer.vi
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+59 -0MOD2-files/EXP6/Experiment6_triangular_wave.m
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BINMOD2-files/LabManual_EC2017_Hueting.pdf
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MOD2-files/EXP5/SubVIs_2015/AUTOSet TDS2022.vi
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MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Agilent 33XXX Series Readme.html
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| <!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN"> | |||||
| <html> | |||||
| <head> | |||||
| <title>Instrument Driver Readme</title> | |||||
| </head> | |||||
| <body> | |||||
| <font face="Times New Roman" size="3"> | |||||
| <h2>Agilent 33XXX Series Instrument Driver Readme</h2> | |||||
| <para>To rate this driver, go to the driver download page on the <a | |||||
| href="http://www.ni.com/idnet">Instrument Driver Network</a>.</para> | |||||
| <h4>1. Overview</h4> | |||||
| <para> | |||||
| Instrument Driver Technology: LabVIEW Plug and Play (project-style) | |||||
| <br> | |||||
| Manufacturer: Agilent Technologies | |||||
| <br> | |||||
| Supported Language(s): LabVIEW | |||||
| <br> | |||||
| Supported Model(s): 33120A, 33220A, 33250A, 33210A | |||||
| <br> | |||||
| Model(s) Tested: 33120A, 33220A, 33250A, 33210A | |||||
| <br> | |||||
| Interface(s): GPIB | |||||
| <br> | |||||
| Firmware Revision Tested: 7.0-2.0-1.0 | |||||
| <br> | |||||
| <br> | |||||
| Certified: Yes | |||||
| <br> | |||||
| NI Supported: Yes | |||||
| <br> | |||||
| Source Code Available: Yes | |||||
| <br> | |||||
| <br> | |||||
| Driver Revision: 2.1.4 | |||||
| <br> | |||||
| Original Release Date: 07/06/2005 | |||||
| <br> | |||||
| Current Revision Date: 08/12/2013 | |||||
| </para> | |||||
| <h4>2. Required Software</h4> | |||||
| <para>Some software components need to be installed before using this | |||||
| instrument driver. The minimum versions of these components are listed | |||||
| below, and can be downloaded from the Download Site. | |||||
| <br> | |||||
| <br> | |||||
| VISA 3.0 or later | |||||
| <br> | |||||
| <br> | |||||
| <br> | |||||
| For more details, refer to the <i>LabVIEW Help</i> under <i>Help | |||||
| » VI, Function, & How-To Help</i>.</para> | |||||
| <h4>3. Known Issues</h4> | |||||
| <para> | |||||
| A delay has been included in Create Arbitrary Waveform in order to prevent Query Interrupted (-410) instrument error from | |||||
| occurring. The error occurs when error query is called from Create Arbitrary Waveform when a small transfer | |||||
| (8-16 points) is sent over ther serial interface. | |||||
| <br> | |||||
| <br> | |||||
| A delay occurs on the instrument after writing multiple arbitrary waveforms to a 33220A. The instrument has a limited amount of flash memory, and | |||||
| eventually must clean up the memory, this is when the delay occurs. | |||||
| </para> | |||||
| <para><br><br> | |||||
| To report issues or provide feedback about this instrument driver, | |||||
| please send an email to <a href="mailto:instrument.drivers@ni.com">instrument.drivers@ni.com</a>.</para></font><font | |||||
| face="Times New Roman" size="3"> | |||||
| <br> | |||||
| <font face="Times New Roman" size="3"><para></para> | |||||
| <h4>4. Revision History</h4> | |||||
| <para>The latest version of this and other LabVIEW and LabWindows/CVI | |||||
| instrument drivers can be downloaded at the <a | |||||
| href="http://www.ni.com/idnet">Instrument Driver Network</a>.<br> | |||||
| <br> | |||||
| Revision 2.0, 07/6/2005 | |||||
| <br> | |||||
| Modified by: Matt Gibson, Rob Hammond, Austin, TX. | |||||
| <br> | |||||
| Original release for LabVIEW 8.0 created from ag33xxx driver (v.1.0.1) in LV 7.0 | |||||
| <br><br> | |||||
| Revision 2.0.1, 10/4/2006 | |||||
| <br> | |||||
| Modified by Sandy Hermanwan, Austin, TX. | |||||
| <br> | |||||
| Documentation updates. | |||||
| <br><br> | |||||
| Revision 2.0.2, 01/21/2008 | |||||
| <br> | |||||
| Modified by Berk Ozdogan, Austin, TX. | |||||
| <br> | |||||
| Configure Trigger VI is modified so that trigger delay is only passed in for 33250 models. Overall implementation of the VI is | |||||
| also revised to better comply with instrument driver standards. | |||||
| <br><br> | |||||
| Revision 2.1.0, 10/31/2008 | |||||
| <br> | |||||
| Modified by Fan Chen, Shanghai, China. | |||||
| <br> | |||||
| Add support for Agilent 33210 model. Update the driver template. | |||||
| Add Configure Burst.vi to support 33210 model's burst function. | |||||
| <br><br> | |||||
| Revision 2.1.1, 1/26/2009 | |||||
| <br> | |||||
| Modified by Nathan T., Austin, Texas. | |||||
| <br> | |||||
| Changed the format specifier in Configure Standard Waveform.vi Frequency Command string constant from "%g" to "%f" to correct a problem with frequency rounding. | |||||
| <br><br> | |||||
| Revision 2.1.2, 3/10/2010 | |||||
| <br> | |||||
| Modified by Nathan T., Austin, Texas. | |||||
| <br> | |||||
| Fixed the scaling calculation in Scale Arbitrary Waveform.vi by negating the max value and using that for the calculations instead of the min value. | |||||
| <br><br> | |||||
| Revision 2.1.3, 9/24/2012<br> | |||||
| Modified by JP (NI), Wim T. (Phillps)<br> | |||||
| Modified Scale Arbitrary Waveform.vi to use real min instead of using inverted max value. | |||||
| <br><br> | |||||
| Revision 2.1.4, 8/12/2013 | |||||
| <br> | |||||
| Modified by Stephen Schwahn, Austin, Texas. | |||||
| <br> | |||||
| Added the "BURS:STAT OFF" command in the Configure Burst VI to allow the burst to be disabled. | |||||
| </font></para></font> | |||||
| </body> | |||||
| </html> | |||||
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MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Agilent 33XXX Series.aliases
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| [My Computer] | |||||
| My Computer = "130.89.15.22" | |||||
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MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Agilent 33XXX Series.lvlib
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| <?xml version='1.0' encoding='UTF-8'?> | |||||
| <Library LVVersion="11008008"> | |||||
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| <Property Name="NI.Lib.DefaultMenu" Type="Str">dir.mnu</Property> | |||||
| <Property Name="NI.Lib.Description" Type="Str">This driver controls the Agilent 33XXX Series function generators. For additional information about this driver, please refer to the Agilent 33XXX Series Readme.html</Property> | |||||
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| <Property Name="NI.Lib.Version" Type="Str">2.1.4.0</Property> | |||||
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| <Item Name="Public" Type="Folder"> | |||||
| <Property Name="NI.LibItem.Scope" Type="Int">1</Property> | |||||
| <Item Name="Action-Status" Type="Folder"> | |||||
| <Item Name="Low Level" Type="Folder"> | |||||
| <Item Name="Action-Status_Low Level.mnu" Type="Document" URL="/<instrlib>/Agilent 33XXX Series/Public/Action-Status/Low Level/Action-Status_Low Level.mnu"/> | |||||
| <Item Name="Send Software Trigger.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Action-Status/Low Level/Send Software Trigger.vi"/> | |||||
| </Item> | |||||
| <Item Name="Action-Status.mnu" Type="Document" URL="/<instrlib>/Agilent 33XXX Series/Public/Action-Status/Action-Status.mnu"/> | |||||
| <Item Name="Clear Arbitrary Waveform.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Action-Status/Clear Arbitrary Waveform.vi"/> | |||||
| <Item Name="Enable Output.vi" Type="VI" URL="../Public/Action-Status/Enable Output.vi"/> | |||||
| </Item> | |||||
| <Item Name="Configure" Type="Folder"> | |||||
| <Item Name="Low Level" Type="Folder"> | |||||
| <Item Name="Configure_Low Level.mnu" Type="Document" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Low Level/Configure_Low Level.mnu"/> | |||||
| <Item Name="Configure Trigger.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Low Level/Configure Trigger.vi"/> | |||||
| </Item> | |||||
| <Item Name="Configure.mnu" Type="Document" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure.mnu"/> | |||||
| <Item Name="Configure Arbitrary Waveform.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure Arbitrary Waveform.vi"/> | |||||
| <Item Name="Configure Burst.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure Burst.vi"/> | |||||
| <Item Name="Configure Duty Cycle.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure Duty Cycle.vi"/> | |||||
| <Item Name="Configure Frequency Sweep.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure Frequency Sweep.vi"/> | |||||
| <Item Name="Configure Modulation (Amplitude).vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure Modulation (Amplitude).vi"/> | |||||
| <Item Name="Configure Modulation (Burst).vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure Modulation (Burst).vi"/> | |||||
| <Item Name="Configure Modulation (Frequency).vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure Modulation (Frequency).vi"/> | |||||
| <Item Name="Configure Modulation (Frequency-Shift Keying).vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure Modulation (Frequency-Shift Keying).vi"/> | |||||
| <Item Name="Configure Modulation (Phase).vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure Modulation (Phase).vi"/> | |||||
| <Item Name="Configure Modulation (Pulse Width).vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure Modulation (Pulse Width).vi"/> | |||||
| <Item Name="Configure Modulation.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure Modulation.vi"/> | |||||
| <Item Name="Configure Output Impedance.vi" Type="VI" URL="../Public/Configure/Configure Output Impedance.vi"/> | |||||
| <Item Name="Configure Pulse.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure Pulse.vi"/> | |||||
| <Item Name="Configure Ramp Symmetry.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Configure Ramp Symmetry.vi"/> | |||||
| <Item Name="Configure Standard Waveform.vi" Type="VI" URL="../Public/Configure/Configure Standard Waveform.vi"/> | |||||
| <Item Name="Create Arbitrary Waveform.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Configure/Create Arbitrary Waveform.vi"/> | |||||
| </Item> | |||||
| <Item Name="Utility" Type="Folder"> | |||||
| <Item Name="Utility.mnu" Type="Document" URL="/<instrlib>/Agilent 33XXX Series/Public/Utility/Utility.mnu"/> | |||||
| <Item Name="Error Query.vi" Type="VI" URL="../Public/Utility/Error Query.vi"/> | |||||
| <Item Name="Reset.vi" Type="VI" URL="../Public/Utility/Reset.vi"/> | |||||
| <Item Name="Revision Query.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Utility/Revision Query.vi"/> | |||||
| <Item Name="Self-Test.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/Utility/Self-Test.vi"/> | |||||
| </Item> | |||||
| <Item Name="dir.mnu" Type="Document" URL="/<instrlib>/Agilent 33XXX Series/Public/dir.mnu"/> | |||||
| <Item Name="Close.vi" Type="VI" URL="../Public/Close.vi"/> | |||||
| <Item Name="Initialize.vi" Type="VI" URL="../Public/Initialize.vi"/> | |||||
| <Item Name="VI Tree.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Public/VI Tree.vi"/> | |||||
| </Item> | |||||
| <Item Name="Private" Type="Folder"> | |||||
| <Property Name="NI.LibItem.Scope" Type="Int">2</Property> | |||||
| <Item Name="Default Instrument Setup.vi" Type="VI" URL="../Private/Default Instrument Setup.vi"/> | |||||
| <Item Name="Scale Arbitrary Waveform.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Private/Scale Arbitrary Waveform.vi"/> | |||||
| </Item> | |||||
| <Item Name="Agilent 33XXX Series Readme.html" Type="Document" URL="/<instrlib>/Agilent 33XXX Series/Agilent 33XXX Series Readme.html"/> | |||||
| </Library> | |||||
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| <?xml version='1.0' encoding='UTF-8'?> | |||||
| <Project Type="Project" LVVersion="10008000"> | |||||
| <Item Name="My Computer" Type="My Computer"> | |||||
| <Property Name="CCSymbols" Type="Str">OS,Win;CPU,x86;OS_hidden,Win;CPU_hidden,x86</Property> | |||||
| <Property Name="NI.SortType" Type="Int">3</Property> | |||||
| <Property Name="specify.custom.address" Type="Bool">false</Property> | |||||
| <Item Name="Examples" Type="Folder"> | |||||
| <Item Name="Agilent 33XXX Series.bin3" Type="Document" URL="/<instrlib>/Agilent 33XXX Series/Examples/Agilent 33XXX Series.bin3"/> | |||||
| <Item Name="Agilent 33XXX Series Generate Arbitrary Waveform.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Arbitrary Waveform.vi"/> | |||||
| <Item Name="Agilent 33XXX Series Generate Frequency Sweep - SW Triggered.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Frequency Sweep - SW Triggered.vi"/> | |||||
| <Item Name="Agilent 33XXX Series Generate Frequency Sweep.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Frequency Sweep.vi"/> | |||||
| <Item Name="Agilent 33XXX Series Generate Modulated Waveform.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Modulated Waveform.vi"/> | |||||
| <Item Name="Agilent 33XXX Series Generate Standard Waveform.vi" Type="VI" URL="/<instrlib>/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Standard Waveform.vi"/> | |||||
| </Item> | |||||
| <Item Name="Agilent 33XXX Series.lvlib" Type="Library" URL="/<instrlib>/Agilent 33XXX Series/Agilent 33XXX Series.lvlib"/> | |||||
| <Item Name="Dependencies" Type="Dependencies"> | |||||
| <Item Name="vi.lib" Type="Folder"> | |||||
| <Item Name="subSigGeneratorBlock.vi" Type="VI" URL="/<vilib>/express/express input/SimulateSignalBlock.llb/subSigGeneratorBlock.vi"/> | |||||
| <Item Name="Nearest Frequency for Block.vi" Type="VI" URL="/<vilib>/express/express input/SimulateSignalConfig.llb/Nearest Frequency for Block.vi"/> | |||||
| <Item Name="Nearest Freq in Int Cycles.vi" Type="VI" URL="/<vilib>/express/express input/SimulateSignalConfig.llb/Nearest Freq in Int Cycles.vi"/> | |||||
| <Item Name="ex_CorrectErrorChain.vi" Type="VI" URL="/<vilib>/express/express shared/ex_CorrectErrorChain.vi"/> | |||||
| <Item Name="ex_GenAddAttribs.vi" Type="VI" URL="/<vilib>/express/express input/SimulateSignalBlock.llb/ex_GenAddAttribs.vi"/> | |||||
| <Item Name="ex_WaveformAttribsPlus.ctl" Type="VI" URL="/<vilib>/express/express shared/transition.llb/ex_WaveformAttribsPlus.ctl"/> | |||||
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| <Item Name="whitespace.ctl" Type="VI" URL="/<vilib>/Utility/error.llb/whitespace.ctl"/> | |||||
| <Item Name="Simple Error Handler.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Simple Error Handler.vi"/> | |||||
| <Item Name="DialogType.ctl" Type="VI" URL="/<vilib>/Utility/error.llb/DialogType.ctl"/> | |||||
| <Item Name="General Error Handler.vi" Type="VI" URL="/<vilib>/Utility/error.llb/General Error Handler.vi"/> | |||||
| <Item Name="DialogTypeEnum.ctl" Type="VI" URL="/<vilib>/Utility/error.llb/DialogTypeEnum.ctl"/> | |||||
| <Item Name="General Error Handler CORE.vi" Type="VI" URL="/<vilib>/Utility/error.llb/General Error Handler CORE.vi"/> | |||||
| <Item Name="Check Special Tags.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Check Special Tags.vi"/> | |||||
| <Item Name="TagReturnType.ctl" Type="VI" URL="/<vilib>/Utility/error.llb/TagReturnType.ctl"/> | |||||
| <Item Name="Set String Value.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Set String Value.vi"/> | |||||
| <Item Name="GetRTHostConnectedProp.vi" Type="VI" URL="/<vilib>/Utility/error.llb/GetRTHostConnectedProp.vi"/> | |||||
| <Item Name="Error Code Database.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Error Code Database.vi"/> | |||||
| <Item Name="Format Message String.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Format Message String.vi"/> | |||||
| <Item Name="Find Tag.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Find Tag.vi"/> | |||||
| <Item Name="Search and Replace Pattern.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Search and Replace Pattern.vi"/> | |||||
| <Item Name="Set Bold Text.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Set Bold Text.vi"/> | |||||
| <Item Name="Details Display Dialog.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Details Display Dialog.vi"/> | |||||
| <Item Name="ErrWarn.ctl" Type="VI" URL="/<vilib>/Utility/error.llb/ErrWarn.ctl"/> | |||||
| <Item Name="eventvkey.ctl" Type="VI" URL="/<vilib>/event_ctls.llb/eventvkey.ctl"/> | |||||
| <Item Name="Not Found Dialog.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Not Found Dialog.vi"/> | |||||
| <Item Name="Three Button Dialog.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Three Button Dialog.vi"/> | |||||
| <Item Name="Three Button Dialog CORE.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Three Button Dialog CORE.vi"/> | |||||
| <Item Name="Longest Line Length in Pixels.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Longest Line Length in Pixels.vi"/> | |||||
| <Item Name="Convert property node font to graphics font.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Convert property node font to graphics font.vi"/> | |||||
| <Item Name="Get Text Rect.vi" Type="VI" URL="/<vilib>/picture/picture.llb/Get Text Rect.vi"/> | |||||
| <Item Name="Get String Text Bounds.vi" Type="VI" URL="/<vilib>/Utility/error.llb/Get String Text Bounds.vi"/> | |||||
| <Item Name="LVBoundsTypeDef.ctl" Type="VI" URL="/<vilib>/Utility/miscctls.llb/LVBoundsTypeDef.ctl"/> | |||||
| <Item Name="BuildHelpPath.vi" Type="VI" URL="/<vilib>/Utility/error.llb/BuildHelpPath.vi"/> | |||||
| <Item Name="GetHelpDir.vi" Type="VI" URL="/<vilib>/Utility/error.llb/GetHelpDir.vi"/> | |||||
| </Item> | |||||
| <Item Name="lvanlys.dll" Type="Document" URL="../../../resource/lvanlys.dll"/> | |||||
| </Item> | |||||
| <Item Name="Build Specifications" Type="Build"/> | |||||
| </Item> | |||||
| </Project> | |||||
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MOD2-files/EXP5/Transfer_Functions_Matlab/Transfer_Function_RC.m
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| @@ -0,0 +1,336 @@ | |||||
| % clear; | |||||
| % clc; | |||||
| fprintf('Bode diagram of the RC-circuit\n\n'); | |||||
| fprintf('Figure 1: Bode diagram theory+asymptote + average measurement\n') | |||||
| fprintf('Figure 2: Bode diagram average measurement+SD + theory\n'); | |||||
| fprintf('Figure 3: Bode diagram average measurement+SD\n\n'); | |||||
| fprintf('N.B. SD=0 is not displayed in the figures!\n\n'); | |||||
| % fprintf('\nWatch out! This script searches the file in "D:\"\n\n'); | |||||
| % | |||||
| % f_name=input('Filename: ','s'); | |||||
| % f_name1=sprintf('%s%s',f_name,'_theorie'); | |||||
| % f_name2=sprintf('%s%s',f_name,'_meting'); | |||||
| % | |||||
| % wd=cd; | |||||
| % cd 'D:\' | |||||
| % | |||||
| % [th]=dlmread(f_name1,' ',0,0); | |||||
| % [met]=dlmread(f_name2,' ',0,0); | |||||
| % | |||||
| % cd(wd); | |||||
| f_th=th(1,:); | |||||
| amp_th=th(2,:); | |||||
| fase_th=th(3,:); | |||||
| asym=th(4,:); | |||||
| if mean(met(1,:))==0; | |||||
| nr_met=0; | |||||
| end; | |||||
| if mean(met(1,:))~=0; | |||||
| size_met=size(met); | |||||
| nr_met=(size_met(1)-1)/2; | |||||
| nr_punt=size_met(2); | |||||
| f_m=met(1,:); | |||||
| for i=1:nr_met; | |||||
| for j=1:nr_punt; | |||||
| amp_met(i,j)=met(i+1,j); | |||||
| fase_met(i,j)=met(i+1+nr_met,j); | |||||
| end; | |||||
| end; | |||||
| if nr_met~=1; | |||||
| for i=1:nr_punt; | |||||
| av_amp(i)=mean(amp_met(:,i)); | |||||
| av_log_amp(i)=20*log10(av_amp(i)); | |||||
| av_fase(i)=mean(fase_met(:,i)); | |||||
| end; | |||||
| sd_amp=std(amp_met,0,1); | |||||
| for i=1:nr_punt; | |||||
| if sd_amp(i)==0; | |||||
| sd_log_amp(i)=0; | |||||
| elseif av_amp(i)==1; | |||||
| av_amp(i)=1.0001; | |||||
| else | |||||
| sd_log_amp(i)=2/log(av_amp(i))*sd_amp(i); | |||||
| end; | |||||
| end; | |||||
| sd_fase=std(fase_met,0,1); | |||||
| else | |||||
| av_log_amp=20*log10(amp_met); | |||||
| av_fase=fase_met; | |||||
| sd_log_amp=zeros(1,nr_punt); | |||||
| sd_fase=zeros(1,nr_punt); | |||||
| end; | |||||
| end; | |||||
| figure(1); | |||||
| set(clf,'PaperType','A4'); | |||||
| set(clf,'Color',[1,1,1]); | |||||
| %set(clf,'PaperPosition',[1.13386 3.97146 5.5 4.125]); | |||||
| subplot(2,1,1); | |||||
| if mean(met(1,:))~=0; | |||||
| graf=semilogx(f_th,amp_th,'r',f_th,asym,'g',f_m,av_log_amp,'.-b','LineWidth',1); | |||||
| legend([graf],'theory','asymp.','measurement',3); | |||||
| else | |||||
| graf=semilogx(f_th,amp_th,'r',f_th,asym,'g','LineWidth',1); | |||||
| legend([graf],'theory','asymp.',3); | |||||
| end; | |||||
| ylabel('Amplitude [dB]','Fontsize',10) | |||||
| % grid bepaling | |||||
| startf=floor(log10(f_th(1))); | |||||
| sizef=size(f_th); | |||||
| endf=ceil(log10(f_th(sizef(2)))); | |||||
| xf(1)=10^startf; | |||||
| i=startf+1; | |||||
| count=2; | |||||
| while i<=endf; | |||||
| xf(count)=10^(i); | |||||
| count=count+1; | |||||
| i=i+1; | |||||
| end; | |||||
| set(gca, 'XTick',xf,'Fontsize',9); | |||||
| if mean(met(1,:))~=0; | |||||
| min_amp_th=floor(min(amp_th)); | |||||
| min_amp_met=floor(min(av_log_amp-abs(sd_log_amp))); | |||||
| min_amp=min(min_amp_th,min_amp_met); | |||||
| max_amp_th=ceil(max(amp_th)); | |||||
| max_amp_met=ceil(max(av_log_amp+abs(sd_log_amp))); | |||||
| max_amp=max(max_amp_th,max_amp_met)+2; | |||||
| else | |||||
| min_amp=floor(min(amp_th)); | |||||
| max_amp=ceil(max(amp_th))+2; | |||||
| end; | |||||
| axis([10^startf,10^endf,min_amp,max_amp]); | |||||
| grid on; | |||||
| title('Bode diagram RC-circuit','Fontsize',10,'Fontweight','bold'); | |||||
| subplot(2,1,2); | |||||
| if mean(met(1,:))~=0; | |||||
| graf=semilogx(f_th,fase_th,'r',f_m,av_fase,'.-b','LineWidth',1); | |||||
| legend([graf],'theory','measurement',3); | |||||
| else | |||||
| graf=semilogx(f_th,fase_th,'LineWidth',1); | |||||
| legend([graf],'theory',3); | |||||
| end; | |||||
| xlabel('Frequency [Hz]','Fontsize',10); | |||||
| ylabel('Phase [rad]','Fontsize',10); | |||||
| set(gca, 'XTick',xf,'Fontsize',9); | |||||
| if mean(met(1,:))~=0; | |||||
| min_fase_th=floor(min(fase_th)); | |||||
| min_fase_met=floor(min(av_fase-abs(sd_fase))); | |||||
| min_fase=min(min_fase_th,min_fase_met); | |||||
| max_fase_th=ceil(max(fase_th)); | |||||
| max_fase_met=ceil(max(av_fase+abs(sd_fase))); | |||||
| max_fase=max(max_fase_th,max_fase_met); | |||||
| else | |||||
| min_fase=floor(min(fase_th)); | |||||
| max_fase=ceil(max(fase_th)); | |||||
| end; | |||||
| axis([10^startf,10^endf,min_fase,max_fase]); | |||||
| grid on; | |||||
| if nr_met~=0; | |||||
| figure(2); | |||||
| set(clf,'PaperType','A4'); | |||||
| set(clf,'Color',[1,1,1]); | |||||
| % set(clf,'PaperPosition',[1.13386 3.97146 5.5 4.125]); | |||||
| subplot(2,1,1); | |||||
| graf=semilogx(f_m,av_log_amp,'.-b',f_th,amp_th,'-r','LineWidth',1); | |||||
| legend([graf],'measurement','theory',3); | |||||
| hold on; | |||||
| width_sd=(log10(f_m(2))-log10(f_m(1)))/3; | |||||
| for i=1:nr_punt; | |||||
| if sd_log_amp(i)~=0; | |||||
| x=[f_m(i),f_m(i)]; | |||||
| y=[av_log_amp(i)+sd_log_amp(i),av_log_amp(i)-sd_log_amp(i)]; | |||||
| xl1=[10^(log(f_m(i))/log(10)-width_sd),10^(log(f_m(i))/log(10)+width_sd)]; | |||||
| yl1=[av_log_amp(i)+sd_log_amp(i),av_log_amp(i)+sd_log_amp(i)]; | |||||
| yl2=[av_log_amp(i)-sd_log_amp(i),av_log_amp(i)-sd_log_amp(i)]; | |||||
| plot(x,y,'-b'); | |||||
| plot(xl1,yl1,'-b'); | |||||
| plot(xl1,yl2,'-b'); | |||||
| end; | |||||
| end; | |||||
| hold off; | |||||
| ylabel('Amplitude [dB]','Fontsize',10); | |||||
| % grid bepaling | |||||
| startfm=floor(log10(f_m(1))); | |||||
| sizefm=size(f_m); | |||||
| endfm=ceil(log10(f_m(sizefm(2)))); | |||||
| % xfm(1)=10^startfm; | |||||
| xfm(1)=f_m(1); | |||||
| i=startfm+1; | |||||
| countm=2; | |||||
| flag=0; | |||||
| while flag~=1; | |||||
| if xfm(countm-1)<f_m(nr_punt); | |||||
| xfm(countm)=10^(i); | |||||
| countm=countm+1; | |||||
| i=i+1; | |||||
| else flag=1; | |||||
| end; | |||||
| end; | |||||
| xfm(countm-1)=f_m(nr_punt); | |||||
| % set(gca,'XTick',xfm,'Fontsize',9); | |||||
| fmin_th=f_th(1); | |||||
| count_min=1; | |||||
| while fmin_th<f_m(1); | |||||
| count_min=count_min+1; | |||||
| fmin_th=f_th(count_min); | |||||
| end; | |||||
| size_fth=size(f_th); | |||||
| size_fm=size(f_m); | |||||
| fmax_th=f_th(size_fth(2)); | |||||
| count_max=size_fth(2); | |||||
| while fmax_th>f_m(size_fm(2)); | |||||
| count_max=count_max-1; | |||||
| fmax_th=f_th(count_max); | |||||
| end; | |||||
| amp_th2=amp_th(count_min:count_max); | |||||
| min_amp_met=floor(min(av_log_amp-abs(sd_log_amp))); | |||||
| min_amp_th2=floor(min(amp_th2)); | |||||
| max_amp_met=ceil(max(av_log_amp+abs(sd_log_amp))); | |||||
| max_amp_th2=ceil(max(amp_th2)); | |||||
| min_amp_met2=floor(min(min_amp_met,min_amp_th2))-2; | |||||
| max_amp_met2=ceil(max(max_amp_met,max_amp_th2))+2; | |||||
| set(gca,'Fontsize',9); | |||||
| axis([xfm(1),xfm(countm-1),min_amp_met2,max_amp_met2]); | |||||
| grid on; | |||||
| title('Bode diagram RC-circuit','Fontsize',10,'Fontweight','bold'); | |||||
| subplot(2,1,2); | |||||
| graf=semilogx(f_m,av_fase,'.-b',f_th,fase_th,'-r','LineWidth',1); | |||||
| legend([graf],'measurement','theory',3); | |||||
| hold on; | |||||
| width_sd=(log10(f_m(2))-log10(f_m(1)))/3; | |||||
| for i=1:nr_punt; | |||||
| if sd_fase(i)~=0; | |||||
| x=[f_m(i),f_m(i)]; | |||||
| y=[av_fase(i)+sd_fase(i),av_fase(i)-sd_fase(i)]; | |||||
| xl1=[10^(log10(f_m(i))-width_sd),10^(log10(f_m(i))+width_sd)]; | |||||
| yl1=[av_fase(i)+sd_fase(i),av_fase(i)+sd_fase(i)]; | |||||
| yl2=[av_fase(i)-sd_fase(i),av_fase(i)-sd_fase(i)]; | |||||
| plot(x,y,'-b'); | |||||
| plot(xl1,yl1,'-b'); | |||||
| plot(xl1,yl2,'-b'); | |||||
| end; | |||||
| end; | |||||
| hold off; | |||||
| xlabel('Frequency [Hz]','Fontsize',10); | |||||
| ylabel('Phase [rad]','Fontsize',10); | |||||
| % set(gca, 'XTick',xfm,'Fontsize',9); | |||||
| min_fase_met=floor(min(av_fase-abs(sd_fase))); | |||||
| max_fase_met=ceil(max(av_fase+abs(sd_fase))); | |||||
| fase_th2=fase_th(count_min:count_max); | |||||
| min_fase_th2=floor(min(fase_th2)); | |||||
| max_fase_th2=ceil(max(fase_th2)); | |||||
| min_fase_met2=floor(min(min_fase_met,min_fase_th2))-1; | |||||
| max_fase_met2=ceil(max(max_fase_met,max_fase_th2)); | |||||
| set(gca,'Fontsize',9); | |||||
| axis([f_m(1),f_m(nr_punt),min_fase_met2,max_fase_met2]); | |||||
| grid on; | |||||
| end; | |||||
| if nr_met~=0; | |||||
| figure(3); | |||||
| set(clf,'PaperType','A4'); | |||||
| set(clf,'Color',[1,1,1]); | |||||
| % set(clf,'PaperPosition',[1.13386 3.97146 5.5 4.125]); | |||||
| subplot(2,1,1); | |||||
| graf=semilogx(f_m,av_log_amp,'.-b','LineWidth',1); | |||||
| % legend([graf],'meting',3); | |||||
| hold on; | |||||
| width_sd=(log10(f_m(2))-log10(f_m(1)))/3; | |||||
| for i=1:nr_punt; | |||||
| if sd_log_amp(i)~=0; | |||||
| x=[f_m(i),f_m(i)]; | |||||
| y=[av_log_amp(i)+sd_log_amp(i),av_log_amp(i)-sd_log_amp(i)]; | |||||
| xl1=[10^(log(f_m(i))/log(10)-width_sd),10^(log(f_m(i))/log(10)+width_sd)]; | |||||
| yl1=[av_log_amp(i)+sd_log_amp(i),av_log_amp(i)+sd_log_amp(i)]; | |||||
| yl2=[av_log_amp(i)-sd_log_amp(i),av_log_amp(i)-sd_log_amp(i)]; | |||||
| plot(x,y,'-b'); | |||||
| plot(xl1,yl1,'-b'); | |||||
| plot(xl1,yl2,'-b'); | |||||
| end; | |||||
| end; | |||||
| hold off; | |||||
| ylabel('Amplitude [dB]','Fontsize',10); | |||||
| % grid bepaling | |||||
| startfm=floor(log10(f_m(1))); | |||||
| sizefm=size(f_m); | |||||
| endfm=ceil(log10(f_m(sizefm(2)))); | |||||
| % xfm(1)=10^startfm; | |||||
| xfm(1)=f_m(1); | |||||
| i=startfm+1; | |||||
| countm=2; | |||||
| flag=0; | |||||
| while flag~=1; | |||||
| if xfm(countm-1)<f_m(nr_punt); | |||||
| xfm(countm)=10^(i); | |||||
| countm=countm+1; | |||||
| i=i+1; | |||||
| else flag=1; | |||||
| end; | |||||
| end; | |||||
| xfm(countm-1)=f_m(nr_punt); | |||||
| % set(gca,'XTick',xfm,'Fontsize',9); | |||||
| min_amp_met=floor(min(av_log_amp-abs(sd_log_amp)))-2; | |||||
| max_amp_met=ceil(max(av_log_amp+abs(sd_log_amp)))+2; | |||||
| set(gca,'Fontsize',9); | |||||
| axis([xfm(1),xfm(countm-1),min_amp_met,max_amp_met]); | |||||
| grid on; | |||||
| title('Bode diagram RC-circuit (measurement)','Fontsize',10,'Fontweight','bold'); | |||||
| subplot(2,1,2); | |||||
| graf=semilogx(f_m,av_fase,'.-b','LineWidth',1); | |||||
| % legend([graf],'meting',3); | |||||
| hold on; | |||||
| width_sd=(log10(f_m(2))-log10(f_m(1)))/3; | |||||
| for i=1:nr_punt; | |||||
| if sd_fase(i)~=0; | |||||
| x=[f_m(i),f_m(i)]; | |||||
| y=[av_fase(i)+sd_fase(i),av_fase(i)-sd_fase(i)]; | |||||
| xl1=[10^(log10(f_m(i))-width_sd),10^(log10(f_m(i))+width_sd)]; | |||||
| yl1=[av_fase(i)+sd_fase(i),av_fase(i)+sd_fase(i)]; | |||||
| yl2=[av_fase(i)-sd_fase(i),av_fase(i)-sd_fase(i)]; | |||||
| plot(x,y,'-b'); | |||||
| plot(xl1,yl1,'-b'); | |||||
| plot(xl1,yl2,'-b'); | |||||
| end; | |||||
| end; | |||||
| hold off; | |||||
| xlabel('Frequency [Hz]','Fontsize',10); | |||||
| ylabel('Phase [rad]','Fontsize',10); | |||||
| % set(gca, 'XTick',xfm,'Fontsize',9); | |||||
| min_fase_met=floor(min(av_fase-abs(sd_fase))); | |||||
| max_fase_met=ceil(max(av_fase+abs(sd_fase)))+2; | |||||
| set(gca,'Fontsize',9); | |||||
| axis([f_m(1),f_m(nr_punt),min_fase,max_fase]); | |||||
| grid on; | |||||
| end; | |||||
BIN
MOD2-files/EXP5/Transfer_Functions_Matlab/Transfer_Function_RC.vi
View File
+ 334
- 0
MOD2-files/EXP5/Transfer_Functions_Matlab/Transfer_Function_RLC.m
View File
| @@ -0,0 +1,334 @@ | |||||
| clear; | |||||
| clc; | |||||
| fprintf('Bode diagram of the RLC-circuit\n\n'); | |||||
| fprintf('Figure 1: Bode diagram theory+asymptote + average measurement\n') | |||||
| fprintf('Figure 2: Bode diagram average measurement+SD + theory\n'); | |||||
| fprintf('Figure 3: Bode diagram average measurement+SD\n\n'); | |||||
| fprintf('N.B. SD=0 is not displayed in the figures!\n\n'); | |||||
| fprintf('\nWatch out! This script searches the file in "D:\"\n\n'); | |||||
| f_name=input('Filename: ','s'); | |||||
| f_name1=sprintf('%s%s',f_name,'_theorie'); | |||||
| f_name2=sprintf('%s%s',f_name,'_meting'); | |||||
| wd=cd; | |||||
| cd 'D:\' | |||||
| [th]=dlmread(f_name1,' ',0,0); | |||||
| [met]=dlmread(f_name2,' ',0,0); | |||||
| cd(wd); | |||||
| f_th=th(1,:); | |||||
| amp_th=th(2,:); | |||||
| fase_th=th(3,:); | |||||
| asym=th(4,:); | |||||
| if mean(met(1,:))==0; | |||||
| nr_met=0; | |||||
| end; | |||||
| if mean(met(1,:))~=0; | |||||
| size_met=size(met); | |||||
| nr_met=(size_met(1)-1)/2; | |||||
| nr_punt=size_met(2); | |||||
| f_m=met(1,:); | |||||
| for i=1:nr_met; | |||||
| for j=1:nr_punt; | |||||
| amp_met(i,j)=met(i+1,j); | |||||
| fase_met(i,j)=met(i+1+nr_met,j); | |||||
| end; | |||||
| end; | |||||
| if nr_met~=1; | |||||
| for i=1:nr_punt; | |||||
| av_amp(i)=mean(amp_met(:,i)); | |||||
| av_log_amp(i)=20*log10(av_amp(i)); | |||||
| av_fase(i)=mean(fase_met(:,i)); | |||||
| end; | |||||
| sd_amp=std(amp_met,0,1); | |||||
| for i=1:nr_punt; | |||||
| if sd_amp(i)==0; | |||||
| sd_log_amp(i)=0; | |||||
| elseif av_amp(i)==1; | |||||
| av_amp(i)=1.0001; | |||||
| else | |||||
| sd_log_amp(i)=2/log(av_amp(i))*sd_amp(i); | |||||
| end; | |||||
| end; | |||||
| sd_fase=std(fase_met,0,1); | |||||
| else | |||||
| av_log_amp=20*log10(amp_met); | |||||
| av_fase=fase_met; | |||||
| sd_log_amp=zeros(1,nr_punt); | |||||
| sd_fase=zeros(1,nr_punt); | |||||
| end; | |||||
| end; | |||||
| figure(1); | |||||
| set(clf,'PaperType','A4'); | |||||
| set(clf,'Color',[1,1,1]); | |||||
| %set(clf,'PaperPosition',[1.13386 3.97146 5.5 4.125]); | |||||
| subplot(2,1,1); | |||||
| if mean(met(1,:))~=0; | |||||
| graf=semilogx(f_th,amp_th,'r',f_th,asym,'g',f_m,av_log_amp,'.-b','LineWidth',1); | |||||
| legend([graf],'theory','asymp.','measurement',3); | |||||
| else | |||||
| graf=semilogx(f_th,amp_th,'r',f_th,asym,'g','LineWidth',1); | |||||
| legend([graf],'theory','asymp.',3); | |||||
| end; | |||||
| ylabel('Amplitude [dB]','Fontsize',10) | |||||
| % grid bepaling | |||||
| startf=floor(log10(f_th(1))); | |||||
| sizef=size(f_th); | |||||
| endf=ceil(log10(f_th(sizef(2)))); | |||||
| xf(1)=10^startf; | |||||
| i=startf+1; | |||||
| count=2; | |||||
| while i<=endf; | |||||
| xf(count)=10^(i); | |||||
| count=count+1; | |||||
| i=i+1; | |||||
| end; | |||||
| set(gca, 'XTick',xf,'Fontsize',9); | |||||
| if mean(met(1,:))~=0; | |||||
| min_amp_th=floor(min(amp_th)); | |||||
| min_amp_met=floor(min(av_log_amp-abs(sd_log_amp))); | |||||
| min_amp=min(min_amp_th,min_amp_met); | |||||
| max_amp_th=ceil(max(amp_th)); | |||||
| max_amp_met=ceil(max(av_log_amp+abs(sd_log_amp))); | |||||
| max_amp=max(max_amp_th,max_amp_met)+2; | |||||
| else | |||||
| min_amp=floor(min(amp_th)); | |||||
| max_amp=ceil(max(amp_th))+2; | |||||
| end; | |||||
| axis([10^startf,10^endf,min_amp,max_amp]); | |||||
| grid on; | |||||
| title('Bode diagram RLC-circuit','Fontsize',10,'Fontweight','bold'); | |||||
| subplot(2,1,2); | |||||
| if mean(met(1,:))~=0; | |||||
| graf=semilogx(f_th,fase_th,'r',f_m,av_fase,'.-b','LineWidth',1); | |||||
| legend([graf],'theory','measurement',3); | |||||
| else | |||||
| graf=semilogx(f_th,fase_th,'LineWidth',1); | |||||
| legend([graf],'theory',3); | |||||
| end; | |||||
| xlabel('Frequency [Hz]','Fontsize',10); | |||||
| ylabel('Phase [rad]','Fontsize',10); | |||||
| set(gca, 'XTick',xf,'Fontsize',9); | |||||
| if mean(met(1,:))~=0; | |||||
| min_fase_th=floor(min(fase_th)); | |||||
| min_fase_met=floor(min(av_fase-abs(sd_fase))); | |||||
| min_fase=min(min_fase_th,min_fase_met); | |||||
| max_fase_th=ceil(max(fase_th)); | |||||
| max_fase_met=ceil(max(av_fase+abs(sd_fase))); | |||||
| max_fase=max(max_fase_th,max_fase_met); | |||||
| else | |||||
| min_fase=floor(min(fase_th)); | |||||
| max_fase=ceil(max(fase_th)); | |||||
| end; | |||||
| axis([10^startf,10^endf,min_fase,max_fase]); | |||||
| grid on; | |||||
| if nr_met~=0; | |||||
| figure(2); | |||||
| set(clf,'PaperType','A4'); | |||||
| set(clf,'Color',[1,1,1]); | |||||
| % set(clf,'PaperPosition',[1.13386 3.97146 5.5 4.125]); | |||||
| subplot(2,1,1); | |||||
| graf=semilogx(f_m,av_log_amp,'.-b',f_th,amp_th,'-r','LineWidth',1); | |||||
| legend([graf],'measurement','theory',3); | |||||
| hold on; | |||||
| width_sd=(log10(f_m(2))-log10(f_m(1)))/3; | |||||
| for i=1:nr_punt; | |||||
| if sd_log_amp(i)~=0; | |||||
| x=[f_m(i),f_m(i)]; | |||||
| y=[av_log_amp(i)+sd_log_amp(i),av_log_amp(i)-sd_log_amp(i)]; | |||||
| xl1=[10^(log(f_m(i))/log(10)-width_sd),10^(log(f_m(i))/log(10)+width_sd)]; | |||||
| yl1=[av_log_amp(i)+sd_log_amp(i),av_log_amp(i)+sd_log_amp(i)]; | |||||
| yl2=[av_log_amp(i)-sd_log_amp(i),av_log_amp(i)-sd_log_amp(i)]; | |||||
| plot(x,y,'-b'); | |||||
| plot(xl1,yl1,'-b'); | |||||
| plot(xl1,yl2,'-b'); | |||||
| end; | |||||
| end; | |||||
| hold off; | |||||
| ylabel('Amplitude [dB]','Fontsize',10); | |||||
| % grid bepaling | |||||
| startfm=floor(log10(f_m(1))); | |||||
| sizefm=size(f_m); | |||||
| endfm=ceil(log10(f_m(sizefm(2)))); | |||||
| % xfm(1)=10^startfm; | |||||
| xfm(1)=f_m(1); | |||||
| i=startfm+1; | |||||
| countm=2; | |||||
| flag=0; | |||||
| while flag~=1; | |||||
| if xfm(countm-1)<f_m(nr_punt); | |||||
| xfm(countm)=10^(i); | |||||
| countm=countm+1; | |||||
| i=i+1; | |||||
| else flag=1; | |||||
| end; | |||||
| end; | |||||
| xfm(countm-1)=f_m(nr_punt); | |||||
| % set(gca,'XTick',xfm,'Fontsize',9); | |||||
| fmin_th=f_th(1); | |||||
| count_min=1; | |||||
| while fmin_th<f_m(1); | |||||
| count_min=count_min+1; | |||||
| fmin_th=f_th(count_min); | |||||
| end; | |||||
| size_fth=size(f_th); | |||||
| size_fm=size(f_m); | |||||
| fmax_th=f_th(size_fth(2)); | |||||
| count_max=size_fth(2); | |||||
| while fmax_th>f_m(size_fm(2)); | |||||
| count_max=count_max-1; | |||||
| fmax_th=f_th(count_max); | |||||
| end; | |||||
| amp_th2=amp_th(count_min:count_max); | |||||
| min_amp_met=floor(min(av_log_amp-abs(sd_log_amp))); | |||||
| min_amp_th2=floor(min(amp_th2)); | |||||
| max_amp_met=ceil(max(av_log_amp+abs(sd_log_amp))); | |||||
| max_amp_th2=ceil(max(amp_th2)); | |||||
| min_amp_met2=floor(min(min_amp_met,min_amp_th2))-2; | |||||
| max_amp_met2=ceil(max(max_amp_met,max_amp_th2))+2; | |||||
| set(gca,'Fontsize',9); | |||||
| axis([xfm(1),xfm(countm-1),min_amp_met2,max_amp_met2]); | |||||
| grid on; | |||||
| title('Bode diagram RLC-circuit','Fontsize',10,'Fontweight','bold'); | |||||
| subplot(2,1,2); | |||||
| graf=semilogx(f_m,av_fase,'.-b',f_th,fase_th,'-r','LineWidth',1); | |||||
| legend([graf],'measurement','theory',3); | |||||
| hold on; | |||||
| width_sd=(log10(f_m(2))-log10(f_m(1)))/3; | |||||
| for i=1:nr_punt; | |||||
| if sd_fase(i)~=0; | |||||
| x=[f_m(i),f_m(i)]; | |||||
| y=[av_fase(i)+sd_fase(i),av_fase(i)-sd_fase(i)]; | |||||
| xl1=[10^(log10(f_m(i))-width_sd),10^(log10(f_m(i))+width_sd)]; | |||||
| yl1=[av_fase(i)+sd_fase(i),av_fase(i)+sd_fase(i)]; | |||||
| yl2=[av_fase(i)-sd_fase(i),av_fase(i)-sd_fase(i)]; | |||||
| plot(x,y,'-b'); | |||||
| plot(xl1,yl1,'-b'); | |||||
| plot(xl1,yl2,'-b'); | |||||
| end; | |||||
| end; | |||||
| hold off; | |||||
| xlabel('Frequency [Hz]','Fontsize',10); | |||||
| ylabel('Phase [rad]','Fontsize',10); | |||||
| % set(gca, 'XTick',xfm,'Fontsize',9); | |||||
| min_fase_met=floor(min(av_fase-abs(sd_fase))); | |||||
| max_fase_met=ceil(max(av_fase+abs(sd_fase))); | |||||
| fase_th2=fase_th(count_min:count_max); | |||||
| min_fase_th2=floor(min(fase_th2)); | |||||
| max_fase_th2=ceil(max(fase_th2)); | |||||
| min_fase_met2=floor(min(min_fase_met,min_fase_th2))-1; | |||||
| max_fase_met2=ceil(max(max_fase_met,max_fase_th2)); | |||||
| set(gca,'Fontsize',9); | |||||
| axis([f_m(1),f_m(nr_punt),min_fase_met2,max_fase_met2]); | |||||
| grid on; | |||||
| end; | |||||
| if nr_met~=0; | |||||
| figure(3); | |||||
| set(clf,'PaperType','A4'); | |||||
| set(clf,'Color',[1,1,1]); | |||||
| % set(clf,'PaperPosition',[1.13386 3.97146 5.5 4.125]); | |||||
| subplot(2,1,1); | |||||
| graf=semilogx(f_m,av_log_amp,'.-b','LineWidth',1); | |||||
| % legend([graf],'meting',3); | |||||
| hold on; | |||||
| width_sd=(log10(f_m(2))-log10(f_m(1)))/3; | |||||
| for i=1:nr_punt; | |||||
| if sd_log_amp(i)~=0; | |||||
| x=[f_m(i),f_m(i)]; | |||||
| y=[av_log_amp(i)+sd_log_amp(i),av_log_amp(i)-sd_log_amp(i)]; | |||||
| xl1=[10^(log(f_m(i))/log(10)-width_sd),10^(log(f_m(i))/log(10)+width_sd)]; | |||||
| yl1=[av_log_amp(i)+sd_log_amp(i),av_log_amp(i)+sd_log_amp(i)]; | |||||
| yl2=[av_log_amp(i)-sd_log_amp(i),av_log_amp(i)-sd_log_amp(i)]; | |||||
| plot(x,y,'-b'); | |||||
| plot(xl1,yl1,'-b'); | |||||
| plot(xl1,yl2,'-b'); | |||||
| end; | |||||
| end; | |||||
| hold off; | |||||
| ylabel('Amplitude [dB]','Fontsize',10); | |||||
| % grid bepaling | |||||
| startfm=floor(log10(f_m(1))); | |||||
| sizefm=size(f_m); | |||||
| endfm=ceil(log10(f_m(sizefm(2)))); | |||||
| % xfm(1)=10^startfm; | |||||
| xfm(1)=f_m(1); | |||||
| i=startfm+1; | |||||
| countm=2; | |||||
| flag=0; | |||||
| while flag~=1; | |||||
| if xfm(countm-1)<f_m(nr_punt); | |||||
| xfm(countm)=10^(i); | |||||
| countm=countm+1; | |||||
| i=i+1; | |||||
| else flag=1; | |||||
| end; | |||||
| end; | |||||
| xfm(countm-1)=f_m(nr_punt); | |||||
| % set(gca,'XTick',xfm,'Fontsize',9); | |||||
| min_amp_met=floor(min(av_log_amp-abs(sd_log_amp)))-2; | |||||
| max_amp_met=ceil(max(av_log_amp+abs(sd_log_amp)))+2; | |||||
| set(gca,'Fontsize',9); | |||||
| axis([xfm(1),xfm(countm-1),min_amp_met,max_amp_met]); | |||||
| grid on; | |||||
| title('Bode diagram RLC-circuit (measurement)','Fontsize',10,'Fontweight','bold'); | |||||
| subplot(2,1,2); | |||||
| graf=semilogx(f_m,av_fase,'.-b','LineWidth',1); | |||||
| % legend([graf],'meting',3); | |||||
| hold on; | |||||
| width_sd=(log10(f_m(2))-log10(f_m(1)))/3; | |||||
| for i=1:nr_punt; | |||||
| if sd_fase(i)~=0; | |||||
| x=[f_m(i),f_m(i)]; | |||||
| y=[av_fase(i)+sd_fase(i),av_fase(i)-sd_fase(i)]; | |||||
| xl1=[10^(log10(f_m(i))-width_sd),10^(log10(f_m(i))+width_sd)]; | |||||
| yl1=[av_fase(i)+sd_fase(i),av_fase(i)+sd_fase(i)]; | |||||
| yl2=[av_fase(i)-sd_fase(i),av_fase(i)-sd_fase(i)]; | |||||
| plot(x,y,'-b'); | |||||
| plot(xl1,yl1,'-b'); | |||||
| plot(xl1,yl2,'-b'); | |||||
| end; | |||||
| end; | |||||
| hold off; | |||||
| xlabel('Frequency [Hz]','Fontsize',10); | |||||
| ylabel('Phase [rad]','Fontsize',10); | |||||
| % set(gca, 'XTick',xfm,'Fontsize',9); | |||||
| min_fase_met=floor(min(av_fase-abs(sd_fase))); | |||||
| max_fase_met=ceil(max(av_fase+abs(sd_fase)))+2; | |||||
| set(gca,'Fontsize',9); | |||||
| axis([f_m(1),f_m(nr_punt),min_fase,max_fase]); | |||||
| grid on; | |||||
| end; | |||||
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MOD2-files/EXP5/Transfer_Functions_Matlab/Transfer_Function_RLC.vi
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MOD2-files/EXP6/Experiment6_filter.m
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| @@ -0,0 +1,53 @@ | |||||
| clear; | |||||
| clc; | |||||
| fprintf('Bodediagram of the filter\n\n'); | |||||
| R2 = input('R2 [Ohm] : '); | |||||
| R3n = input('R3:[kOhm] : '); | |||||
| C4n = input('C4 [nF] : '); | |||||
| L5n = input('L5 [mH] : '); | |||||
| fprintf('\n'); | |||||
| R3 = R3n*1e3; | |||||
| C4 = C4n*1e-9; | |||||
| L5 = L5n*1e-3; | |||||
| t0 = 0; | |||||
| t1 = L5; | |||||
| n0 = R2+R3; | |||||
| n1 = L5; | |||||
| n2 = n0*C4*L5; | |||||
| fstep = 4; | |||||
| f=596; | |||||
| for i=1:251 | |||||
| f = f + fstep; | |||||
| frequentie(i) = f; | |||||
| w = 2*pi*f; | |||||
| H(i)=((1i*w*t1)/(n0+1i*w*n1+n2*(1i*w)^2)); | |||||
| end | |||||
| figure(1); | |||||
| fig_label=('Bodediagram Fourierfilter'); | |||||
| set(clf,'PaperType','A4'); | |||||
| set(clf,'Color',[1,1,1]); | |||||
| subplot(211); | |||||
| semilogx(frequentie, abs(H)) | |||||
| axis([600 1600 0.0 1.2]) | |||||
| ylabel('amplitude','Fontsize',10) | |||||
| hndl=title(fig_label,'Fontsize',10,'Fontweight','bold'); | |||||
| h=get(hndl); | |||||
| set(gca, 'XTick', [600 700 800 900 1000 1100 1200 1300 1400 1500 1600],'Fontsize',8) | |||||
| set(gca, 'YTick', [0.0 0.2 0.4 0.6 0.8 1.0 1.2],'Fontsize',8) | |||||
| grid; | |||||
| subplot(212); | |||||
| semilogx(frequentie, angle(H)/pi) | |||||
| axis([600 1600 -0.6 0.6]) | |||||
| xlabel('frequency [Hz]','Fontsize',10) | |||||
| ylabel('phase [rad]','Fontsize',10) | |||||
| set(gca, 'XTick', [600 700 800 900 1000 1100 1200 1300 1400 1500 1600],'Fontsize',8) | |||||
| set(gca, 'YTick', [-0.6 -0.4 -0.2 0.0 0.2 0.4 0.6],'Fontsize',8) | |||||
| grid; | |||||
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MOD2-files/EXP6/Experiment6_measurement.m
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| @@ -0,0 +1,44 @@ | |||||
| clear; | |||||
| clc; | |||||
| fprintf('Fourieranalysis of signals\n\n'); | |||||
| fprintf('Figuur 1: input and output signals of the Fourierbox\n\n') | |||||
| fprintf('\nWARNING!This script looks for the file in the working directory.\n\n'); | |||||
| f_name=input('Filenaam: ','s'); | |||||
| freq=input('frequency=1 kHz (j/n): ','s'); | |||||
| if freq=='n'; | |||||
| f=input('frequency [Hz]: '); | |||||
| else | |||||
| f=1000; | |||||
| end; | |||||
| [data]=dlmread(f_name,' ',0,0); | |||||
| %cd(wd); | |||||
| T=1/f; | |||||
| t=0:3*T/2500:3*T; | |||||
| s_data=size(data); | |||||
| nr_punt=s_data(2); | |||||
| signaal_in=data(2500:5000); | |||||
| signaal_uit=data(5001:7501); | |||||
| figure(1); | |||||
| set(clf,'PaperType','A4'); | |||||
| set(clf,'Color',[1,1,1]); | |||||
| subplot(2,1,1); | |||||
| plot(t,signaal_in); | |||||
| axis([0,3*T,-5,5]); | |||||
| ylabel('Vin [V]','Fontsize',10); | |||||
| subplot(2,1,2); | |||||
| plot(t,signaal_uit); | |||||
| axis([0,3*T,-0.5,0.5]); | |||||
| xlabel('time [s]','Fontsize',10); | |||||
| ylabel('Vuit [V]','Fontsize',10); | |||||
BIN
MOD2-files/EXP6/Experiment6_measurement.vi
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MOD2-files/EXP6/Experiment6_square_wave.m
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| @@ -0,0 +1,51 @@ | |||||
| clear; | |||||
| clc; | |||||
| fprintf('Fouriercomponenten of a square wave\n\n'); | |||||
| A = input('Amplitude A of the square wave [V]: '); | |||||
| T = input('Period T of the square wave [ms]: '); | |||||
| fprintf('\n'); | |||||
| w0 = 2*pi/T; | |||||
| amp = 4*A/pi; | |||||
| tv = 0:T/50:2*T; | |||||
| ehv = amp*sin(w0*tv); | |||||
| dhv = (amp/3)*sin(3*w0*tv); | |||||
| vhv = (amp/5)*sin(5*w0*tv); | |||||
| blv = A*(sign(ehv)); | |||||
| epdhv = ehv + dhv; | |||||
| epdpvhv = epdhv + vhv; | |||||
| maxamp=max(ehv); | |||||
| mA=ceil(maxamp); | |||||
| figure(1); | |||||
| set(clf,'PaperType','A4'); | |||||
| set(clf,'Color',[1,1,1]); | |||||
| subplot(221); | |||||
| plot(tv, blv, tv, ehv, tv, dhv, tv, vhv); | |||||
| xlabel('time [ms]','Fontsize',8); | |||||
| title('first three harmonics','Fontsize',8); | |||||
| set(gca,'Fontsize',8); | |||||
| subplot(222); | |||||
| plot(tv, blv, tv, ehv); | |||||
| xlabel('time [ms]','Fontsize',8); | |||||
| title('first harmonic','Fontsize',8); | |||||
| set(gca,'Fontsize',8); | |||||
| subplot(223); | |||||
| plot(tv, blv, tv, epdhv); | |||||
| xlabel('time [ms]','Fontsize',8); | |||||
| title('sum first and third harmonic','Fontsize',8); | |||||
| set(gca,'Fontsize',8); | |||||
| subplot(224); | |||||
| plot(tv, blv, tv, epdpvhv); | |||||
| xlabel('time [ms]','Fontsize',8); | |||||
| title('sum of all harmonics','Fontsize',8); | |||||
| set(gca,'Fontsize',8); | |||||
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MOD2-files/EXP6/Experiment6_transfer.m
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| @@ -0,0 +1,136 @@ | |||||
| clear; | |||||
| clc; | |||||
| fprintf('Bode diagram of the Fourier-box\n\n'); | |||||
| fprintf('Figure 1: Bodediagram average measurement+SD\n\n'); | |||||
| fprintf('N.B. SD=0 is not displayed in the graph!\n\n'); | |||||
| fprintf('\nWARNING!This script looks for the file in the working directory.\n\n'); | |||||
| f_name=input('Filename: ','s'); | |||||
| [met]=dlmread(f_name,' ',0,0); | |||||
| if mean(met(1,:))==0; | |||||
| nr_met=0; | |||||
| end; | |||||
| if mean(met(1,:))~=0; | |||||
| size_met=size(met); | |||||
| nr_met=(size_met(1)-1)/2; | |||||
| nr_punt=size_met(2); | |||||
| f_m=met(1,:); | |||||
| for i=1:nr_met; | |||||
| for j=1:nr_punt; | |||||
| amp_met(i,j)=met(i+1,j); | |||||
| fase_met(i,j)=met(i+1+nr_met,j); | |||||
| end; | |||||
| end; | |||||
| if nr_met~=1; | |||||
| for i=1:nr_punt; | |||||
| av_amp(i)=mean(amp_met(:,i)); | |||||
| av_log_amp(i)=20*log10(av_amp(i)); | |||||
| av_fase(i)=mean(fase_met(:,i)); | |||||
| end; | |||||
| sd_amp=std(amp_met,0,1); | |||||
| for i=1:nr_punt; | |||||
| sd_log_amp(i)=2/log(av_amp(i))*sd_amp(i); | |||||
| end; | |||||
| sd_fase=std(fase_met,0,1); | |||||
| else | |||||
| av_log_amp=20*log10(amp_met); | |||||
| av_fase=fase_met; | |||||
| sd_log_amp=zeros(1,nr_punt); | |||||
| sd_fase=zeros(1,nr_punt); | |||||
| end; | |||||
| end; | |||||
| min_amp=floor(min(av_log_amp-abs(sd_log_amp))); | |||||
| max_amp=ceil(max(av_log_amp+abs(sd_log_amp))); | |||||
| min_fase=floor(min(av_fase-abs(sd_fase))); | |||||
| max_fase=ceil(max(av_fase+abs(sd_fase))); | |||||
| if nr_met~=0; | |||||
| figure(1); | |||||
| set(clf,'PaperType','A4'); | |||||
| set(clf,'Color',[1,1,1]); | |||||
| subplot(2,1,1); | |||||
| graf=semilogx(f_m,av_log_amp,'.-b','LineWidth',1); | |||||
| % legend([graf],'meting',3); | |||||
| hold on; | |||||
| width_sd=(log10(f_m(2))-log10(f_m(1)))/3; | |||||
| for i=1:nr_punt; | |||||
| if sd_log_amp(i)~=0; | |||||
| x=[f_m(i),f_m(i)]; | |||||
| y=[av_log_amp(i)+sd_log_amp(i),av_log_amp(i)-sd_log_amp(i)]; | |||||
| xl1=[10^(log(f_m(i))/log(10)-width_sd),10^(log(f_m(i))/log(10)+width_sd)]; | |||||
| yl1=[av_log_amp(i)+sd_log_amp(i),av_log_amp(i)+sd_log_amp(i)]; | |||||
| yl2=[av_log_amp(i)-sd_log_amp(i),av_log_amp(i)-sd_log_amp(i)]; | |||||
| plot(x,y,'-b'); | |||||
| plot(xl1,yl1,'-b'); | |||||
| plot(xl1,yl2,'-b'); | |||||
| end; | |||||
| end; | |||||
| hold off; | |||||
| ylabel('Amplitude [dB]','Fontsize',10); | |||||
| % grid bepaling | |||||
| startfm=floor(log10(f_m(1))); | |||||
| sizefm=size(f_m); | |||||
| endfm=ceil(log10(f_m(sizefm(2)))); | |||||
| % xfm(1)=10^startfm; | |||||
| xfm(1)=f_m(1); | |||||
| i=startfm+1; | |||||
| countm=2; | |||||
| flag=0; | |||||
| while flag~=1; | |||||
| if xfm(countm-1)<f_m(nr_punt); | |||||
| xfm(countm)=10^(i); | |||||
| countm=countm+1; | |||||
| i=i+1; | |||||
| else flag=1; | |||||
| end; | |||||
| end; | |||||
| xfm(countm-1)=f_m(nr_punt); | |||||
| % set(gca,'XTick',xfm,'Fontsize',9); | |||||
| min_amp_met=floor(min(av_log_amp-abs(sd_log_amp)))-2; | |||||
| max_amp_met=ceil(max(av_log_amp+abs(sd_log_amp)))+2; | |||||
| set(gca,'Fontsize',9); | |||||
| axis([xfm(1),xfm(countm-1),min_amp_met,max_amp_met]); | |||||
| grid on; | |||||
| title('Bodediagram Fourierbox (Measurement)','Fontsize',10,'Fontweight','bold'); | |||||
| subplot(2,1,2); | |||||
| graf=semilogx(f_m,av_fase,'.-b','LineWidth',1); | |||||
| % legend([graf],'meting',3); | |||||
| hold on; | |||||
| width_sd=(log10(f_m(2))-log10(f_m(1)))/3; | |||||
| for i=1:nr_punt; | |||||
| if sd_fase(i)~=0; | |||||
| x=[f_m(i),f_m(i)]; | |||||
| y=[av_fase(i)+sd_fase(i),av_fase(i)-sd_fase(i)]; | |||||
| xl1=[10^(log10(f_m(i))-width_sd),10^(log10(f_m(i))+width_sd)]; | |||||
| yl1=[av_fase(i)+sd_fase(i),av_fase(i)+sd_fase(i)]; | |||||
| yl2=[av_fase(i)-sd_fase(i),av_fase(i)-sd_fase(i)]; | |||||
| plot(x,y,'-b'); | |||||
| plot(xl1,yl1,'-b'); | |||||
| plot(xl1,yl2,'-b'); | |||||
| end; | |||||
| end; | |||||
| hold off; | |||||
| xlabel('Frequency [Hz]','Fontsize',10); | |||||
| ylabel('Fase [rad]','Fontsize',10); | |||||
| % set(gca, 'XTick',xfm,'Fontsize',9); | |||||
| min_fase_met=floor(min(av_fase-abs(sd_fase))); | |||||
| max_fase_met=ceil(max(av_fase+abs(sd_fase)))+2; | |||||
| set(gca,'Fontsize',9); | |||||
| axis([f_m(1),f_m(nr_punt),min_fase,max_fase]); | |||||
| grid on; | |||||
| end; | |||||
BIN
MOD2-files/EXP6/Experiment6_transfer.vi
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MOD2-files/EXP6/Experiment6_triangular_wave.m
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| @@ -0,0 +1,59 @@ | |||||
| clear; | |||||
| clc; | |||||
| fprintf('Fouriercomponenten of a triangle wave\n\n'); | |||||
| B = input('Amplitude B of the triangle wave [V]: '); | |||||
| T = input('Period T of the triangle wave [ms]: '); | |||||
| fprintf('\n'); | |||||
| w0 = 2*pi/T; | |||||
| amp = -(8*B)/(pi^2); | |||||
| tv = 0:T/50:2*T; | |||||
| ehv = amp*cos(w0*tv); | |||||
| dhv = (amp/9)*cos(3*w0*tv); | |||||
| vhv = (amp/25)*cos(5*w0*tv); | |||||
| rc = 4*B/T; | |||||
| T2 = T/2; | |||||
| T15 = 3*T/2; | |||||
| drv=[]; | |||||
| for t=0:T/50:2*T; | |||||
| if (t<T/2) drv=[drv -B+rc*t]; end; | |||||
| if (T/2<=t)&(t<T) drv=[drv 3*B-rc*t]; end; | |||||
| if (T<=t)&(t<T15) drv=[drv -5*B+rc*t]; end; | |||||
| if (T15<=t) drv=[drv 7*B-rc*t]; end; | |||||
| end; | |||||
| epdhv = ehv + dhv; | |||||
| epdpvhv = epdhv + vhv; | |||||
| figure(1); | |||||
| set(clf,'PaperType','A4'); | |||||
| set(clf,'Color',[1,1,1]); | |||||
| subplot(221); | |||||
| plot(tv, drv, tv, ehv, tv, dhv, tv, vhv); | |||||
| xlabel('time [ms]','Fontsize',8); | |||||
| title('first three harmonics','Fontsize',8); | |||||
| set(gca,'Fontsize',8); | |||||
| subplot(222); | |||||
| plot(tv, drv, tv, ehv); | |||||
| xlabel('time [ms]','Fontsize',8); | |||||
| title('first harmonic','Fontsize',8); | |||||
| set(gca,'Fontsize',8); | |||||
| subplot(223); | |||||
| plot(tv, drv, tv, epdhv); | |||||
| xlabel('time [ms]','Fontsize',8); | |||||
| title('sum first and third harmonic','Fontsize',8); | |||||
| set(gca,'Fontsize',8); | |||||
| subplot(224); | |||||
| plot(tv, drv, tv, epdpvhv); | |||||
| xlabel('time [ms]','Fontsize',8); | |||||
| title('sum of all harmonics','Fontsize',8); | |||||
| set(gca,'Fontsize',8); | |||||