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oude bestanden toegevoegd voor labview en matlab

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Wouter Horlings 8 anos atrás
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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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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Arbitrary Waveform.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Frequency Sweep - SW Triggered.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Frequency Sweep.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Modulated Waveform.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Examples/Agilent 33XXX Series Generate Standard Waveform.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Private/Default Instrument Setup.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Private/Scale Arbitrary Waveform.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Action-Status/Clear Arbitrary Waveform.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Action-Status/Low Level/Send Software Trigger.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Arbitrary Waveform.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Modulation (Amplitude).vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Modulation (Phase).vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Modulation (Pulse Width).vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Modulation.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Output Impedance.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Pulse.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Configure Ramp Symmetry.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Create Arbitrary Waveform.vi
  37. BIN
      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Low Level/Configure Trigger.vi
  38. BIN
      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Configure/Low Level/Configure_Low Level.mnu
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Initialize.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Utility/Error Query.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/Utility/Utility.mnu
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/VI Tree.vi
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      MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Public/dir.mnu
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      MOD2-files/EXP5/SubVIs_2015/acquire 2 channels.vi
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      MOD2-files/EXP5/SubVIs_2015/bodeplot_mag_phase.vi
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      MOD2-files/EXP5/SubVIs_2015/close scoop & funcgen.vi
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      MOD2-files/EXP5/SubVIs_2015/waveform_cluster2waveform.vi
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MOD2-files/EXP5/SubVIs_2015/AUTOSet TDS2022.vi Ver arquivo


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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
&raquo; VI, Function, &amp; 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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[My Computer]
My Computer = "130.89.15.22"


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MOD2-files/EXP5/SubVIs_2015/Agilent 33XXX Series/Agilent 33XXX Series.lvlib Ver arquivo

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<Item Name="Configure Frequency Sweep.vi" Type="VI" URL="/&lt;instrlib&gt;/Agilent 33XXX Series/Public/Configure/Configure Frequency Sweep.vi"/>
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<Item Name="Configure Modulation (Frequency).vi" Type="VI" URL="/&lt;instrlib&gt;/Agilent 33XXX Series/Public/Configure/Configure Modulation (Frequency).vi"/>
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<Item Name="Configure Modulation (Phase).vi" Type="VI" URL="/&lt;instrlib&gt;/Agilent 33XXX Series/Public/Configure/Configure Modulation (Phase).vi"/>
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<Item Name="Utility" Type="Folder">
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<Item Name="VI Tree.vi" Type="VI" URL="/&lt;instrlib&gt;/Agilent 33XXX Series/Public/VI Tree.vi"/>
</Item>
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<?xml version='1.0' encoding='UTF-8'?>
<Project Type="Project" LVVersion="10008000">
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<Property Name="specify.custom.address" Type="Bool">false</Property>
<Item Name="Examples" Type="Folder">
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</Item>
<Item Name="Agilent 33XXX Series.lvlib" Type="Library" URL="/&lt;instrlib&gt;/Agilent 33XXX Series/Agilent 33XXX Series.lvlib"/>
<Item Name="Dependencies" Type="Dependencies">
<Item Name="vi.lib" Type="Folder">
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<Item Name="Nearest Frequency for Block.vi" Type="VI" URL="/&lt;vilib&gt;/express/express input/SimulateSignalConfig.llb/Nearest Frequency for Block.vi"/>
<Item Name="Nearest Freq in Int Cycles.vi" Type="VI" URL="/&lt;vilib&gt;/express/express input/SimulateSignalConfig.llb/Nearest Freq in Int Cycles.vi"/>
<Item Name="ex_CorrectErrorChain.vi" Type="VI" URL="/&lt;vilib&gt;/express/express shared/ex_CorrectErrorChain.vi"/>
<Item Name="ex_GenAddAttribs.vi" Type="VI" URL="/&lt;vilib&gt;/express/express input/SimulateSignalBlock.llb/ex_GenAddAttribs.vi"/>
<Item Name="ex_WaveformAttribsPlus.ctl" Type="VI" URL="/&lt;vilib&gt;/express/express shared/transition.llb/ex_WaveformAttribsPlus.ctl"/>
<Item Name="Waveform Array To Dynamic.vi" Type="VI" URL="/&lt;vilib&gt;/express/express shared/transition.llb/Waveform Array To Dynamic.vi"/>
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<Item Name="I128 Timestamp.ctl" Type="VI" URL="/&lt;vilib&gt;/Waveform/TSOps.llb/I128 Timestamp.ctl"/>
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<Item Name="eventvkey.ctl" Type="VI" URL="/&lt;vilib&gt;/event_ctls.llb/eventvkey.ctl"/>
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<Item Name="Get String Text Bounds.vi" Type="VI" URL="/&lt;vilib&gt;/Utility/error.llb/Get String Text Bounds.vi"/>
<Item Name="LVBoundsTypeDef.ctl" Type="VI" URL="/&lt;vilib&gt;/Utility/miscctls.llb/LVBoundsTypeDef.ctl"/>
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<Item Name="GetHelpDir.vi" Type="VI" URL="/&lt;vilib&gt;/Utility/error.llb/GetHelpDir.vi"/>
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<Item Name="lvanlys.dll" Type="Document" URL="../../../resource/lvanlys.dll"/>
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<Item Name="Build Specifications" Type="Build"/>
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% 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 Ver arquivo


+ 334
- 0
MOD2-files/EXP5/Transfer_Functions_Matlab/Transfer_Function_RLC.m Ver arquivo

@@ -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;

BIN
MOD2-files/EXP5/Transfer_Functions_Matlab/Transfer_Function_RLC.vi Ver arquivo


+ 53
- 0
MOD2-files/EXP6/Experiment6_filter.m Ver arquivo

@@ -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;

+ 44
- 0
MOD2-files/EXP6/Experiment6_measurement.m Ver arquivo

@@ -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 Ver arquivo


+ 51
- 0
MOD2-files/EXP6/Experiment6_square_wave.m Ver arquivo

@@ -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);

+ 136
- 0
MOD2-files/EXP6/Experiment6_transfer.m Ver arquivo

@@ -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 Ver arquivo


+ 59
- 0
MOD2-files/EXP6/Experiment6_triangular_wave.m Ver arquivo

@@ -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);

BIN
MOD2-files/LabManual_EC2017_Hueting.pdf Ver arquivo


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