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ports: calculate/export time domain voltages and currents 

Signed-off-by: Thorsten Liebig <Thorsten.Liebig@gmx.de>
pull/12/head
Thorsten Liebig 2013-12-28 21:41:19 +01:00
parent 3fc2a41af9
commit 32a907a26e
4 changed files with 49 additions and 0 deletions
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13
matlab/calcLumpedPort.m
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@ -17,6 +17,13 @@ function [port] = calcLumpedPort( port, SimDir, f, varargin)
% 'SwitchDirection': 0/1, switch assumed direction of propagation
%
% output:
% % output signals/values in time domain (TD):
% port.ut.tot total voltage (time-domain)
% port.ut.time voltage time vector
% port.it.tot total current (time-domain)
% port.it.time current time vector
%
% % output signals/values in frequency domain (FD):
% port.f the given frequency fector
% port.uf.tot/inc/ref total, incoming and reflected voltage
% port.if.tot/inc/ref total, incoming and reflected current
@ -73,6 +80,12 @@ I = ReadUI( port.I_filename, SimDir, f, UI_args{:} );
u_f = U.FD{1}.val;
i_f = switch_dir*I.FD{1}.val;
port.ut.time = U.TD{1}.t;
port.ut.tot = U.TD{1}.val;
port.it.time = I.TD{1}.t;
port.it.tot = switch_dir*I.TD{1}.val;
port.Zin = u_f./i_f;
port.f = f;

7
matlab/calcPort.m
View File

@ -21,6 +21,13 @@ function [port] = calcPort( port, SimDir, f, varargin)
% 'SwitchDirection': 0/1, switch assumed direction of propagation
%
% output:
% % output signals/values in time domain (TD):
% port.ut.tot total voltage (time-domain)
% port.ut.time voltage time vector
% port.it.tot total current (time-domain)
% port.it.time current time vector
%
% % output signals/values in frequency domain (FD):
% port.f the given frequency fector
% port.uf.tot/inc/ref total, incoming and reflected voltage
% port.if.tot/inc/ref total, incoming and reflected current

14
matlab/calcTLPort.m
View File

@ -22,6 +22,13 @@ function [port] = calcTLPort( port, SimDir, f, varargin)
% 'SwitchDirection': 0/1, switch assumed direction of propagation
%
% output:
% % output signals/values in time domain (TD):
% port.ut.tot total voltage (time-domain)
% port.ut.time voltage time vector
% port.it.tot total current (time-domain)
% port.it.time current time vector
%
% % output signals/values in frequency domain (FD):
% port.f the given frequency fector
% port.uf.tot/inc/ref total, incoming and reflected voltage
% port.if.tot/inc/ref total, incoming and reflected current
@ -96,6 +103,13 @@ end
% read time domain data (multiples files)
I = ReadUI( port.I_filename, SimDir, f, UI_args{:} );
% time domain signals
port.ut.time = U.TD{2}.t;
port.ut.tot = U.TD{2}.val;
port.it.time = I.TD{1}.t;
port.it.tot = switch_dir*(I.TD{1}.val + I.TD{2}.val) / 2; % interpolate to same position as v
% store the original frequency domain waveforms
u_f = U.FD{2}.val;
i_f = switch_dir*(I.FD{1}.val + I.FD{2}.val) / 2; % shift to same position as v

15
matlab/calcWGPort.m
View File

@ -24,6 +24,13 @@ function [port] = calcWGPort( port, SimDir, f, varargin)
% 'SwitchDirection': 0/1, switch assumed direction of propagation
%
% output:
% % output signals/values in time domain (TD):
% port.ut.tot total voltage (time-domain)
% port.ut.time voltage time vector
% port.it.tot total current (time-domain)
% port.it.time current time vector
%
% % output signals/values in frequency domain (FD):
% port.f the given frequency fector
% port.uf.tot/inc/ref total, incoming and reflected voltage
% port.if.tot/inc/ref total, incoming and reflected current
@ -84,6 +91,14 @@ I = ReadUI( port.I_filename, SimDir, f, UI_args{:} );
u_f = U.FD{1}.val;
i_f = I.FD{1}.val * switch_dir;
% time domain signal
port.ut.time = U.TD{1}.t;
port.ut.tot = U.TD{1}.val;
port.it.time = I.TD{1}.t;
port.it.tot = switch_dir*I.TD{1}.val;
physical_constants
k = 2*pi*f/C0*ref_index;
fc = C0*port.kc/2/pi/ref_index;