風行電磁模擬 FonSinEM - Probe Fields (E,H,V,I)

Probe Fields (E,H,V,I)

This page describe how to use built-in function for probe electric, magnetic, voltage and current fields.

【checked ☑E,H,V,I (FFT)】

and then using the function to probe the fields. If input correct, there will output the file

【Data_ProbeFields.csv 】

example:

probe_electric(1,:)=[x1,x2,y1,y2,z1,z2,direction];

the 1 means the probe electric field number 1

%------------探測電場 1 Probe Electric 1------------

% direction 1(Ex),2(Ey),3(Ez),4(|E|)

direction=3;

x1=icenter-1;

x2=icenter-1;

y1=jcenter-1;

y2=jcenter;

z1=kcenter-1;

z2=kcenter+1;

probe_electric(1,:)=[x1,x2,y1,y2,z1,z2,direction];

%----------------------------------

he probe electric field has no directionality.

%------------探測磁場 1 Probe Magnetic 1------------

% direction 1(Hx),2(Hy),3(Hz),4(|H|)

direction=1;

x1=icenter-1;

x2=icenter+1;

y1=jcenter-1;

y2=jcenter;

z1=kcenter-1;

z2=kcenter-1;

probe_magnetic(1,:)=[x1,x2,y1,y2,z1,z2,direction];

%----------------------------------

he probe magnetic field has no directionality.

%------------探測電流 1 Probe Current I 1------------

% direction 1(+Ix),2(+Iy),3(+Iz),4(-Ix),5(-Iy),6(-Iz)

direction=3;

x1=icenter-1;

x2=icenter-1;

y1=jcenter-1;

y2=jcenter;

z1=kcenter-1;

z2=kcenter+1;

probe_currents(1,:)=[x1,x2,y1,y2,z1,z2,direction];

%----------------------------------

the probe current has directionality, in this example is +z.

%------------探測電壓 Probe Voltage 1------------

% direction 1(+Vx),2(+Vy),3(+Vz),4(-Vx),5(-Vy),6(-Vz)

direction=2;

x1=icenter-1;

x2=icenter-1;

y1=jcenter-1;

y2=jcenter+1;

z1=kcenter-1;

z2=kcenter+1;

probe_voltages(1,:)=[x1,x2,y1,y2,z1,z2,direction];

%----------------------------------

the probe current has directionality, in this example is +y.

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