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<strong>International</strong> <strong>Teacher</strong> <strong>Education</strong> <strong>Conference</strong> <strong>2014</strong><br />

INTO<br />

DVo<br />

V+<br />

R1<br />

V-<br />

V+<br />

+<br />

- +<br />

R3<br />

-<br />

C R2<br />

V-<br />

L<br />

Figure 1. Inside view of the voltage processor. All resistors have a value of 1 G Ohm. Capacitor and inductor<br />

both have unity element value. Gain of the voltage controlled current sources is (-1).<br />

INTO<br />

DVo<br />

I+<br />

I-<br />

R1<br />

C<br />

R2<br />

I+<br />

I-<br />

R3<br />

F2<br />

F<br />

L<br />

Figure 2. Inside view of the current processor. Input resistors have a value of 1 N Ohm. Integral stage output<br />

resistor is of 1G Ohm. Capacitor and inductor both have unity element value. Gain of the current controlled<br />

current sources is (-1).<br />

V1 = 1<br />

V2 = -1<br />

TD = 1<br />

TR = 1n<br />

TF = 1n<br />

PW = 1<br />

PER = 2<br />

V1<br />

int1<br />

V<br />

int2<br />

dv 1<br />

into<br />

dv o<br />

V<br />

V<br />

R1<br />

1k<br />

dv 2<br />

R2<br />

1k<br />

v oltage processor<br />

Figure 3. Test connection for the voltage processor. Compact model is used.<br />

940

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