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A two$-$port network with the following components:

A voltage source $V_s=5V($AC signal$).$

A resistor $R_1=100,$ connected in series with the voltage source.

An impedance $Z=200+j100,$ connected in parallel with the input.

A load resistor $R_L=100,$ connected across the output.

Label the input and output ports as $V_1,I_1($for the input$)$ and $V_2,I_2($for the output$).$

Using the AC Analysis tool in Multisim, simulate the circuit over a frequency range of $1$ Hz to $1$ kHz $.$

Measure the following at each frequency:

$($a$).$ Input and output voltages $(V_1,V_2)$

$($b$).$ Input and output currents $(I_1,I_2)$

From the measurements, calculate the following parameters:

$($a$)$ Z$-$parameters: $Z_{11},Z_{12},Z_{21},Z_{22}$

$($b$)$ Y$-$parameters: $Y_{11},Y_{12},Y_{21},Y_{22}$

$($c$)$ H$-$parameters: $H_{11},H_{12},H_{21},H_{22}$

Note:

Present your measurements, calculations, and results in a report.

Include screenshots of the Multisim circuit and the simulation results.

Discuss any observations or trends in the parameters with respect to frequency

I just need a drawing of what the circuit would look like