MULTISIM SIMULATION I have an assignment on multisim simulating Passive RL filte

Question

MULTISIM SIMULATION

I have an assignment on multisim simulating Passive RL filters. Assignment attached.

I was able to simulate the circuit and graph the wave, but Im not sure how to read the values from the graph and cursor window. Can someone please explain which value is the Vin(t), VR(t), the input voltage amplitude, the output voltage amplitude and the time differencies from the graph and mainly from the cursor below.

"I am also attaching the assignment given so as to help explain my question. You are not obligated to answer the assignment just the question above."

THE Assignment.

AP File Edit View Place MCU Simulate Transfer Tools Reports Options Window Help D BE & G 4 A % g e Po HHH H 1 A 9 H |, S - In-Use List -E x Cursor + an i s t o t e a e n r e s o s D in a transient J TPS - 41 MLy r D o ? o D ® to o "o p o 0 - 0 - E AP v (vin) v (vout) Design Toolbox 4.7697 yl 223.2B 97m 51.9737 2 Design Design simulation 1 2 Design •Vin R2 Vout y2 238.297 Bm 4.7697 256.0584m 51.9737u 224.9569m B. 47.2039 47.2039u 1000 461.5 B75m dy File Edit View Graph Trace Cursor Legend Tools - dy/dx B 19 ED G | # o W BA's A 1/. ax Transient Transient Design simulation 1 Transient 300m 4B1.01 53m o, 707Vpk . W. 159kHz L1 ImH 9. 77 86k 21.1847k 10.1902k 21.1847 200m 100m Om -100m Hierarchy Visibility Project Vie . 1 Designil Design -200m -300m Checking SPICE netlist for Design simulation 1 - Wednesday, March 09, 2016, 4:33:04 AM SPICE Netlist Warning: No ground node was found in your circuit. To ensure accurate simulation, add a ground ======= SPICE Netlist check completed, 0 error(s), 1 warning(s) ======= 20! 40 60 Time (s) 80 100 V(vout) Irace: V(vin E Results Nets Components Copper layers Simulation ran: 0.100

Explanation / Answer

Red color plot Vin and Green color plot is Vout

By default have two cursors in grapher window. x1 and y1 are the first cursor points

X2 and y2 are the second cursor points. The two cursors differences of x-axis is dx and y axis is dy

Here x axis is time and y axis voltage

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