3 Preliminary Work (Pre-Lab) 1. Simulate all four circuits for the given frequencies values. Give all results in 2 graph

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3 Preliminary Work Pre Lab 1 Simulate All Four Circuits For The Given Frequencies Values Give All Results In 2 Graph 1 (12.95 KiB) Viewed 18 times

There should be 8 graph total.
Each of circuits have 2 different graph
First graph high pass and low pass filter results
Second graph is that band pass and band stop filter results ..
simulators will be ltspice
circuits C and D frequency is 12 kHz

3 Preliminary Work Pre Lab 1 Simulate All Four Circuits For The Given Frequencies Values Give All Results In 2 Graph 2 (16.95 KiB) Viewed 18 times

3 Preliminary Work Pre Lab 1 Simulate All Four Circuits For The Given Frequencies Values Give All Results In 2 Graph 3 (9.8 KiB) Viewed 18 times

3 Preliminary Work Pre Lab 1 Simulate All Four Circuits For The Given Frequencies Values Give All Results In 2 Graph 4 (11.92 KiB) Viewed 18 times

3 Preliminary Work (Pre-Lab) 1. Simulate all four circuits for the given frequencies values. Give all results in 2 graphs: The first graph should include high-pass and low-pass filter results, 2nd graph should include band-pass and band-stop filter results. 2. Calculate resonance frequencies and bandwidths for all circuits.
0.68 2k2 wa 56n Vo Vo 100 (a) (b) 10 56n + 1m 82n VO w Vo 10 W 1m (c) IH () (d) Figure 1: Circuits (a), (b), (c) and (d)
5 Experimental Procedure 1. Build the circuit (a) in Figure 1. Choose values R1=2.2kN, C1=56nF Set input voltage to 10Vpp, Offset Voltage =0, frequency=1kHz
2. Build the circuit (b) in the Figure 1, choose values R2=100N2, C2=0.68uF. • Set input voltage to 10Vpp, Offset Voltage =0, frequency=1kHz Measure the voltage Vo and save your result.