Apply a T filter to the circuit using 2 global connectors VCC & VSS as Figure...

 

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Apply a T filter to the circuit using 2 global connectors VCC & VSS as Figure 2 below: 12V 12V S2 Hint: Use AC sweep L1 -m 7.95mH Key = Space S1 Key = Space L3 mm 7.95mH L2 mm 7.95μH C2 :6.4nF L4 mm 7.95μH C1 6.4nF Figure 2: T type filter applied to the circuit using global connectors How capacitors and inductors act as a filter? What is the bandwidth of this T filter? VCC VSS Apply the T filter to amplifier circuit. Demonstrate the effect of the T filter on the output of the amplifier. (You must compare the circuit characteristic before and after applying a filter.) List 2 other techniques that can be used to lower electrical noise found within a power supply. Apply a T filter to the circuit using 2 global connectors VCC & VSS as Figure 2 below: 12V 12V S2 Hint: Use AC sweep L1 -m 7.95mH Key = Space S1 Key = Space L3 mm 7.95mH L2 mm 7.95μH C2 :6.4nF L4 mm 7.95μH C1 6.4nF Figure 2: T type filter applied to the circuit using global connectors How capacitors and inductors act as a filter? What is the bandwidth of this T filter? VCC VSS Apply the T filter to amplifier circuit. Demonstrate the effect of the T filter on the output of the amplifier. (You must compare the circuit characteristic before and after applying a filter.) List 2 other techniques that can be used to lower electrical noise found within a power supply.