RLC Circuit: Below are some values of resistors, capacitors, and inductors which are used in setting up the circuit in Figure 4: Table-3: Resistance Inductance Capacitance Case no. (kn) (mH) |(nF) A 2.2 10 22 4.7 16 30 R L Vo Figure 4: RLC Circuit Q-6 Using the values provided in table 3, determine the Q factor for both the cases. Briefly explain in which case you will get a sharp resonance and a smaller bandwidth with proper reasoning and explanation.
RLC Circuit: Below are some values of resistors, capacitors, and inductors which are used in setting up the circuit in Figure 4: Table-3: Resistance Inductance Capacitance Case no. (kn) (mH) |(nF) A 2.2 10 22 4.7 16 30 R L Vo Figure 4: RLC Circuit Q-6 Using the values provided in table 3, determine the Q factor for both the cases. Briefly explain in which case you will get a sharp resonance and a smaller bandwidth with proper reasoning and explanation.
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Transcribed Image Text:RLC Circuit:
Below are some values of resistors, capacitors, and inductors which are used in
setting up the circuit in Figure 4:
Table-3:
Resistance
Inductance
Capacitance
|(nF)
Case no.
(kN)
(mH)
2.2
10
22
4.7
16
30
R
Vi
L
Vo
Figure 4: RLC Circuit
Q-6
Using the values provided in table 3, determine the Q factor for both the cases.
Briefly explain in which case you will get a sharp resonance and a smaller
bandwidth with proper reasoning and explanation.
AB
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