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1Vpp 1mH room 2 .1μF || 1KQ 10ΚΩ Figure 11: RLC Band Pass Filter + Vout 1. For the band filter above, calculate the center frequency of the band pass filter in Figure 11. 2. Calculate the band width of the band pass filter when the 10k2 variable resistor is 02. 3. Calculate the band width of the band pass filter when the 10k variable resistor is 10k.

1Vpp 1mH room 2 .1μF || 1KQ 10ΚΩ Figure 11: RLC Band Pass Filter + Vout 1. For the band filter above, calculate the center frequency of the band pass filter in Figure 11. 2. Calculate the band width of the band pass filter when the 10k2 variable resistor is 02. 3. Calculate the band width of the band pass filter when the 10k variable resistor is 10k.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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1Vpp 1mH 0000 .1μF 1KQ 10ΕΩ Figure 11: RLC Band Pass Filter Vout 1. For the band filter above, calculate the center frequency of the band pass filter in Figure 11. 2. Calculate the band width of the band pass filter when the 10k variable resistor is 02. 3. Calculate the band width of the band pass filter when the 10k 4. Simulate the filter in LTspice using frequency analysis, then verify your center frequency and band width calculations. variable resistor is 10k.
Transcribed Image Text:1Vpp 1mH 0000 .1μF 1KQ 10ΕΩ Figure 11: RLC Band Pass Filter Vout 1. For the band filter above, calculate the center frequency of the band pass filter in Figure 11. 2. Calculate the band width of the band pass filter when the 10k variable resistor is 02. 3. Calculate the band width of the band pass filter when the 10k 4. Simulate the filter in LTspice using frequency analysis, then verify your center frequency and band width calculations. variable resistor is 10k.
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