Question

Calculate the Bandwith in KHz of the following filter. 22 nF, 9 KOhm, 11 nF 4 KOhm C1 \| R1 + R2 C2 \circ +

          Calculate the Bandwith in KHz of the following filter.
22 nF,
9 KOhm,
11 nF
4 KOhm
C1
\|
R1
+
R2
C2
\circ
+
        
Calculate the Bandwith in KHz of the following filter.
22 nF,
9 KOhm,
11 nF
4 KOhm
C1

R1
+
R2
C2
∘+

Added by Tammie M.

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Calculate the Bandwidth in kHz of the following filter: 22nF 9KOhm, 11nF 4KOhm C1 R2 WW C2 R1 WM
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Transcript

-
00:01 In this question we have two frequency values.
00:03 So first is the central frequency at the point 1 which is equals to 5 kilohertz.
00:10 Then the central frequency at the point 2 that is 88 kilohertz.
00:16 So let's first find out the bandwidth.
00:19 We can write the bandwidth which is equals to the upper cutoff upper cutoff frequency minus the lower cutoff frequency.
00:46 Therefore we can write this as bw which is equal to this f .c2 minus fc1.
00:56 Now let's substitute all the values.
00:59 So it becomes 88 minus 5 so we get this value of a bandwidth which is equal to 83...
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