Question

Determine the frequency for the oscillator. Assume there is negligible loading on the feedback circuit. (C1=C2 = 1 nF) +12 V C3 R1 R3 C5 R2 R4 C4 C1 L 80 mH C2 Select one: a. 25.2 kHz b. 28.3 kHz c. 33.5 kHz d. 31.2 kHz

          Determine the frequency for the oscillator.
Assume there is negligible loading on the
feedback circuit. (C1=C2 = 1 nF)
+12 V
C3
R1
R3
C5
R2
R4
C4
C1
L
80 mH
C2
Select one:
a. 25.2 kHz
b. 28.3 kHz
c. 33.5 kHz
d. 31.2 kHz
        
Determine the frequency for the oscillator.
Assume there is negligible loading on the
feedback circuit. (C1=C2 = 1 nF)
+12 V
C3
R1
R3
C5
R2
R4
C4
C1
L
80 mH
C2
Select one:
a. 25.2 kHz
b. 28.3 kHz
c. 33.5 kHz
d. 31.2 kHz

Added by Kelly R.

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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Determine the frequency for the oscillator. Assume there is negligible loading on the feedback circuit. ( C1=C2=1nF ) Select one: a. 25.2kHz b. 28.3kHz c. 33.5kHz d. 31.2kHz Determine the freguency for the oscillator Assume there is negligible loading on the feedback circuit.(C1=C2= 1 nF) +12 V C5 C3 R, R4 CA L 000 80 mH Select one: a.25.2 kHz b.28.3 kHz c.33.5 kHz d.31.2 kHz
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00:01 From this question we can try find total provocation delay which is equal to 500 ns multiple with 3 which is equal to 1500 ns so the fundamental frequency which is equal…
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