Q.8: For the circuit shown: 1. Draw the total admittance locus. 2. Prove that Xc S2X at resonance if X=RL. 3. Compute the value of "Rc" that makes the circuit in resonance? Use RL=102, XL=102 & Xc=122. (Ans.: Rc=9.82, Rcmin=02 & Rcmax=122) RL Rc 102 VT XL J102 Xc -j120 YT.

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Q.8: For the circuit shown:
1. Draw the total admittance locus.
2. Prove that Xc 2X at resonance if X=RL.
3. Compute the value of "Rc" that makes the circuit in
resonance? Use RL=102, X=10Q & Xc=122.
RL
Rc
100
VT
XL
Xc
-j122
YT.
J100
(Ans.: Rc=9.82, Rcmin=02 & Rcmax=122)
Transcribed Image Text:Q.8: For the circuit shown: 1. Draw the total admittance locus. 2. Prove that Xc 2X at resonance if X=RL. 3. Compute the value of "Rc" that makes the circuit in resonance? Use RL=102, X=10Q & Xc=122. RL Rc 100 VT XL Xc -j122 YT. J100 (Ans.: Rc=9.82, Rcmin=02 & Rcmax=122)
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