In case of a monolithic phase-locked loop, the equation of free running frequency of the voltage controlled oscillator is

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TuteeHUB · Accepted Answer

NA

TuteeHUB · Answer

${f_{out}} \cong \frac{{1.2\;}}{{2{R_1}{C_1}}}Hz,$

TuteeHUB · Answer

${f_{out}} \cong \frac{{1.2\;}}{{{R_1}{C_1}}}Hz$

TuteeHUB · Answer

${f_{out}} \cong \frac{{4\;}}{{1.2{R_1}{C_1}}}Hz$

TuteeHUB · Answer

${f_{out}} \cong \frac{{1.2\;}}{{4{R_1}{C_1}}}Hz$

1.	In case of a monolithic phase-locked loop, the equation of free running frequency of the voltage controlled oscillator is
A.	\({f_{out}} \cong \frac{{1.2\;}}{{2{R_1}{C_1}}}Hz,\)
B.	\({f_{out}} \cong \frac{{1.2\;}}{{{R_1}{C_1}}}Hz\)
C.	\({f_{out}} \cong \frac{{4\;}}{{1.2{R_1}{C_1}}}Hz\)
D.	\({f_{out}} \cong \frac{{1.2\;}}{{4{R_1}{C_1}}}Hz\)
Answer» E.

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