One application of `L-R-C` series circuit is in high pass or low pass filter, which out either the low or high frequency components of a signal. A has pass filter is shown in figure where the output voltage is taken across the `L-R` where `L-R` combination represents and inductive coil that also has resistance due to the large length of the wire in the coil. which of the following statementds is correct when `omega` is samll in the case of `V_("out")//V_(s)`A. `omega RC`B. `(omega R)/(L)`C. `omega R L`D. `(omega R)/(C )`

One application of `L-R-C` series circuit is in high pass or low pass

1.	One application of `L-R-C` series circuit is in high pass or low pass filter, which out either the low or high frequency components of a signal. A has pass filter is shown in figure where the output voltage is taken across the `L-R` where `L-R` combination represents and inductive coil that also has resistance due to the large length of the wire in the coil. which of the following statementds is correct when `omega` is samll in the case of `V_("out")//V_(s)`A. `omega RC`B. `(omega R)/(L)`C. `omega R L`D. `(omega R)/(C )`
Answer» Correct Answer - A As `omega to 0`, `(V_("out"))/(V_(s)) = omega C R`

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