Consider the following active filter circuit. (C1=2u F, R1=5K2, C2=2.5µuF, R2=4KQ) Zf C2 R2 R1 と +. --


Consider the following active filter circuit. (C1=2u F, R1=5K2, C2=2.5µuF, R2=4KQ)<br>Zf<br>C2<br>R2<br>R1<br>と<br>+.<br>--<br>

Extracted text: Consider the following active filter circuit. (C1=2u F, R1=5K2, C2=2.5µuF, R2=4KQ) Zf C2 R2 R1 と +. --
(d) What is true about the behavior of a parallel RC impedance at very low and very high frequencies, and why?<br>• At very low frequencies, the impedance of a parallel RC converges to [Select]<br>[ Select ]<br>レ<br>because<br>レ<br>• At very high frequencies, the impedance of a parallel RC converges to [Select ]<br>[ Select ]<br>レ<br>because<br>(e) Can you comment on the frequency dependency of the transfer function for when R1C1 = R2C2 ? (this relationship is true for the<br>numerical values provided above.)<br>%3D<br>Choices: [Select ]<br>MacBook Air<br>

Extracted text: (d) What is true about the behavior of a parallel RC impedance at very low and very high frequencies, and why? • At very low frequencies, the impedance of a parallel RC converges to [Select] [ Select ] レ because レ • At very high frequencies, the impedance of a parallel RC converges to [Select ] [ Select ] レ because (e) Can you comment on the frequency dependency of the transfer function for when R1C1 = R2C2 ? (this relationship is true for the numerical values provided above.) %3D Choices: [Select ] MacBook Air

Jun 10, 2022
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