In the above BPF circuit, the desire higher cut off frequency (fh) = 6 KHz. R1=R3=1 K Ohm. and R5=R6 = 10K Ohm. R2 = 10 k Ohm  and R4 = 1K Ohm . Find out the value of the capacitor C2 .a.53 pFb.26.5 pFc.higher cut off frequency does not depend on C2d.26.5 nF,

A filter consist of resistance = 25k Ohm. and capacitance = 220 pF. Find out the cut of frequency.28.937 KHz2.8937 MHz28.937 Hz2.8937 KHz

One need to design a filter with cut off frequency 330 Hz. Which of the following resistor and capacitor combination is correct. R = 1K Ohm C=0.48 micro farad R = 10K Ohm C=0.48 micro farad R = 2K Ohm C=0.047 micro farad R = 20K Ohm C=0.047 micro farad

What is the cut off frequency for an RC series circuit if R = 1500 ohm and C = 100 nF?Group of answer choices314 Hz1.062 Hz942 μHz1062 Hz

In the RC high-pass filter shown in the figure, R = 13.1 kΩ and C = 0.0365 μF. What is the 3.00-dB frequency of this circuit (where dB means basically the same for electric current as it did for sound in Chapter 16)? That is, at what frequency does the ratio of output voltage to input voltage satisfy 20log(VoutVin)=−320log𝑉out𝑉in=-3 ?   Hz

A 4th Order Butterworth LPF having cutoff frequency 1 KHz. What is the approximate level of attenuation at 2 Khz frequency?40 dB25 dB3 dB60 dB