A filter consist of resistance = 25k Ohm. and capacitance = 220 pF. Find out the cut of frequency.28.937 KHz2.8937 MHz2.8937 KHz28.937 Hz

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

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 .

The above figure exhibit the response of the band pass filter. fL = Lower cut off frequency = 100 HzfH = Higher cut off frequency = 10K HzGain at the fH  is 15 dBWhat will be the Q factor of the filter?

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

Following frequency response is plotted while performing an experiment related to filter design using passive elements. Find the value of X and Y, where Y is the 3dB cutoff frequency of the filter.Circuit: Response: