What is the system function of the Butterworth filter with specifications as pass band gain KP=-1 dB at P=4 rad/sec and stop band attenuation greater than or equal to 20dB at S=8 rad/sec?

( frac{1}{s^5+14.82s^4+109.8s^3+502.6s^2+1422.3s+2012.4} )

( frac{1}{s^5+14.82s^4+109.8s^3+502.6s^2+1422.3s+1} )

( frac{2012.4}{s^5+14.82s^4+109.8s^3+502.6s^2+1422.3s+2012.4} )

What is the system function of the Butterworth filter with specificati

1.	What is the system function of the Butterworth filter with specifications as pass band gain K_P=-1 dB at _P=4 rad/sec and stop band attenuation greater than or equal to 20dB at _S=8 rad/sec?
A.	( frac{1}{s^5+14.82s^4+109.8s^3+502.6s^2+1422.3s+2012.4} )
B.	( frac{1}{s^5+14.82s^4+109.8s^3+502.6s^2+1422.3s+1} )
C.	( frac{2012.4}{s^5+14.82s^4+109.8s^3+502.6s^2+1422.3s+2012.4} )
D.	None of the mentioned
Answer» D. None of the mentioned

Discussion

No Comment Found

Related MCQs

Which of the following condition is true?
What is the order of the normalized low pass Butterworth filter used to design a analog band pass filter with -3.0103dB upper and lower cutoff frequency of 50Hz and 20KHz and a stop band attenuation 20dB at 20Hz and 45KHz?
What is the stop band frequency of the normalized low pass Butterworth filter used to design a analog band pass filter with -3.0103dB upper and lower cutoff frequency of 50Hz and 20KHz and a stop band attenuation 20dB at 20Hz and 45KHz?
If H(s)= ( frac{1}{s^2+s+1} ) represent the transfer function of a low pass filter (not Butterworth) with a pass band of 1 rad/sec, then what is the system function of a stop band filter with a stop band of 2 rad/sec and a center frequency of 10 rad/sec?
If H(s)= ( frac{1}{s^2+s+1} ) represent the transfer function of a low pass filter (not Butterworth) with a pass band of 1 rad/sec, then what is the system function of a band pass filter with a pass band of 10 rad/sec and a center frequency of 100 rad/sec?
If H(s)= ( frac{1}{s^2+s+1} ) represent the transfer function of a low pass filter (not Butterworth) with a pass band of 1 rad/sec, then what is the system function of a high pass filter with a cutoff frequency of 10 rad/sec?
If H(s)= ( frac{1}{s^2+s+1} ) represent the transfer function of a low pass filter (not Butterworth) with a pass band of 1 rad/sec, then what is the system function of a high pass filter with a cutoff frequency of 1rad/sec?
If H(s)= ( frac{1}{s^2+s+1} ) represent the transfer function of a low pass filter (not Butterworth) with a pass band of 1 rad/sec, then what is the system function of a low pass filter with a pass band 10 rad/sec?
What is the system function of the Butterworth filter with specifications as pass band gain KP=-1 dB at P=4 rad/sec and stop band attenuation greater than or equal to 20dB at S=8 rad/sec?
What is the cutoff frequency of the Butterworth filter with a pass band gain KP=-1 dB at P=4 rad/sec and stop band attenuation greater than or equal to 20dB at S=8 rad/sec?

What is the system function of the Butterworth filter with specifications as pass band gain KP=-1 dB at P=4 rad/sec and stop band attenuation greater than or equal to 20dB at S=8 rad/sec?

Discussion

No Comment Found

Related MCQs

Reply to Comment

What is the system function of the Butterworth filter with specifications as pass band gain K_P=-1 dB at _P=4 rad/sec and stop band attenuation greater than or equal to 20dB at _S=8 rad/sec?