In a low pass butterworth filter, the condition at which f=fH is calle – McqOptions

MCQOPTIONS

1.	In a low pass butterworth filter, the condition at which f=f_H is called
A.	Cut-off frequency
B.	Break frequency
C.	Corner frequency
D.	All of the mentioned
Answer» D. All of the mentioned

Discussion

No Comment Found

Related MCQs

TO_CHANGE_THE_HIGH_CUTOFF_FREQUENCY_OF_A_FILTER._IT_IS_MULTIPLIED_BY_R_OR_C_BY_A_RATIO_OF_ORIGINAL_CUT-OFF_FREQUENCY_KNOWN_AS?$
Find the difference in gain magnitude for a filter ,if it is the response obtained for frequencies f<sub>1</sub>=200Hz and f<sub>2</sub>=3kHz. Specification: A<sub>F</sub>=2 and f<sub>H</sub>=1kHz.$
Using_the_frequency_scaling_technique,_convert_10kHz_cut-off_frequency_of_the_low_pass_filter_to_a_cutoff_frequency_of_16kHz.(Take_C=0.01¬¨¬®¬¨¬µF_and_R=15.9k‚âà√≠¬¨¬©)$#
Find the High cut-off frequency if the pass band gain of a filter is 10?
In a low pass butterworth filter, the condition at which f=f<sub>H</sub> is called
Determine the gain of the first order low pass filter if the phase angle is 59.77<sup>o</sup> and the pass band gain is 7.
1-i,2-ii,3-iii
Find the complex equation for the gain of the first order low pass butterworth filter as a function of frequency.