Recent activity by LasyaReddy07

0 answers

GATE2014-23
A plant has an open-loop transfer function, $G_p(s)=\frac{20}{(s+0.1)(s+2)(s+100)}$ The approximate model obtained by retaining only one of the above poles, which is closet to the frequency response of the original transfer function at low frequency is $\frac{0.1}{s+0.1}$ $\frac{2}{s+2}$ $\frac{100}{s+100}$ $\frac{20}{s+0.1}$

A plant has an open-loop transfer function,$$G_p(s)=\frac{20}{(s+0.1)(s+2)(s+100)}$$The approximate model obtained by retaining only one of the above poles, which is clos...

edited Nov 23, 2020

0 answers

GATE2014-24
In order to remove respiration related motion artifacts from an $ECG$ signal, the following filter should be used: low-pass filter with $f_c=0.5\;Hz$ high-pass filter with $f_c=0.5\;Hz$ high-pass filter with $f_c=49.5\;Hz$ band-pass filter with passband between $0.1\;Hz$ and $0.5\;Hz$

In order to remove respiration related motion artifacts from an $ECG$ signal, the following filter should be used:low-pass filter with $f_c=0.5\;Hz$high-pass filter with ...

edited Nov 23, 2020