"cutoff frequency" is a phrase that is correctly used in written English and can be used in a variety of contexts.
For example, "The amplifier was able to pass signals up to the cutoff frequency of 3Hz."
And there is the filter cutoff frequency.
We should see the cutoff frequency cut in half.
And the cutoff frequency of that filter as I indicate, the filter was designed as a discreet-time filter with a cutoff frequency of pi over 5.
The cutoff frequency decreases as external magnetic field increases.
So let's suppose that the continuous time frequency response looks as I've shown here, with a pass band cutoff frequency and a stop band cutoff frequency.
Again, we would think in terms of an allowable passband ripple, a transition from passband to stopband with a passband cutoff frequency and a stopband cutoff frequency.
Where instead of a very rapid transition from passband to stopband, there would be a more gradual transition with a passband cutoff frequency and a stopband cutoff frequency.
Intrinsic cutoff frequency (fT) of 427 GHz has been reported.
The wedges are 8 inches deep and give the chamber a cutoff frequency of 425 Hz.
And we should observe that the filter cutoff frequency has now doubled out to four kilohertz.
We use a filter with time constant RC = 0.001, with a cutoff frequency of roughly 160Hz.
