Примери за използване на Sampling frequency на Английски и техните преводи на Български
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Fs is the sampling frequency.
Where fc is the cutoff frequency andfs is the sampling frequency.
The sampling frequency is 2000 Hz.
These errors are specific to the sampling frequency, bit resolution, and signal.
The sampling frequency is 96 kHz.
This is the standard denotation of the sampling frequency over the bit depth.
Its sampling frequency is 64x that of CD.
The following is the magnitude response of the filter above at the sampling frequency of 2000 Hz.
Maximum sampling frequency- 150 MS/ s;
This filter would exhibit similar loss of amplitude close to half of the sampling frequency.
Suppose that the sampling frequency is 2000 Hz.
The sampling frequency/bit depth after upscaling is up to 96 kHz/24 bit.
Suppose that the sampling frequency is 2000 Hz.
Consider the example signal x(k)with frequency 60 Hz over the sampling frequency 400 Hz.
Take the sampling frequency 2000 Hz and create two filters of length 201.
The following graph shows the magnitude response of this high pass filter at the sampling frequency 2000 Hz.
And fs is the sampling frequency produces the discrete time equivalent of the functions.
Suppose that we sample the simple wave A cos(2π f(t- τ))over the time interval T with the sampling frequency fs.
The sampling frequency is 256 Hz and the graph above shows 256 samples(1 second) of the signal.
Superior sound- sound is updated,increased sampling frequency, there is support for a five-channel surround sound.
This is the simplest type of dithering- one that uses auniform distribution of the random change to the error and is done with the sampling frequency.
Measures the sampling frequency, which is the number of times per second audio is sampled. .
(1) When a sampling taken in previous years produced results which are appreciably better than those in this Annex and when no new factor likely to lower the quality of the water has appeared,the competent authorities may reduce the sampling frequency by a factor of 2.
The two sums for a large enough sampling frequency N evaluate to approximately N/ 2 and so the transform is simply.
If we compute the amplitude of various frequencies in the frequency spectrum in this signal using the formulae above over the interval from zero to 1(from sample 0 to the sampling frequency, thus setting N= fs in these equations), we will obtain the graph in the figure below.
This graph was computed with the sampling frequency of 2000 Hz and, hence, the cutoff frequency of ωc= 0.6 translates to 191 Hz.
(Note here one of the most important theorems in DSP- the Nyquist-Shannon sampling theorem. In one of its many versions, the theorem states that the frequency content of a signal is fully represented by sampling at a certain frequency, if the signal does not contain frequencies higherthan one-half of the sampling rate. That is, only waves with frequencies up to half of some sampling frequency can be recorded digitally with that sampling frequency.).
If we suppose that the sampling frequency is 2000 Hz, then ωc=(0.6* 2000)/(2 π)= 191 Hz and the magnitude response of the filter is as follows.
The majority of Member States fulfilled the minimum requirements for sampling frequency, laid down in Council Directive 96/23/EC and in Commission Decision 97/747/EC.
It shows that in terms of sampling frequency all but one plant respected the requirements of the urban waste water treatment directive.