
By Jolyon M de Freitas
ISBN-10: 1580537596
ISBN-13: 9781580537599
ISBN-10: 158053760X
ISBN-13: 9781580537605
During this book/CD-ROM toolkit, De Freitas, a scientist within the deepest zone, exhibits engineers easy methods to keep an eye on their initiatives utilizing the 260 electronic clear out coefficients integrated at the CD-ROM. The filters are characterised by way of their frequency reaction, step reaction, impulse reaction, and go band features. All gains are graphically displayed for ease of comparability among filters. functionality parameters were tabulated to permit complete keep an eye on of a selected filtering software.
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26 shows the results when compac and decx2 are used to decimate an input signal. The original half-band filter is of length 55. The length of hˆ turns out to be 15; that is, L/4 is not an integer. 2 Half-Band Band-Pass Filter The band-pass (and band-stop) half-band filter characteristics are slightly different to those of the corresponding low-pass filter. 5fN. Moreover, alternate coefficients are zero-valued throughout the length of the filter. This is in contrast to low-pass filters that exhibit alternate zero-valued coefficients throughout the filter with the exception of the three coefficients at the center of the filter.
1) In the first option, if a low-pass filter of specified length, say L+1, and attenuation A is required, then the design length, or Gaussian window parameter LD is determined using both A and L+1. 4) to get the desired filter coefficients. Note that the transition width ∆F is determined solely by the length of the filter, so choosing the latter automatically sets the former. 7) to yield the new design length. 4) are again employed to calculate the filter coefficients. Filter Design and Implementation 13 function [h] = LPFCoef(N,Fc,A,varargin); % % LPFCoef returns the low-pass linear phase or minimum phase filter coefficients % using the window technique.
To do this, we must first zero-pad the shorter of the two filters, say h′ , to create an initial length of 2L+1. 27) it is (2L+1)(L+1). 27). 8 DECIMATION In many applications, there is a requirement to reduce the number of data, or consequently, the sampling rate by a factor of say, M, for example, to a new sampling rate of fs/M. The obvious way to do this is to discard (M – 1) samples from successive groups of M samples, a process known as decimation or downsampling. However, this process could lead to aliasing of higher frequency signals down into the working frequency band.