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The transition band is usually apparent in any filter system, even if it is unwanted. This can be of general importance when calculating the values required for filters used in the control of signal transmission systems, to ensure that the entire bandwidth of the desired signal is allowed to pass.
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The transition band can be implemented to allow for a smooth fall off to avoid introducing audible peaks in amplitude. If the transition band of the example 200 Hz filter is 20 Hz, then the signal should start attenuating at 180 Hz, and finally blocked at 200 Hz. The curve that
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the transition band follows depends on the engineering of the filter, including component reaction time and the choice of values for the components that comprise the filter according to mathematical formula.
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The transition bandwidth of a filter largely depends on the order of the filter. For a higher order filter, the transition bandwidth is narrower than for a lower order filter. This is due to the fact that
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This is the area between where a filter "turns the corner" and where it "hits the bottom".
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76:An example of this can be taken from a
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167:Filter frequency response
16:For indie rock band, see
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136:"Design of FIR Filters"
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134:Punskaya, Elena.
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143:. Retrieved
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60:stopband
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36:Lowpass
145:May 2,
58:and a
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