(c) An analogue filter is described by the following transfer function: 1 H(s) S+0.5 The equivalent digital filter is to

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(c) An analogue filter is described by the following transfer function: 1 H(s) S+0.5 The equivalent digital filter is to

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C An Analogue Filter Is Described By The Following Transfer Function 1 H S S 0 5 The Equivalent Digital Filter Is To 1
C An Analogue Filter Is Described By The Following Transfer Function 1 H S S 0 5 The Equivalent Digital Filter Is To 1 (52.24 KiB) Viewed 49 times
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(c) An analogue filter is described by the following transfer function: 1 H(s) S+0.5 The equivalent digital filter is to be designed with a 3 dB cut-off frequency at 120 Hz and minimum attenuation stopband of 300 Hz. (i) Using the Bilinear z-Transform determine the z-domain transfer function for the analogue filter. Plot the pole-zero positions. [8 marks] (ii) Derive the difference equation for the digital filter and sketch the direct- form implementation of the digital filter. [5 marks]
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