Question

Design an FIR band stop filter using the Matlab script firls using the following parameters: • The pass band is 1000 to 2500 Hz. • The stop bands are (a) 0 to 750 Hz, (b) 2750 to 4000 Hz. • The maximum desired pass band ripple is ±2.0 dB. • The maximum desired stop band ripple is ?35 dB. • The order of the desired filter is 32. Use the Matlab help utility to obtain more information on the firls script.

   Design an FIR band stop filter using the Matlab script firls using the following
parameters:
• The pass band is 1000 to 2500 Hz.
• The stop bands are
(a) 0 to 750 Hz,
(b) 2750 to 4000 Hz.
• The maximum desired pass band ripple is ±2.0 dB.
• The maximum desired stop band ripple is ?35 dB.
• The order of the desired filter is 32.
Use the Matlab help utility to obtain more information on the firls script.
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Digital Signal Processing. Principles, Algorithms and System Design
Digital Signal Processing. Principles, Algorithms and System Design
Winser Alexander and… 1st Edition
Chapter 6, Problem 1 ↓

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Step 1

To design the FIR band stop filter, we will use the firls function in MATLAB. This function designs a linear-phase FIR filter using the least-squares method. The syntax for the firls function is: h = firls(n, f, a) where: - n is the filter order - f is a vector  Show more…

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Design an FIR band stop filter using the Matlab script firls using the following parameters: • The pass band is 1000 to 2500 Hz. • The stop bands are (a) 0 to 750 Hz, (b) 2750 to 4000 Hz. • The maximum desired pass band ripple is ±2.0 dB. • The maximum desired stop band ripple is ?35 dB. • The order of the desired filter is 32. Use the Matlab help utility to obtain more information on the firls script.
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