Electrical Engineering (EE) Exam > Electrical Engineering (EE) Tests > Test: FIR Filters Design - Electrical Engineering (EE) MCQ

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Test: FIR Filters Design - Question 1

The lower and upper limits on the convolution sum reflect the causality and finite duration characteristics of the filter.

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Test: FIR Filters Design - Question 2

Which of the following condition should the unit sample response of a FIR filter satisfy to have a linear phase?

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Test: FIR Filters Design - Question 4

If the unit sample response h(n) of the filter is real, complex valued roots need not occur in complex conjugate pairs.

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Test: FIR Filters Design - Question 5

What is the value of h(M-1/2) if the unit sample response is anti-symmetric?

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Test: FIR Filters Design - Question 6

What is the number of filter coefficients that specify the frequency response for h(n) symmetric?

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Test: FIR Filters Design - Question 7

What is the number of filter coefficients that specify the frequency response for h(n) anti-symmetric?

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Test: FIR Filters Design - Question 8

Which of the following is not suitable either as low pass or a high pass filter?

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Test: FIR Filters Design - Question 9

The anti-symmetric condition with M even is not used in the design of which of the following linear-phase FIR filter?

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Test: FIR Filters Design - Question 10

The anti-symmetric condition is not used in the design of low pass linear phase FIR filter.

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