Electronics and Communication Engineering (ECE) Exam > Electronics and Communication Engineering (ECE) Tests > Signals and Systems > Test: Butterworth Filters Design - 1 - Electronics and Communication Engineering (ECE) MCQ
Test: Butterworth Filters Design - 1 - Electronics and Communication Engineering (ECE) MCQ
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10 Questions MCQ Test Signals and Systems - Test: Butterworth Filters Design - 1
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Test: Butterworth Filters Design - 1 - Question 1
The cutoff frequency of the low pass Butterworth filter is the arithmetic mean of the two cutoff frequencies as found above.
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Test: Butterworth Filters Design - 1 - Question 2
Which of the following is a frequency domain specification?
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Test: Butterworth Filters Design - 1 - Question 3
What is the value of gain at the pass band frequency, i.e., what is the value of KP?
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Test: Butterworth Filters Design - 1 - Question 4
What is the value of gain at the stop band frequency, i.e., what is the value of KS?
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Test: Butterworth Filters Design - 1 - Question 7
What is the order N of the low pass Butterworth filter in terms of KP and KS?
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Test: Butterworth Filters Design - 1 - Question 8
What is the expression for cutoff frequency in terms of pass band gain?
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Test: Butterworth Filters Design - 1 - Question 9
What is the expression for cutoff frequency in terms of stop band gain?
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Test: Butterworth Filters Design - 1 - Question 10
What is the lowest order of the Butterworth filter with a pass band gain KP= -1 dB at ΩP= 4 rad/sec and stop band attenuation greater than or equal to 20dB at ΩS= 8 rad/sec?
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