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The initial slope of Bode plot for a transfer function having no poles at origin is
- a)-20 dB/decade
- b)O dB/decade
- c)+10 dB/decade
- d)-10 dB/decade
Correct answer is option 'B'. Can you explain this answer?
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Most Upvoted Answer
The initial slope of Bode plot for a transfer function having no poles...
Explanation:
Transfer Function with No Poles at Origin:
When a transfer function has no poles at the origin, it means there are no factors in the denominator of the transfer function that contribute to a slope of -20 dB/decade in the Bode plot.
Initial Slope of Bode Plot:
The initial slope of the Bode plot for a transfer function with no poles at the origin is 0 dB/decade. This is because the absence of poles at the origin results in a flat response at low frequencies, leading to a starting point of 0 dB/decade in the Bode plot.
Answer:
Therefore, the correct answer is option 'B' (0 dB/decade). When there are no poles at the origin in the transfer function, the initial slope of the Bode plot will be 0 dB/decade.
Transfer Function with No Poles at Origin:
When a transfer function has no poles at the origin, it means there are no factors in the denominator of the transfer function that contribute to a slope of -20 dB/decade in the Bode plot.
Initial Slope of Bode Plot:
The initial slope of the Bode plot for a transfer function with no poles at the origin is 0 dB/decade. This is because the absence of poles at the origin results in a flat response at low frequencies, leading to a starting point of 0 dB/decade in the Bode plot.
Answer:
Therefore, the correct answer is option 'B' (0 dB/decade). When there are no poles at the origin in the transfer function, the initial slope of the Bode plot will be 0 dB/decade.
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Community Answer
The initial slope of Bode plot for a transfer function having no poles...
With no-pole at origin, initial slope will be OdB/decade.
For n-pole at origin, initial slope will be -20 ndB/decade.
For n-pole at origin, initial slope will be -20 ndB/decade.
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The initial slope of Bode plot for a transfer function having no poles at origin isa)-20 dB/decadeb)O dB/decadec)+10 dB/decaded)-10 dB/decadeCorrect answer is option 'B'. Can you explain this answer?
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