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Huawei Exam H12-311_V3.0 Topic 1 Question 65 Discussion

Actual exam question for Huawei's H12-311_V3.0 exam
Question #: 65
Topic #: 1
[All H12-311_V3.0 Questions]

For the lobe width, which of the following descriptions is correct is (). (Select 3 Answers)

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Suggested Answer: A, B, C

by Mendy at Sep 14, 2024, 04:10 AM

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Cristy
1 months ago
Gotta go with A, B, and C on this one. D is just plain wrong - the signal coverage extends well beyond the half-power points. Maybe the exam writer was napping during Antennas 101.
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Raina
1 months ago
A, B, and C are right. D is just silly - the signal isn't suddenly cut off at the half-power angle. Antenna engineers have a great sense of humor, don't they?
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Veronique
3 days ago
C) The pattern usually has two or more lobes
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Beckie
14 days ago
B) The narrower the lobe width, the better the directivity, the longer the radiation distance, the stronger the anti-interference ability
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Estrella
16 days ago
A) Within the range of the main lobe, the power density relative to the maximum radiation direction is reduced by half (3dB) Angle
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Carmelina
1 months ago
I believe option D is also correct, as the terminal can only receive signal within the half power angle coverage.
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Brock
2 months ago
I agree with option B, narrower lobe width means better directivity and longer radiation distance.
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Ashlyn
2 months ago
I think option A is correct because power density is reduced within the main lobe.
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Tamar
2 months ago
All 3 answers are correct. The lobe width is a critical antenna parameter that impacts performance. I'm surprised D is even an option - that's way too limiting.
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Blondell
2 months ago
A and B are correct. Lobe width is inversely proportional to directivity and range. C is also true, but D is too narrow - the signal can be received outside the half-power angle, just at reduced power.
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Shannon
1 months ago
C is also true, but D is too narrow - the signal can be received outside the half-power angle, just at reduced power.
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Kimberlie
2 months ago
A and B are correct. Lobe width is inversely proportional to directivity and range.
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