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Huawei Exam H12-311 Topic 8 Question 89 Discussion

Actual exam question for Huawei's H12-311 exam
Question #: 89
Topic #: 8
[All H12-311 Questions]

For lobe width, the following description is correct (Select 3 Answers).

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Suggested Answer: A, B, C

by Celia at May 31, 2024, 12:45 PM

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Ashton
4 months ago
Eh, B and C are obvious, but A is the real gem here. 3dB power drop, that's the key definition of the main lobe!
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Caprice
4 months ago
I'm going with A, B, and C. Anything that improves directionality and anti-interference is a win in my book.
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Quentin
4 months ago
A, B, and C make sense to me. Gotta love those multi-petal patterns, they look so cool!
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Lindy
3 months ago
User 2: Yeah, the narrower the lobes, the better the directionality.
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Kirk
3 months ago
User 1: A, B, and C are correct. Multi-petal patterns do look cool!
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Pansy
4 months ago
Haha, D can't be right! The terminal can't just receive the signal within the half-power angle, that would be too limiting.
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Rebbeca
4 months ago
User 3: C) The pattern usually has two or more petals
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Maryann
4 months ago
User 2: B) The narrower the lobes, the better the directionality, the farther the radiation distance, the stronger the anti-interference ability
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Cammy
4 months ago
User 1: A) In the main lobe range, the power density decreases by half (3dB) relative to the maximum radiation direction.
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Johnetta
4 months ago
I agree with Sylvia. The narrower the lobes, the better the directionality and anti-interference ability.
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Sylvia
4 months ago
I think A, B, and D are correct.
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Carrol
5 months ago
I think options A, B, and C are correct. The lobe width is crucial for directionality and range.
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Willis
3 months ago
Yes, the narrower the lobes, the better the directionality and the stronger the anti-interference ability.
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Kerry
3 months ago
I agree, lobe width really affects directionality and anti-interference ability.
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Willow
4 months ago
Yes, the power density decreasing by half in the main lobe range is important for signal reception.
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Julie
4 months ago
That's right, the power density decreases by half in the main lobe range.
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Hortencia
4 months ago
Yes, the narrower the lobes, the better the directionality and the stronger the anti-interference ability.
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Starr
4 months ago
I agree, the lobe width affects directionality and anti-interference ability.
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Jesusa
4 months ago
I agree, the lobe width affects directionality and anti-interference ability.
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