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Huawei H35-560 Exam - Topic 4 Question 80 Discussion

Actual exam question for Huawei's H35-560 exam
Question #: 80
Topic #: 4
[All H35-560 Questions]

The insertion loss of the cavity power divider is larger than that of the microstrip power divider.

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Suggested Answer: B

by Leoma at Mar 06, 2025, 07:47 AM

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Brice
3 months ago
Microstrip dividers are generally better for low loss!
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Kenneth
3 months ago
True, but it depends on the design and frequency.
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Desire
3 months ago
Wait, really? I thought cavity dividers were more efficient.
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Fidelia
4 months ago
I disagree, microstrip dividers can have significant losses too.
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France
4 months ago
That's true, cavity dividers usually have higher insertion loss.
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Cecily
4 months ago
I recall that microstrip designs usually have lower insertion loss, so I would go with False based on that.
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Sheridan
4 months ago
I’m a bit confused; I thought cavity dividers were better in terms of loss, but I could be mixing it up with something else.
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Geraldine
4 months ago
I practiced a similar question where the microstrip had lower losses, so I’m leaning towards False.
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Kallie
5 months ago
I think I remember that cavity dividers generally have higher insertion loss, but I'm not entirely sure.
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Emerson
5 months ago
I'm a bit confused by this question. I know the two power divider types have different properties, but I can't recall the specifics on insertion loss. I'll have to guess on this one.
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Idella
5 months ago
Okay, let me see. The cavity power divider has a more complex structure, so I'd expect it to have higher insertion loss than the simpler microstrip design. I'll go with True on this.
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Talia
5 months ago
Hmm, I'm not sure about this. I'll need to think it through carefully. The insertion loss characteristics of these two types of power dividers could depend on a lot of factors.
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Gregg
5 months ago
I'm pretty confident about this one. The cavity power divider typically has higher insertion loss than the microstrip power divider, so I'll go with True.
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Clay
11 months ago
B) False, for sure. Cavity power dividers are the way to go if you want less insertion loss. Microstrip power dividers? More like 'micro-loss'! *chuckles*
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Barbra
9 months ago
B) False
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Brittni
10 months ago
A) True
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Wei
10 months ago
B) False
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Allene
10 months ago
A) True
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Stephaine
11 months ago
So the statement is true then, the insertion loss of the cavity power divider is larger.
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Franchesca
11 months ago
Hmm, I'm not too sure about this one. But I'll go with B) False just to be safe. Gotta love these tricky power divider questions!
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Catina
11 months ago
That's true, but in this case, the cavity power divider has more loss.
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Domitila
11 months ago
But isn't the microstrip power divider known for its lower insertion loss?
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Stephaine
11 months ago
I agree with Catina, the cavity power divider usually has more loss.
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Susy
11 months ago
Cavity power dividers are more efficient, so B) False is the correct answer here.
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Elouise
10 months ago
So, the correct answer is B) False because cavity power dividers are more efficient.
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Elly
10 months ago
I agree, the insertion loss of the cavity power divider is actually smaller than that of the microstrip power divider.
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Anthony
10 months ago
I think the cavity power divider is more efficient, so the answer is B) False.
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Catina
11 months ago
I think the insertion loss of the cavity power divider is larger.
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Jutta
12 months ago
I think the answer is B) False. The microstrip power divider typically has higher insertion loss compared to the cavity power divider.
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Sage
11 months ago
I agree, the cavity power divider usually has higher insertion loss than the microstrip power divider.
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Lucille
12 months ago
A) True
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