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Huawei Exam H35-260 Topic 1 Question 52 Discussion

Actual exam question for Huawei's H35-260 exam
Question #: 52
Topic #: 1
[All H35-260 Questions]

Which of the following descriptions about EDFA is wrong?

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Suggested Answer: A, B, D

by Becky at Feb 06, 2025, 10:44 PM

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Britt
1 months ago
Haha, I bet the exam writer is trying to trip us up with these tricky EDFA questions.
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Tamar
15 days ago
C) Noise figure, saturated output power, gain flatness, gain, etc. are all important parameters to characterize EDFA
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Kris
21 days ago
B) The optical monitoring channel of 1510nm can be effectively amplified by EDFA
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Winfred
25 days ago
A) When the output power of the EDFA reaches saturation, increase the input optical power, and the gain of the EDFA will decrease
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Leota
2 months ago
Wait, so EDFA can't amplify the 1510nm monitoring channel? That's news to me!
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Dorethea
7 days ago
Nikita: So, it seems like option B is the correct description about EDFA.
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Nikita
11 days ago
User 2: That's right, the description about EDFA not being able to amplify the 1510nm channel is wrong.
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Mitsue
14 days ago
User 1: Actually, EDFA can effectively amplify the 1510nm monitoring channel.
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Cecil
25 days ago
Cristina: Yes, that's true. But it can still amplify the 1510nm monitoring channel.
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Latanya
1 months ago
User 3: When the output power of the EDFA reaches saturation, increase the input optical power, and the gain of the EDFA will decrease.
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Cristina
2 months ago
User 2: Really? I thought EDFA couldn't amplify that wavelength.
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Rickie
2 months ago
User 1: Actually, the optical monitoring channel of 1510nm can be effectively amplified by EDFA.
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Lauran
2 months ago
D is the wrong description. EDFA does involve photoelectric conversion, not pure optical amplification.
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Leigha
2 months ago
C seems like the correct answer to me. EDFA has many important parameters that need to be considered.
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Chandra
2 months ago
I disagree, I believe the wrong description is A.
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Thomasena
2 months ago
I agree with Miesha, D seems incorrect.
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Miesha
2 months ago
I think the wrong description is D.
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Jerry
2 months ago
Option A is definitely wrong. Increasing the input power would actually decrease the gain, not the other way around.
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Dana
1 months ago
D) The amplification of optical signals by EDFA is pure optical amplification without photoelectric conversion.
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Lawanda
1 months ago
C) Noise figure, saturated output power, gain flatness, gain, etc. are all important parameters to characterize EDFA
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Lilli
1 months ago
B) The optical monitoring channel of 1510nm can be effectively amplified by EDFA
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Delpha
2 months ago
A) When the output power of the EDFA reaches saturation, increase the input optical power, and the gain of the EDFA will decrease
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