Following the fusion splicing procedures outlined earlier typically re terjemahan - Following the fusion splicing procedures outlined earlier typically re Bahasa Indonesia Bagaimana mengatakan

Following the fusion splicing proce

Following the fusion splicing procedures outlined earlier typically results in a low-loss splice that outperforms the attenuation requirements for inside or outside plant splices. However, occasionally you will encounter a splice that exceeds maximum attenuation requirements. As you’ve learned, how well a splice performs depends on many variables. As with mechanical splicing, these variables can be broken into two groups: intrinsic factors and extrinsic factors.

Intrinsic factors are the result of slight variations from one optical fiber to another. These variations can affect the performance of the splice even though the optical fibers are perfectly aligned when mated. However, the optical fibers available today have very little variation, which means that a small percentage of the splice loss may be from intrinsic factors.

Extrinsic factors are related to the condition of the splice itself, external to the optical fibers. Many times, they are caused by dirt and contamination. Microscopic particles of dirt can cause the misalignment of one or both optical fibers, creating a high-loss splice.

Next we will examine some of the common causes for a high-loss fusion splice.
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Mengikuti prosedur splicing fusi diuraikan sebelumnya biasanya hasil dalam sambatan low loss yang melebihi persyaratan redaman dalam atau di luar tanaman splices. Namun, kadang-kadang Anda akan menemukan sambatan yang melebihi maksimum redaman persyaratan. Seperti yang telah Anda pelajari, seberapa baik sambatan melakukan tergantung pada banyak variabel. Seperti dengan penyambungan mekanik, Variabel ini dapat dipecah menjadi dua kelompok: faktor intrinsik dan faktor-faktor extrinsic.Faktor intrinsik adalah hasil dari sedikit variasi dari satu serat optik yang lain. Variasi ini dapat mempengaruhi kinerja sambatan meskipun serat optik sempurna diselaraskan ketika dikawinkan. Namun, serat optik yang tersedia hari ini memiliki variasi yang sangat kecil, yang berarti bahwa persentase kecil dari kerugian sambatan mungkin dari faktor intrinsik.Faktor-faktor extrinsic berkaitan dengan kondisi sambatan itu sendiri, luar serat optik. Banyak kali, mereka disebabkan oleh kotoran dan kontaminasi. Mikroskopis partikel kotoran dapat menyebabkan misalignment dari salah satu atau kedua serat optik, menciptakan sambatan tinggi badan.Selanjutnya kita akan meneliti beberapa penyebab umum untuk sambatan fusion tinggi badan.
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Following the fusion splicing procedures outlined earlier typically results in a low-loss splice that outperforms the attenuation requirements for inside or outside plant splices. However, occasionally you will encounter a splice that exceeds maximum attenuation requirements. As you’ve learned, how well a splice performs depends on many variables. As with mechanical splicing, these variables can be broken into two groups: intrinsic factors and extrinsic factors.

Intrinsic factors are the result of slight variations from one optical fiber to another. These variations can affect the performance of the splice even though the optical fibers are perfectly aligned when mated. However, the optical fibers available today have very little variation, which means that a small percentage of the splice loss may be from intrinsic factors.

Extrinsic factors are related to the condition of the splice itself, external to the optical fibers. Many times, they are caused by dirt and contamination. Microscopic particles of dirt can cause the misalignment of one or both optical fibers, creating a high-loss splice.

Next we will examine some of the common causes for a high-loss fusion splice.
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