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By Stanford Linear Accelerator Center.; United States. Department of Energy
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Extra resources for Beam line
However, polyimide coatings are much more diﬃcult to remove, and are generally only found on certain specialty ﬁbers. Some large diameter (200 µm or more) multimode silica ﬁbers are coated with a hard, low refractive index polymer, which can serve as both a coating and an optical cladding. The coatings of these hard clad silica ﬁbers, commercially known as HCST M or TECST M , improves ﬁber strength and abrasion resistance so these ﬁbers can often be cabled without Kevlar yarn. Moreover, connectors can usually be mechanically attached directly to the hard coating, facilitating connectorization.
1 Stripping The fundamental motivation for stripping the coating from a ﬁber prior to fusion splicing is that the high temperatures experienced during joint formation will damage polymer coatings and possibly damage the heated portion of glass contacting the coating. Furthermore, alignment of the ﬁber is more 28 2. Fiber Preparation accurate when gripping on the bare glass surface because the dimensional tolerances of the glass are usually far superior to that of the polymer coating. Finally, optical ﬁber coatings often exhibit shape memory, known as curl, which can complicate ﬁber alignment (see Sect.
The eﬀect of fusion splices on multimode optical ﬁber communication systems can be particularly confusing. In contrast to the behavior of single-mode ﬁber splice, the loss of a multimode ﬁber splice can depend on its proximity to other splices. This is because a splice can scramble the distribution of optical power amongst the various modes, and splice loss partly depends on this power distribution. 23]. Multimode and single-mode fusion splice loss, as well as modal noise and MPI, are discussed in more detail in Chap.