Transmission loss of thermotropic liquid-crystal polyester-jacketed optical fibre at low temperature

Abstract
The transmission loss at low temperature of an optical fibre tightly jacketed with a new low-linear-expansion-coefficient plastic, thermotropic liquid-crystal polymer, is reported. The new type of tight-jacket fibre is free from microbending losses due to jacket contraction when exposed to heat cycles from −70 to 80°C.

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