STORY-
we are using laser light. so we travelling the light in fiber cable of 2km long and giving information about laser and fiber glass wire. and data transfer rate in fiber wire on laser setup. and this all about bsnl ftth program.Light travels through the core of the fiber-optic cable, constantly bouncing off the cladding. This follows a well-known principle of optics known as total internal reflection. Very little light is lost in total internal reflection from the cladding, allowing light to travel long distances within the cable. And Li-Fi wifi technology
#Laserlighttravellingonfibercable
#LaservsFiberCable
#Lighttravelsthroughthecoreofthefiberopticcable constantly bouncing off the cladding.
#totalinternalreflection #totalinternalreflectionexperiment #bsnlftth #bsnlfiber #LiFi
we are using laser light. so we travelling the light in fiber cable of 2km long and giving information about laser and fiber glass wire. and data transfer rate in fiber wire on laser setup. and this all about bsnl ftth program.Light travels through the core of the fiber-optic cable, constantly bouncing off the cladding. This follows a well-known principle of optics known as total internal reflection. Very little light is lost in total internal reflection from the cladding, allowing light to travel long distances within the cable. And Li-Fi wifi technology
#Laserlighttravellingonfibercable
#LaservsFiberCable
#Lighttravelsthroughthecoreofthefiberopticcable constantly bouncing off the cladding.
#totalinternalreflection #totalinternalreflectionexperiment #bsnlftth #bsnlfiber #LiFi
- Category
- Cables and Connectors
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