Whether it is for short or long distance communication, fiber optics in the recent past have proven to be a very efficient and convenient way of making this happen. By using one of the fastest mediums which is light to transmit the information, it is now possible to send information at neck breaking speeds within the cables; this learn through Fiber Optic Training.
Fiber optics uses light as the means of sending information. In the cable there are very tiny strands of wire which allow light to bounce of its walls when refracted and as light travels very fast this refraction only takes few micro seconds allowing the information to travel very fast and over very long distances.
These cables have very few components with each crafted to perform very specific function. The core contains strands which are usually very thin and tiny as compared to the human hair and this is where the refraction of light takes place. The core is surrounded by a middle tube which is usually of a lower refractive index when compared to the core fibers. It prevents light being refracted from escaping from the core. There is then an outer casing which prevents the internal components from mechanical damage.
These cables are known to be of different types which include single mode. In this the core signals travel straight down the middle as they bounce along the core. Multi mode which usually have wider strands allowing light to travel along different paths. Others include the gastro scope which has the thickest optic fibers and the fiberscope.
When compared to using copper wires fiber optic cables have numerous advantages the most important of them being light used in transmitting the information is not affected by electromagnetic waves. The signals are thus safe from hacking which is usually done using electromagnetic interception of signals as they travel.
These cables are also very light to carry around making their installation very easy. Low signal degradation even over long distances also makes signals sent through them to be very clear. In terms of transmitter use it also allows one to use low signal transmitters as the signal degradation is usually low within the entire channel.
Optic fibers are not however free from disadvantages. Installation cost of the cables especially in built up urban areas is usually very high and the wires are also affected by the external environment such as hydrogen. Joining them up is not also not a very easy task unlike in copper wires as it must very carefully be done to prevent messing up with the transmission of the light.
Whether it is for short or long distances, this usually provide a very quick and efficient way to use it. Their use is however not only limited to the outside environment. These cables have also been used in medicine to study the internal organs of the human body and also in industry when making inspection of minor details in pipes and possible defects that might be present.
Fiber optics uses light as the means of sending information. In the cable there are very tiny strands of wire which allow light to bounce of its walls when refracted and as light travels very fast this refraction only takes few micro seconds allowing the information to travel very fast and over very long distances.
These cables have very few components with each crafted to perform very specific function. The core contains strands which are usually very thin and tiny as compared to the human hair and this is where the refraction of light takes place. The core is surrounded by a middle tube which is usually of a lower refractive index when compared to the core fibers. It prevents light being refracted from escaping from the core. There is then an outer casing which prevents the internal components from mechanical damage.
These cables are known to be of different types which include single mode. In this the core signals travel straight down the middle as they bounce along the core. Multi mode which usually have wider strands allowing light to travel along different paths. Others include the gastro scope which has the thickest optic fibers and the fiberscope.
When compared to using copper wires fiber optic cables have numerous advantages the most important of them being light used in transmitting the information is not affected by electromagnetic waves. The signals are thus safe from hacking which is usually done using electromagnetic interception of signals as they travel.
These cables are also very light to carry around making their installation very easy. Low signal degradation even over long distances also makes signals sent through them to be very clear. In terms of transmitter use it also allows one to use low signal transmitters as the signal degradation is usually low within the entire channel.
Optic fibers are not however free from disadvantages. Installation cost of the cables especially in built up urban areas is usually very high and the wires are also affected by the external environment such as hydrogen. Joining them up is not also not a very easy task unlike in copper wires as it must very carefully be done to prevent messing up with the transmission of the light.
Whether it is for short or long distances, this usually provide a very quick and efficient way to use it. Their use is however not only limited to the outside environment. These cables have also been used in medicine to study the internal organs of the human body and also in industry when making inspection of minor details in pipes and possible defects that might be present.
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