The features and functions of a fiber optic

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The Features and Functions of a Fiber Optic Camera

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Features of a fiber optic camera

• This is the major feature of staple optics they
  have superior signal frequency attributes
  compared to copper cable. They generate co-axial
  cable attenuation at a signal frequency of 3-5
  MHz and can also be converted to 20 dB/km. In
  comparison to other transmitters, fiber optics
  attenuation is between 0.3 and 3 dB/km. This
  means fiber or staple optic transceiver can cover
  up to 60 km or more, depending on the precise
  details of application. Since these transceivers
  feature a conversion of low fiber signals, it can
  also function as a transmission of multiple video
  signals over long distances.

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Information Security and Safety Operations

• Unlike traditional copper cables, fiber optics
  does not radiate any signals. As a result, these
  optical cables are virtually immune from
  wiretapping. The signal frequency is difficult to
  access for unauthorized parties. There is no risk
  for installation of fiber or staple optic. It can
  act as the ignition source for all multiple
  signals. It can also be used in hazardous
  environments such as chemical and petro-chemical
  sites, providing an "intrinsically safe"
  transmission route however, this safety may not
  extend to the electro-optic transmission routers
  and modems. It may not be guaranteed safe and
  protected compared to other electrical equipment.

4
Accurate use of duct space

• Fiber optic transceiver features small and
  durable lenses. It has protective sheathing
  applied in different phases, depending on the
  installation area, to build up the fiber into a
  multipurpose cable. This cable is suitable for
  both internal and external use. Generally, its
  coaxial cables can produce significant savings
  over copper where there is not enough
  installation space or where duct space is often
  restricted.

5
Resistance to electromagnetic interference

• Fiber optic transceiver transmits signals as
  light pulses instead of electrical pulses. This
  light transmission process is not affected by the
  electro-magnetic materials. As a result, the
  transmissions can be utilized in other
  application where links are routed near energy
  conductors and other machines including tramways,
  power generator, railways, and automobile
  manufactured with welding machinery.

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