OPTICAL TRANSMITTER TV-SAT 4 MW LNB FEED - OT-412
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OPTICAL TRANSMITTER TV-SAT 4 mW LNB FEED – OT-412

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    Satellite Systems

    With the launch of the first man-made artificial satellite in 1957, many things changed in the world. Satellite systems, which serve many purposes, increase the power of technology with their advanced features. These systems, which are used as a kind of data transfer mirror with their materials, receive data signals from the world. It then projects this data back to the world in order to transfer it to a wider scope. These systems have many functions. Satellite systems, which facilitate human life and expand the boundaries of technology, are sent to the orbit of the world and moved in a certain plane. In our country, the first artificial satellite was launched into orbit in 2011.

    What is the Role of Satellite Systems?

    Since satellite systems serve different purposes, they have been classified by people. It can be used for communication purposes, photographic purposes, military purposes, meteorological purposes, scientific, monitoring and imaging. Satellites, which receive signals and reflect them like mirrors, resend these signals to a certain coverage area. In this way, this coverage area can benefit from the benefits of satellites. For this, we can give television satellites as an example. The satellite antennas in the buildings receive the signals sent by the satellites and convert them into images. Satellite systems used for communication can carry phone calls and internet streaming as well as TV broadcasts.

    Questions About Satellite Systems
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    OPTICAL TRANSMITTER TV-SAT 4 mW LNB FEED – OT-412
    OT-412
    Product Features

    Optical transmitter for both terrestrial and satellite analog and digital TV signals.

    This device receives TV signals in the terrestrial and satellite bands in the IF via coaxial cable and transmits them over single-mode optical fiber at a wavelength of 1310 nm using a Class 1 laser.

    Large-scale mass terrestrial and satellite TV installations where distribution is not possible using coaxial cable due to the topology of the installation.

    Optical modulation can be easily adjusted with OMI’s two independent controls for terrestrial and satellite TV.

    Satellite polarity can be selected using switches that control the voltage (13/18V) and tone (0/22KHz) fed to the LNB.

    Technicial Specifications
    • Modular equipment.
    • Zamak chassis with metallic side panels.
    • Type F connectors for input of TV signals in terrestrial band and satellite IF band.
    • Female SC/APC connector for optical fiber.