LSS_104_RTP

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LSS 104 RTP (Radio Terminated Pair) is an optical device which adapts the optical transceiver ports for such telecommunications applications as radio, microwave and digital communications. With its all-fibre design, it eliminates the need for high-speed integrated circuits (ICs) and therefore reduces the cost of developing, producing, and installing complex electronic devices. The device effectively implements bi-directional optical interconnectivity, while at the same time providing a means to route radio frequencies between transceivers.The LSS 104 RTP uses two optical links: an optical carrier and a radio frequency (RF) link. The optical carrier link is used to transport the incoming electrical signal from a transceiver port. The RF link is then used to transmit the signal to the neighbour transceiver port. Both of these links transmit data through the same physical medium, which is a high-speed light pipe.The LSS 104 RTP works in two stages:The first stage is the transmission of the optical carrier. A light source, such as a laser diode, is connected at the transmit end of the optical fibre. This light source is modulated to carry the electrical signal from the transmitter. The modulated light then propagates through the optical fibre to the receive end.At the receive end of the optical fibre, the modulated light is detected by a photo detector. This photo detector then produces an electrical signal corresponding to the transmitted signal. The electrical signal is then sent to the neighbour transceiver port.The second stage is the transmission of the RF signal. The electric signal from the neighbour transceiver is converted to a radio frequency (RF) signal using a modulator. The RF signal is then transmitted through the same physical medium - the light pipe which the optical carrier was transmitted through - to the intended recipient.The LSS 104 RTP has several advantages over traditional radio frequency (RF) links. Firstly, it eliminates the need for expensive integrated circuit (ICs) which would otherwise be needed for RF communications. Secondly, since the optical carrier and RF signals are transmitted through the same physical medium, the design is simpler and more cost effective. Thirdly, it significantly improves the performance of radio frequency (RF) communications, as the optical carrier can be sent at much higher speed than a traditional RF signal.Overall, the LSS 104 RTP is an extremely useful and cost effective solution for radio, microwave and digital communications, significantly reducing the cost of producing and installing complex electronic devices.

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