The F-SBAND is used to transmit and receive uplink and downlink signals up to 5 GHz. This is useful for links in between control rooms or NOCs. The F-SBAND system offers a high performance alternative to conventional coaxial link systems, both reducing attenuation and eliminating the need for a waveguide. The unit functions as a transparent link, transporting all satellite modulation formats over a single fiber. Typically an S-Band fiber link consists of an optical transmitter that recieves the RF signal and transmits it over singlmode fiber to an optical reciever which converts the optical signal back to RF. The F-SBAND link is a cost effective and high performance solution for S Band over fiber Satellite links.
• Useful Bandwidth up to 5 GHz
• S Band Over Fiber transport for links up to 120 Km
• Highly Linear for Analog Transmission
• Low RIN, Narrow Linewidth DFB Laser
• Broadband LiNbO3 Modulator
• Linear PIN reciever with TIA
• Optional single port design allows Bi-directional Transmission with 1 fiber
• Optional RF amplifier to enhance gain
IMPORTANT NOTE*** (it is very important to interface our unit with SC/APC - Angle Polished Connector to avoid any light reflections.
If your fiber is terminated with the SC, ST, FC /PC flat connector, you need to use an optical jumper from PC type to SC/APC for proper conversion.
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Model Number |
Description |
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S-BAND Singlemode Fiber Transmitter for 10km |
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S-BAND Singlemode Fiber Reciever for 10km |
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S-BAND Singlemode Fiber Transmitter for 40km |
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S-BAND Singlemode Fiber Reciever for 40km |
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S-BAND Singlemode Fiber Transmitter for 80km |
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S-BAND Singlemode Fiber Reciever for 80km |
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S-BAND Singlemode Fiber Transmitter for 120km |
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S-BAND Singlemode Fiber Reciever for 120km |
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*All Specifiactions Subject to Change Without Notice IMPORTANT NOTE*** (it is very important to interface our unit with SC/APC - Angle Polished Connector to avoid any light reflections. If your fiber is terminated with the SC, ST, FC /PC flat connector, you need to use an optical jumper from PC type to SC/APC for proper conversion. |
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1070 - 5000 MHz |
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>70 dB |
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± 0.2 dB / 48 MHz |
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-50 dBc (max.), -55 dBc (typ.) |
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(36 MHz BW) >50 dBc |
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Input Signal |
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-25 to -40 dBm |
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-10 to -40 dBm |
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± 0.15 dB / 24 hours |
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OIP3 (from min to max gain) |
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-15 to 0 dBm (typ.) |
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0 to +15 dBm (typ.) |
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Noise Figure @ max input gain |
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<22 dB (typ.) |
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<9 dB (typ.) |
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Peak to peak 0.4 ns (typ.) |
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50 Ohm |
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1.4:1 |
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Maximum RF Input (with no damage) |
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-10 dBm |
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+5 dBm |
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standard |
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20 dB ± 1.0 |
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6GHz RF over Fiber
Up to 6GHz Analog Analog RF optical transport - RF over fiber Transmitter / Receiver for for Satcom, GPS, WiMAX, LTE, DAS RF transport applications
4 LNB's satellite distribution system for MDU over 1 fiber - DWDM- High Power
4x Ch L-Band DWDM Transmitter for Satellite TV. Designed for delivery of satellite service to more than 5000 locations, or to be used as a satellite to home LTTH system. Used similarly as many CATV FTTH systems, instead LTTH units transport 4 independent satellite signals off the Dish and mux them into a single fiber. DWDM light spectrum could be amplified by EDFA, this is why we can distribute the
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