Paradise Datacom OFM-1000 Fiber Optic IFL System for Compact SSPAs
Excellent Gain Slope & Amplitude Flatness
OFM-1000 Fiber Optic IFL System for Compact SSPAs
Paradise Datacom offers a robust fiber interface solution for the popular Compact Outdoor Solid-State Power Amplifier and Evolution Series Modems. The interface allows protocol transparent transmission of block down-converted C-, X-, and Ku-Band signals for distances of up to 10 km.
FEATURES
System Output Power to: 300W C-Band; 250W X-Band; 150W Ku-Band
Internal or External Reference Block Up Converter
Indoor Remote Control Panel
Fully Asymmetric
Full asymmetric up/downlink is provided to the Compact Outdoor SSPA using our fiber optic transceiver system consisting of a low-cost 1RU RCPF-1000 Remote Control Panel and the OFM-1000 outdoor fiber module. Teledyne Paradise Datacom’s Universal M&C software allows full control of the unit over the fiber connection.
Antenna Mounting Kits
Optional mounting kits are available for both the Compact Outdoor SSPA and the OFM-1000 to secure the equipment to the antenna boom.
OFM-1000 Fiber RF to L-Band Characteristics
|
Parameter |
Limits |
|
Frequency Range |
950-1525 MHz (Standard C-Band) 950-1825 MHz (Extended C-Band 1) 950-1250 MHz (Insat, Palapa) 950-1675 MHz (Extended C-Band 2) 950-1450 MHz (Standard X-Band) 950-1450 MHz (Standard Ku-Band) 950-1700 MHz (Extended Ku-Band) |
|
Flatness |
± 1.5 dB max (Standard bands) ± 2.0 dB max (Extended bands) |
|
Gain Slope |
0.25 dB over any 6 MHz |
|
Return Loss |
-12 dB max. |
|
Intermod. Products |
-25 dBc (at amplifier output) |
|
CNR |
70 dB @ 36 MHz / 1 km |
|
Input Signal (Nominal Composite) |
0 dBm |
|
Maximum Input Power |
+10 dBm (without damage) |
|
Gain Stability |
0.25 dB @ 24 hours |
|
Link Gain |
5 dB ± 1.5 dB w/ 2 m fiber |
|
OIP3, 2-tone |
+10 dBm |
|
Noise Figure (typical) |
30 dB |
|
SFDR |
100 dBm/Hz |
|
Output Reference Level |
0 dBm ± 2 dB |
|
LNB Bias |
15 VDC @ 500 mA max. |
VSAT Hubs & Networks, News Gathering Terminals, Satellite Teleports, Earth Stations, Government Communications Systems
