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The receiver/converter has been designed to replicate satellite IF, DVB-T and FM/DAB signals coming in optical form via a passive optical network.
• Conversion of SAT+DVB-T optical signal into electrical (RF) form
• Dedicated for multiswitch systems, including large ones
• High sensitivity of optical input
• High level of RF signals
• Dedicated for multiswitch systems, including large ones
• High sensitivity of optical input
• High level of RF signals
The receiver/converter has been designed to replicate satellite IF, DVB-T and FM/DAB signals coming in optical via a passive optical network.
• Conversion of SAT+DVB-T optical signal into electrical (RF) form
• Outputs for direct connection with end users' outlets
• High sensitivity of optical input
• High level of RF signals
• Outputs for direct connection with end users' outlets
• High sensitivity of optical input
• High level of RF signals
FOS 102 E optical splitter is an element used to divide the optical signal into 2 paths.
• Dividing the signal into 2 paths
• FC/PC sockets
• Box type housing
• Attenuation of 3.9 dB
• FC/PC sockets
• Box type housing
• Attenuation of 3.9 dB
FOS 104 E optical splitter is an element used to divide the optical signal into 4 paths.
• Dividing the signal into 4 paths
• FC/PC sockets
• Box type housing
• Attenuation of 7.4 dB
• FC/PC sockets
• Box type housing
• Attenuation of 7.4 dB
FOS 108 E optical splitter is an element used to divide the optical signal into 8 paths.
• Dividing the signal into 8 paths
• FC/PC sockets
• Box type housing
• Attenuation of 10.8 dB
• FC/PC sockets
• Box type housing
• Attenuation of 10.8 dB
The FTTH OD-012 H optical receiver (SC/APC optical connector) is designed to convert optical signals into electrical signals in the 47-862/1006 MHz band.
• Interface: optical: SC/APC; RF output: F female
• Output bandwidth: 47-862/1006 MHz
• Microprocessor-based AGC (automatic gain control) based on the level of the optical signal
• Open housing provides high shielding efficiency preventing interfering signals from penetrating inside the device
• Compact dimensions
• Output bandwidth: 47-862/1006 MHz
• Microprocessor-based AGC (automatic gain control) based on the level of the optical signal
• Open housing provides high shielding efficiency preventing interfering signals from penetrating inside the device
• Compact dimensions
FTTH Optical Receiver TERRA OD-004A R81717 is used in systems distributing satellite DVB-S/S2, DVB-T and FM/DAB signals within 47-2400 MHz range via optical fibers.
• Compact dimensions
• Output band 47-2400 MHz
• Maximum output level 80 dBµV
• Microprocessor AGC (automatic gain control) based on the optical signal level
• Interface: optical: SC/APC
• Signal level at the optical input: -15...-6/-8...0 dBm
• Output band 47-2400 MHz
• Maximum output level 80 dBµV
• Microprocessor AGC (automatic gain control) based on the optical signal level
• Interface: optical: SC/APC
• Signal level at the optical input: -15...-6/-8...0 dBm
Optical node OD-003 converts optical signals into RF electrical signals. It cooperates with optical transmitters of MOS-211x series ( R81720, R81720B) transmitting modulated light over single-mode optical fiber. Such optical links can transmit multiple channels from the headend to distant locations ...
The TERRA OD-005P R81760 optical node (FTTH optical receiver) is a component of TV antenna systems involving fiber optic technology. The technology is characterized by low attenuation, small interference, and most importantly it allows for transmission of signals over long distances. The DVB-T and F...
• Compact size
• Die-cast housing providing high screening efficiency by preventing the penetration of interfering signals to the unit
• Output RF range: 47-862 MHz
• AGC based on optical input level
• Die-cast housing providing high screening efficiency by preventing the penetration of interfering signals to the unit
• Output RF range: 47-862 MHz
• AGC based on optical input level
The TERRA OD-006 R81762 optical node (FTTH optical receiver) is a component of TV antenna systems involving fiber optic technology. The device converts DVB-T and FM/DAB signals provided via an optical link into RF signals that are locally distributed to terminal outlets. Optical technology is charac...
• Compact-size (7 cm long) optical DVB-T/DVB-C receiver
• Die-cast housing providing high screening efficiency by preventing the penetration of interfering signals to the unit
• Output RF range: 47-1006 MHz
• Sensitivity: -6...0 dBm
• Max output level: 80 dBμV
• AGC based on optical input level
• Die-cast housing providing high screening efficiency by preventing the penetration of interfering signals to the unit
• Output RF range: 47-1006 MHz
• Sensitivity: -6...0 dBm
• Max output level: 80 dBμV
• AGC based on optical input level
