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The OTM302T optical transmitter is used to create fiber optic RF/SAT systems and the implementation of transmissions at a wavelength of 1310 nm.
• FP laser
• 1310 nm wavelength
• +6 dBm optical output power
• Built-in RF converter
• Die-cast housing guarantees high level of screening – class A
• AGC – automatic gain control stabilizes the signal level
• LEDs on the housing make it much easier to properly configure the entire system
• 1310 nm wavelength
• +6 dBm optical output power
• Built-in RF converter
• Die-cast housing guarantees high level of screening – class A
• AGC – automatic gain control stabilizes the signal level
• LEDs on the housing make it much easier to properly configure the entire system
The OTF302 6F31 E TERRA optical transmitter is used to create TV/SAT systems using optical fibre technology and transmission at 1310 nm wavelength (transmission window II).
• FP type laser
• Wavelength 1310 nm
• Power at optical output +6 dBm
• Open housing ensuring high level of shielding – class A
• AGC – automatic gain control stabilizing signal level
• LEDs on the housing for much easier configuration of the entire system
• Wavelength 1310 nm
• Power at optical output +6 dBm
• Open housing ensuring high level of shielding – class A
• AGC – automatic gain control stabilizing signal level
• LEDs on the housing for much easier configuration of the entire system
The ORQ302 E optical receiver allows the conversion of the optical signal coming from the OTF302 6F31 E A3031 or OTF302 6F55 E A3055 transmitter into an electrical signal. QUATRO + DVB-T2 type output.
• Wavelength 1100...1650 nm
• Acceptable power level at optical input -15...-5 dBm
• Open casing guaranteeing high level of shielding - class A
• OLC - automatic control to stabilise signal level
• LEDs on the casing greatly facilitating proper configuration of the whole system
• DC power supply is provided directly from the connected multiswitch or from an external DC 10...20 V power supply, which is not standard equipment
• Acceptable power level at optical input -15...-5 dBm
• Open casing guaranteeing high level of shielding - class A
• OLC - automatic control to stabilise signal level
• LEDs on the casing greatly facilitating proper configuration of the whole system
• DC power supply is provided directly from the connected multiswitch or from an external DC 10...20 V power supply, which is not standard equipment
The ORD301F E optical receiver allows the conversion of the optical signal coming from the OTF302 6F31 E or OTF302 6F55 E transmitter into an electrical signal
• Wavelength 1100...1650 nm
• Acceptable power level at the optical input -15...-5 dBm
• Open housing ensuring high level of shielding – class A
• OLC – automatic control stabilizing signal level
• Acceptable power level at the optical input -15...-5 dBm
• Open housing ensuring high level of shielding – class A
• OLC – automatic control stabilizing signal level
The ORL302F E optical receiver enables the conversion of optical signals into Legacy, Wideband and Radio/DVB-T2 electrical signals.
• Wavelength 1100...1650 nm
• Acceptable power level at the optical input -15...-5 dBm
• Open casing to ensure a high level of shielding – class A
• OLC - automatic control to stabilize the signal level
• LEDs on the casing greatly facilitating the proper configuration of the entire system
• Acceptable power level at the optical input -15...-5 dBm
• Open casing to ensure a high level of shielding – class A
• OLC - automatic control to stabilize the signal level
• LEDs on the casing greatly facilitating the proper configuration of the entire system
Low-noise LWB202L Wideband LO 10.41 GHz satellite converter dedicated to SAT installations.
• LNB type: Wideband
• LO oscillator frequency: 10.41 GHz
• Low-noise LNB
• Two outputs: V-polarization, H-polarization
• Bracket diameter: 40 mm
• LO oscillator frequency: 10.41 GHz
• Low-noise LNB
• Two outputs: V-polarization, H-polarization
• Bracket diameter: 40 mm
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
DC015T antenna diplexer that sums signals from three antennas – signals from FM+VHFI/II band (47-108 MHz), VHFIII (174-230 MHz) and UHF band (470-694 MHz).
• The diplexer enables summing of FM+VHFI/II band (47-108 MHz), VHFIII(174-230 MHz) and UHF band (470-694 MHz) signals
• It is mounted on the antenna tower, near the antenna set
• Die-cast housing inside a compact plastic case
• It is mounted on the antenna tower, near the antenna set
• Die-cast housing inside a compact plastic case
