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The ORF202 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. Wideband type output.
• Wavelength 1100...1650 nm
• Acceptable power level at the optical input -15...-5 dBm
• Open housing ensuring a high level of shielding – class A
• OLC – automatic control stabilizing the signal level
• LEDs on the housing for much easier configuration of the entire system
• DC power supply directly from the connected multiswitch or an external DC power supply 10...20 V, which is optional equipment
• Acceptable power level at the optical input -15...-5 dBm
• Open housing ensuring a high level of shielding – class A
• OLC – automatic control stabilizing the signal level
• LEDs on the housing for much easier configuration of the entire system
• DC power supply directly from the connected multiswitch or an external DC power supply 10...20 V, which is optional equipment
The ORF302 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. Wideband + DVB-T2 type output.
• Wavelength 1100...1650 nm
• Acceptable power level at the optical input -15...-5 dBm
• Die-cast housing ensuring a high level of shielding – class A
• OLC – automatic control stabilizing the signal level
• LEDs on the housing for much easier configuration of the entire system
• DC power supply directly from the connected multiswitch or an external DC power supply 10...20 V, which is optional equipment
• Acceptable power level at the optical input -15...-5 dBm
• Die-cast housing ensuring a high level of shielding – class A
• OLC – automatic control stabilizing the signal level
• LEDs on the housing for much easier configuration of the entire system
• DC power supply directly from the connected multiswitch or an external DC power supply 10...20 V, which is optional equipment
The ORQ302F 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
• Die-cast housing ensuring a high level of shielding – class A
• OLC – automatic control stabilizing the signal level
• LEDs on the housing for much easier configuration of the entire system
• DC power supply directly from the connected multiswitch or an external DC power supply 10...20 V, which is optional equipment
• Acceptable power level at the optical input -15...-5 dBm
• Die-cast housing ensuring a high level of shielding – class A
• OLC – automatic control stabilizing the signal level
• LEDs on the housing for much easier configuration of the entire system
• DC power supply directly from the connected multiswitch or an external DC power supply 10...20 V, which is optional equipment
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
The tap is used in multiswitch installations to divide 9-cable systems into two subnetworks (18 outputs), the primary with lower attenuation and the secondary with higher attenuation. The application of the taps in large, unsymmetrical multiswitch systems allows for equalization of signal levels in ...
• 9-cable system (8x SAT + terrestrial TV/Radio)
• Divides the system into two subnetworks with different signal levels (average attenuation of 1.7 dB and 10 dB)
• Replaces 9 individual TV/SAT taps
• Equipped with optionally switched-off DC pass
• Die-cast housing guarantying high screening efficiency (class A)
• Divides the system into two subnetworks with different signal levels (average attenuation of 1.7 dB and 10 dB)
• Replaces 9 individual TV/SAT taps
• Equipped with optionally switched-off DC pass
• Die-cast housing guarantying high screening efficiency (class A)
The DTT MCA101T TERRA masthead correction amplifier is dedicated to work with OTF30x transmitters
• Dedicated to work with TERRA's OTF30x optical transmitters
• Frequency converter
• Automatic Gain Control (AGC) circuit to ensure signal stability
• Built-in LTE700 filter
• Remote DC power supply
• Capable of outdoor mounting
• Frequency converter
• Automatic Gain Control (AGC) circuit to ensure signal stability
• Built-in LTE700 filter
• Remote DC power supply
• Capable of outdoor mounting
Double sideband modulator MT-41 has a microprocessor control - the choice of output channel is performed with two buttons (after opening the top cover). The channel number or any changeable parameter is displayed on the LED display and stored in non-volatile memory. Use of quartz-stabilized PLL prac...
• For use in individual and shared antenna systems
• Max output level of 85 dBμV
• DSB modulation
• Wide range of output level adjustment
• 4-year warranty
• Max output level of 85 dBμV
• DSB modulation
• Wide range of output level adjustment
• 4-year warranty
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 the optical input -15...-5 dBm
• Open housing ensuring a high level of shielding – class A
• OLC – automatic control stabilizing the signal level
• LEDs on the housing for much easier configuration of the entire system
• DC power supply directly from the connected multiswitch or an external DC power supply 10...20 V, which is optional equipment
• Acceptable power level at the optical input -15...-5 dBm
• Open housing ensuring a high level of shielding – class A
• OLC – automatic control stabilizing the signal level
• LEDs on the housing for much easier configuration of the entire system
• DC power supply directly from the connected multiswitch or an external DC power supply 10...20 V, which is optional equipment
The splitter is used in multiswitch installations to extend 9-cable systems into two subnetworks (18 outputs). The splitter is equipped with DC-pass switch that in "ON" position runs current through "H" lines to both branches. In "OFF" position it takes place only within one branch.
• 9-cable system (8x SAT + terrestrial TV/Radio)
• Divides the system into two subnetworks
• Replaces 9 individual TV/SAT splitters
• Equipped with switched-on/off DC pass
• Die-cast housing guarantying high screening efficiency (class A)
• Divides the system into two subnetworks
• Replaces 9 individual TV/SAT splitters
• Equipped with switched-on/off DC pass
• Die-cast housing guarantying high screening efficiency (class A)
Multiswitch designed for cooperation with two Quatro LNBs and terrestrial TV antenna, for applications in medium and large 9-cable SMATV systems, also in multi-staircase buildings (with division into subnetworks).
• 9/8 multiswitch for systems with radial topology
• Built-in cable loss correction
• Groups of outputs with different output levels
• Isolation between inputs better than 30 dB
• Powering of optional terrestrial TV preamplifier
• Active terrestrial TV path with LTE filter (47-790 MHz)
• Die-cast housing guarantying high screening efficiency (class A)
• Built-in cable loss correction
• Groups of outputs with different output levels
• Isolation between inputs better than 30 dB
• Powering of optional terrestrial TV preamplifier
• Active terrestrial TV path with LTE filter (47-790 MHz)
• Die-cast housing guarantying high screening efficiency (class A)
