Fracarro OPT RX-TV 270696 Hoja De Datos
Los códigos de productos
270696
Data sheet
“Home Fibre” OPT RX-TV
TV Optical Receiver
Fracarro’s innovative home fibre optic
system has been designed for its simplicity
of installation from the headend to the wall
outlet. The system uses a conventional
LNB and dish assembly requiring no
special optical alignment tools. It is
capable of carrying all satellite and
terrestrial signals through a single 9/125
glass fibre. Additional transmitters can be
cascaded using a standard 5 core co-axial
back bone giving greater flexibility in
system design to supply a large number of
outlets.
system has been designed for its simplicity
of installation from the headend to the wall
outlet. The system uses a conventional
LNB and dish assembly requiring no
special optical alignment tools. It is
capable of carrying all satellite and
terrestrial signals through a single 9/125
glass fibre. Additional transmitters can be
cascaded using a standard 5 core co-axial
back bone giving greater flexibility in
system design to supply a large number of
outlets.
Main Specifications
-
Frequency output bandwidth 47-2150MHz.
-
Can be used with K series transmitter or OPT
-
Switching Power supply unit
-
Up to 21dB optical distribution loss
-
Quick and easy to install
-
Complete terrestrial bandwidth
Home fibre Receiver OPT RX-TV
Fracarro Code
270696
Optical Connector
No.
1 FC/PC with SC/APC patch cord
RF Inputs
No.
F Female (loop through)
RF Outputs
No.
F Female
Output
Frequency band
MHz
From 47 to 2150
Connectors Type
F Female
Input Return loss
dB
10
RF output power TV
dBuV
80@21dB optical attenuation ( overall power)
RF output power SAT
dBuV
70@21dB optical attenuation ( each TP)
Level adjustment
dB
20
Insertion loss loop through
dB
1@862MHz
Optical Input
Optical input power
dBm
From -8 to -14
Connector type
1 FC/PC with SC/APC patch cord
Optical return loss
dB
50
Main featuers
Mains
Vac/Hz
184 ÷ 264 / 50 - 60
Power consumption
W
2.5
Operating temperature
°C
From -5 to +55
Normativa di Riferimento
CEI EN 50083-2 EN60065