5-2400Mhz Tap with F connector 2 outputs 519322 of Televes
2 secondary exits with F connectors (12 dB)
This 519322 inner derivator of Televes is a passive component with F connectors that consists of 1 input, 2 derivation outputs with 12DB of attenuation and 1 passage outlet with 2.3DB. It is used in SMATV facilities.
Due to its technical characteristics, its installation is recommended on the first floor, that is, the plant farther from the head. Its installation is very simple, you can ride the wall, in the rack with plates with nuts or on DIN lane.
This derivator works in the 5-2400MHz frequency range, so it is suitable for both terrestrial and satellite signals. It has a great armor and is made of Zamak.
Technical Specifications of the Derner of 2 secondary exits with connectors F (12 dB) 519322
Derivator for First 5130 Floor of Televes with 2 outputs, 12DB of derivation attenuation and 2.5DB in passing losses.
What technical characteristics does the derivator 519322 have?
Connectors f
Improvement of passing losses
Good shielding
Includes grounding screw
Bidirectional DC step between the output, and from the derivations to the entrance/exit
What technical specifications of the derivator 519322?
Frequency range MHz 5 … 2400
Number of outputs ? 2
Inputs/Bands ?
TERR SAT
Through losses dB
2.3 3.4
Tap losses dB
12 11
Rejection between taps dB
> 20 > 20
Voltage max. Vdc 24
Max. current mA 350
DC pass ? In.?Out
What is a derivator and what functions does it have?
Derivatives are passive components that are interspersed in a television installation to achieve two effects: compensate for signal losses, on the one hand, and balance the signals that each user receives, on the other, they are installed in the main channel of the building or community .
A derivator is similar to the distributor but is used in large homes or in communities. It has an in entrance, several plant outputs that call (tap) and these outputs have a set signal loss, 10db, 15db, 20db, etc. and an output (out) with little loss to give signal to the immediately lower plant (and place another cascade derivator, etc). The loss that is needed to have each derivator of each plant must be calculated depending on the number of plants, shots, etc.
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