Name: 8 mW de potencia RF CATV Largo de la Fibra Tx 45-870 MHz
Brand: Thorbroadcast
Price: 2649 USD
Availability: InStock

Descripción

RF largo de la Fibra Tx - 8mW de Salida 45-870 MHz

1310 - 8mW de fibra óptica, transmisor de Televisión de RF (Radio Frecuencia) de 45-870 MHz. Convierte directamente cualquier entrante se?al de RF dentro de esta banda óptica de RF. Transporta todos los canales y programas a través de una fibra. Puede ser utilizado para punto a punto, o combinado con PLC acopladores de fibra óptica y los divisores de punto a multipunto aplicaciones. Salidas estándar de la Industria RFoG (RF sobre el Vidrio) se?ales de que puede ser aceptada por la mayoría de la fibra óptica receptores de RF de otros fabricantes. Fácil de leer LCD del panel frontal proporciona información y datos de alarma, y simplifica la configuración. Este sistema cuenta con un muy lineal láser DFB con ajuste automático de circuitos con Control Automático de Ganancia. Para mayor fiabilidad, una segunda fuente de Alimentación interna de la Unidad está disponible como una opción.

El transmisor se puede utilizar con cualquier o Thor Fibra óptica receptores de RF

F-RF-RX-RM CATV RF para Montaje en Rack Receptor de Alta Potencia	F-RF-RX-MN CATV RF Mini receptor óptico	F-Mininode CATV Mininode -Receptor de RF y de la ruta de retorno de RF del transmisor

Caracteristicas

? 8 mW de Potencia Óptica de Salida del sensor de retroalimentación controlada sistema de láser
? Transporta toda la 45-870 MHz de la banda, incluso, con pleno canal de linups
? Crear de alta seguridad "que se rompa la Fibra" para eliminar el cable coaxial de la se?al de la ruta de retorno
? Control automático de Ganancia (AGC), que gestiona nivel de RF con necesario realizar ningún ajuste
? Compatible con todos Thor RFoG CATV serie de sistemas de receptor óptico

NOTA IMPORTANTE*** (es muy importante a la interfaz de nuestra unidad con SC/APC - Ángulo de Pulido del Conector para evitar los reflejos de la luz.

Si la fibra se termina con el SC, ST, FC /PC conector plano, es necesario utilizar una óptica puente de PC tipo SC/APC para la correcta conversión.

Dibujos

Especificación

*Todas las Especificaciones Sujetas a Cambio Sin previo Aviso
De entrada	1x Tipo de conector F - 75 Ohm
Longitud De Onda Óptica	1310 nm
Ancho De Línea:	< 1 MHz FWHM
Relación De Extinción	>20 dB XP
Equivalente De Ruido De Intensidad	< -160 dB/Hz
Potencia De Salida	8 mW
La Pérdida De Retorno	>55 dB
Conector Óptico	SC/APC - Ángulo de Pulido NOTA IMPORTANTE* (es muy importante a la interfaz de nuestra unidad con SC/APC - Ángulo de Pulido del Conector para evitar los reflejos de la luz. Si la fibra se termina con el SC, ST, FC /PC conector plano, es necesario utilizar una óptica puente de PC tipo SC/APC para la correcta conversión.**
El Nivel de Potencia de RF	11 a 29 de dBmV AGC Administrado
Planitud	<? 0.75 45 - 862 MHz
SBC Frenar	>17 dBm
CNR	>50 dB @ 10 km la longitud de la fibra
CTB	< -63 dB
Las OSC	< -57 dB
Dimensiones	19 x 10 x 1.75 pulgadas
Peso	2.5 kg
Temperatura De Funcionamiento	0 - 45°C

Question and Answers

Question:
1) I'm looking for an RF over Glass solution to go about 4000' and I'm not sure what power output I need. 2) Yeah it’ll be a brand new run of single-mode, no breaks, point to point (minus the end point patch panels). There are no plans for other endpoints at this time. I would assume I just pair up the 4mW Tx with the F-RF-RX-RM and I’m good to go

Answer:
1) Is your application just point to point? Was the fiber installed recently? Is it Singlemode? Do you plan on adding more endpoints in the future? For 4000' our Rackmount 4mW optical Transmitter will be more then sufficient just by assuming there are no couplers and your application is a point to point; if that fiber goes through multiple patch panels and there is a lot of optical loss then we would have to calculate. But for a simple Transmitter and Receiver, the 4mW option should suffice with our receiver because the optical sensitivity in our receivers is also very good. Hopefully, that makes sense, If you'd like to discuss further or need a formal quote please let me know. 2) in this case 4mW Transmitter F-RF-TX-4 and R-RF-RX-RM would be sufficient for this distance, this is a link : https://thorbroadcast.com/product/4-mw-catv-rf-over-fiber-tx-45-870-mhz.html https://thorbroadcast.com/product/catv-rf-fiber-receiver-high-rf-power-rack-8230.html

Question:
1) I'm looking to run convert the RF signal from Spectrum Cable in Davenport FL from their curb access to our house which is about 600 feet away. 2) At this point, I’m not 100% sure. The intention is to split out there internet service through their cable modem and take the ethernet feed-thru an ethernet to fiber converter. Their normal TV channels are all that are needed for your RF to Fiber converter. I’m hoping to NOT even need that. hoping to be a “Cord Cutter” and view all TV channels/ video through the internet/TCP service. I’ll have access shed at the point of service near the road. Planning on running fiber from that to the house which is about 600 feet away. 3) The items below will do the trick. The receiver shows it driving 8 TV's. At this point, I can't imagine having that many in the main residence. In fact, I'm hoping to just have a total "cord-cutting" environment. Internet streaming and OTA (over the air) for local stations. I'm looking at your solution as a, just in case. I have not yet decided on whether the fiber will be single or multi-mode. That will be made when I decide on what the converters will need. Right not the basic need is POTs and Ethernet over fiber. It the actual distance is 500ft including the needed end slack a 1000 ft roll cut in two will provide me with 6 pair of fiber strands.

Answer:
1) I have a couple of of questions for you so I can get you the correct information. Does this feed you have to to include the internet as well? Or is this strictly CATV only? Do you have single mode fiber in place? 2) got it, we can help for both Ethernet over fiber and RF over fiber How many TV's are you planning to serve after the fiber optic RF receiver, We have 2 solutions available for a small amount of TV's and a solution for many TV's This is examples : Ethernet over fiber - point to point https://thorbroadcast.com/product/10-100-1000-mbps-fast-and-gigabit-ethernet-over-1-fiber-media-8230.html RF over fiber TX https://thorbroadcast.com/product/4-mw-catv-rf-over-fiber-tx-45-870-mhz.html RX https://thorbroadcast.com/product/catv-rf-fiber-receiver-high-rf-power-rack-8230.html or https://thorbroadcast.com/product/thor-optical-mini-catv-rf-transmitter-45-1000mhz.html https://thorbroadcast.com/product/thor-fiber-optical-mini-ftth-rf-catv-cable-tv-receiver-8230.html 3) The Pots and Ethernet will work on multimode; however RF will not, RF has to be on single-mode fiber, it won't work otherwise. So just keep that in mind when you put in the fiber.

Documentos

8 mW CATV RF Over Fiber Tx 45-870 MHz F-RF-1310-TX-8mW Manual

catv-rf-conversions-of-power-chart-75o-dbmv-dbuv-dbm-8230

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