Thor F-RF-1310-TX-4MW CATV RF Over Fiber Transmitter

The Thor 4MW 1310nm CATV RF Over Fiber Optic Transmitter is a top - notch device for handling Television RF signals from 45 - 870 MHz. It directly converts incoming RF signals in this band to optical RF, allowing all channels and programs to be transported over a single fiber. Ideal for both point - to - point and point - to - multipoint applications when combined with PLC couplers and fiber optic splitters. It outputs industry - standard RFoG signals that most other manufacturers' fiber optic RF receivers can accept. The easy - to - read front - panel LCD offers information and alarm data, simplifying configuration. This transmitter features a highly linear DFB laser with automatic adjustment circuitry and Automatic Gain Control. An optional second internal Power Supply Unit enhances reliability. Key features include a 4mW laser optics for an optical output power of at least +3 dBm, temperature - controlled optics for consistent power output, broadband RF response for full - lineup TV RF transport, and the ability to transport any channels in the 45 - 870 MHz broadband range. Technical specs: Laser Power 4mW, Optical Power > +3.5 dBm, Fiber Connector SC/APC, RF Input Power 19 - 21 dBmV, RF Connector Type - F 75 Ohm, Power Input 120 - 240 VAC, Power Rating 50W, Dimensions 19 x 10 x 1.75 IN, Temperature range - 5 - 65 C. It comes with an optical transmitter, a US power cable, and a user manual.

Using the Thor 4MW 1310nm CATV RF Over Fiber Optic Transmitter is straightforward. First, connect the RF input cable to the Type - F 75 Ohm RF connector. Then, attach the fiber optic cable to the SC/APC fiber connector. Plug the power cable into a 120 - 240 VAC power source. The front - panel LCD will show useful information and alarm data. For point - to - multipoint applications, you can connect PLC couplers and fiber optic splitters. When it comes to maintenance, keep the device in a clean and dry environment within the temperature range of - 5 to 65 C. Check the connections regularly to ensure they are secure. If you opt for the second internal Power Supply Unit, make sure it is functioning properly. Always refer to the user manual for detailed instructions and troubleshooting tips.