TH2001000855A - light splitter set - Google Patents

Abstract

This invention will provide an optical splitter assembly. This splitter set has a closed part. and a uniform optical splitter and a non-uniform optical splitter are arranged in the closed section, multiple optical inlets and multiple optical outlets are arranged on the closed section, and a fiber modulator is arranged. on the light output optical inlet, uniform optical splitter, irregular optical splitter and channel The light output is coupled so that a light path is created between the light inlet and outlet. By using uniform optical splitter and irregular optical splitter. The light inlet will be connected to the end. at least one of the optical input end of the uniform optical splitter and the optical input end of Irregular light splitter and the fiber modulator on the optical output is connected to the end at least one among the light-emitting end of a uniform optical splitter and the light-emitting end of the optical isolator. uneven This type of splitter may be used in conjunction with optical fiber cables having an optical fiber connector at one end, so the output power of each optical output port may be configurable. Flexibility based on distribution status to users while providing plug-and-play installation. You can take it too. in like this Not only can it cover long distances, the optical signal resources will not be lost and can cover a large number of users.

Claims (15)

1. Optical splitter set The optical splitter consists of a cover and a splitter. uniform and uneven optical splitter, which is arranged in the enclosing or light splitter It consists of a cover and an irregular optical splitter arranged in that cover, where multiple optical inlets and optical outlets are arranged on the cover and fiber modulators are arranged. put it on the light output hole; optical inlet, uniform optical isolator, irregular optical isolator and optical outlet. are coupled so that a light path is created between the optical inlet and outlet using a Uniform light splitter and irregular light splitter; or optical inlet, uneven optical splitter and the optical outlet is connected so that a light path is created between the optical inlet and outlet. of light using a non-uniform optical splitter; and the optical inlet shall be connected to at least one of the optical inlet ends of The uniform optical splitter and the light import end of the irregular optical splitter and a fiber adjuster on the channel The optical output is connected to at least one of the optical output ends of the optical splitter. uniform and uneven light output end of the optical splitter 2. An optical splitter unit according to claim 1, where the fiber modulator is positioned on the optical inlet. 3. Optical splitter assemblies 1 or 2, with one end belonging to the fiber modulator. and which are outside the cover are bonded and connected in a detachable manner to the external optical fiber connector. 4. Optical splitter set according to one of claims 1 to 3 where one end belonging to The thread adjuster and which are inside the closure are bonded and connected in a detachable manner to the coupler. internal optical fiber 5. Optical splitter set according to one of claims 1 to 4 where the optical splitter is uniform At least one is connected between the optical output end of the irregular optical splitter and the light outlet 6. Optical isolator unit according to Claim 5, where the optical outlet is combined with an outlet. one first light output and at least two second light outputs and the fiber adjuster is positioned on each optical output of either the first optical output and the second optical output; The irregular optical splitter is composed of one optical input end, one optical output end. at the first and second end sends out light; The uniform optical splitter consists of a second optical input end and an optical output end. at least two thirds and the number of the third output end is equal to the number of the second output end; The optical inlet is connected to the first optical input end; The first optical output end is connected to a fiber modulator on the first optical output port; and the second output end is connected to the second output end. and the third light output end It is connected to a fiber modulator on the second optical output under one-to-one coherence. 7. Optical splitter assembly according to claim 6, where optical fiber splices can be positioned on the lead end. The first light and is bonded and connected in a detachable manner to the fiber adapter on the optical inlet. where the optical fiber splice is positioned on the first output end and is bonded and connected in Detachable style with fiber adjuster on the first optical outlet and the optical fiber splice will be positioned on the third output end and is bonded and connected in a detachable manner to the fiber adapter. on the second light output 8. Optical splitter assembly according to claim 6 or 7 where the optical fiber splicer can be positioned on the end. Second optical output, the optical fiber splicer can be placed on the second optical input end and the cover is also assembled. Includes one fiber adapter which is configured to bind and connect the optical fiber connector on the end. a second optical output with an optical fiber connector on the second optical input end in a detachable manner; Alternatively, an optical fiber is positioned on the second output end, an optical fiber is positioned on the second output end, and an optical fiber on the second output end and an optical fiber on the conducting end. Entering the second light will continue to be cut. 9. One set of optical splitters according to claims 6 to 8. where the output optical power of the tip The first light output will be greater than the light output of the second light output end. 10. Optical splitter assemblies pursuant to claims 1 to 9, either where the optical splitter is uniform At least one of them can be connected between the optical inlet and the optical inlet end of the intermittent optical splitter. 11. Optical isolators according to claims 1 to 10, with at least One channel is connected to the optical output end of at least one non-uniform splitter. 12. Optical isolator assembly according to claim 11, with some light-emitting end of the optical isolator not At least one constant current will be connected to the optical output. and the light output end of the optical splitter The non-uniform polarity which is connected to the optical output port will be the optical output end which has the optical power output. Relatively high in the optical output end of the optical splitter is uneven; or the whole output end of the light. At least one non-uniform optical splitter is connected to the optical output under the Corresponding one by one 13. Optical splitter assemblies pursuant to claims 1 to 12, either where the uneven optical splitter At least one is connected between the optical output end of the uniform optical splitter and the optical output hole. 14. Optical splitter assemblies pursuant to claims 1 to 13, one of where the uneven optical splitter At least one is connected between the optical inlet and the optical inlet end of a uniform optical splitter. 15. Optical splitter assemblies pursuant to claims 5 to 9, either where the end outputs all light of at least one uniform optical splitter shall be connected to the optical output under Corresponding one by one