Jumper wire connector suitable for six class standard

Abstract

This invention provides a wire jumper connecting component suitable for six standards including a RJ45 plug characterizing in also including a CB and eight conductors, the routing on the CB is designed simulating twisted-pair, eight touch plate connection holes are arrayed on one end of the CB orderly, the eight touch plates of the RJ45 connector are welded in said holes, eight conductor connector holes are arrayed in sequence at the other end of the CB, one end of the conductor is fixed in the connection holes, the other end of the conductor is a pierce end for piercing the insulation layer of the communication cable and clutching the lead in it, said conductors are connected with the eight touch plates of the RJ45 connector by distribution on the CB.

Description

technical field [0001] The jumper connection assembly involved in the present invention, that is, the jumper connection assembly for network wiring, particularly relates to a jumper connection assembly conforming to the sixth category (Category 6) standard of EIA / TIA. Background technique [0002] With the development of technology and the needs of the practical application of Ethernet, the working group of the American Telecommunications Industry Association (TIA) announced the six types of integrated wiring system standards in June 2000 (ANSI / TIA / EIA-568-B .2-1). The channel bandwidth of the six-category standard has been expanded from 100MHz of the super-category five to 200MHz, and the performance requirements are at least 25% higher than that of the super-category five standard, and it is stipulated that the frequency range of the six-category product and system performance test should be within 1 ~250MHz. The biggest difference between Category 6 and Category 5e stan...

AI Technical Summary

Problems solved by technology

Therefore, the model composed of communication cables, sockets and distribution frames often meets the six permanent link standards, but when connecting the RJ-45 jumper connector (PLUG) for channel (Channel) performance test, the jumper The interference of the connector part is too large, so that the overall system often fails to meet the requirements of the six types of standards

[0005] In view of this, for six types of RJ-45 jumper connectors, although internationally renowned large companies use various designs inside the connector to optimize the balance between cross-pairs to reduce crosstalk and electrical signal interference, but the connection The method cannot break through the connection method of the RJ-45 type connector jumper over Category 5, that is, the contacts of the RJ-45 type connector are connected to the crossover wire (also known as the twisted pair)

Such a connection method can only optimize the relative balance between the crossover wire pairs, but cannot ensure the stability of the processing technology at the connection between the internal contacts of each connector and the crossover wires, so that the near-end crosstalk (NEXT) performance cannot be good. Performance

And such a jumper can only be produced in the factory, and the necessary testing equipment is required to ensure that it cannot be operated on the construction site

According to the information, the jumpers of famous large companies must be tested by testing equipment, because it cannot guarantee that each jumper meets the requirements of the six categories, and there is a certain rate of failure. The reason why the cost of the six categories of jumpers cannot be reduced is also here

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