Connector with improved structure

Abstract

The invention provides a connector with an improved structure. The connector comprises a casing, a plurality of grounding units arranged in the casing, a plurality of signal units arranged in the casing and located among the grounding units after parallel connection, grounding connection members arranged on boards and a circuit board connected with grounding terminals and signal terminals and arranged at the bottom of the casing. Each grounding unit comprises a board and a plurality of grounding terminals, the grounding terminals are connected with each other and combined with the board, and each signal unit comprises a board and a plurality of signal terminals which are combined with the board. The connector with the improved structure can utilize mutual combination of the grounding units and the grounding connection members, electromagnetic wave interference can be effectively avoided when the connector performs signal transmission, and the connector has the advantages of being simple in structure, easy to assemble and good in transmission rate.

Description

technical field [0001] The present invention relates to a connector with improved structure, especially relates to the combination of the grounding unit and the grounding connector, so that the connector can effectively prevent electromagnetic wave interference during signal transmission, and achieve simple structure, easy assembly and relatively high transmission rate. The best functional connector structure. Background technique [0002] Press, commonly used electrical connectors (such as Figure 9 and 10 As shown), it includes a housing 6, the first and second pin holders 7, 7a respectively arranged in the housing 6 and supporting the grounding terminal 71, the first needle holders 7, 7a respectively arranged in the housing 6 and supporting the signal terminal 81 The third and fourth needle bases 8, 8a, a plurality of pins 90 passing through the housing 6 and inserted between the needle bases 7, 7a, 8, 8a and conducting with each ground terminal 71, and connecting each g...

AI Technical Summary

Problems solved by technology

[0003] However, since each ground terminal 71 of the connector is conductively connected to the conduction plate 91 by a plurality of pins 90, it will not only increase the difficulty of assembling each ground terminal 71, pins 90 and conduction plate 91, And when making each ground terminal 71 and assembling each pin 90 and conduction plate 91, all must have higher precision, just can make each pin 90 and conduction plate 91 pass through housing 6 and each The grounding terminal 71 conducts, and causes the shortcoming that has complex structure and not easy to assemble; Moreover, because each pin 90 passes through the both sides of shell 6 and each grounding terminal 71 conduction, and each grounding terminal 71 does not All connections (that is, the first two terminals and the rear two terminals are connected separately), so that the rear end of the connector forms an opening, which cannot effectively form a better shielding. Therefore, the connector cannot be effectively transmitted during signal transmission. Prevent the interference of electromagnetic waves, and then affect the transmission rate when it is used

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