Crosstalk-resistant connector

Abstract

An anti-crosstalk connector includes a base, a plurality of ground pins, and an outer ring metal member, wherein the ground pins pass through the base, the outer ring metal member surrounds the base, and the outer ring metal member contacts the ground pins; the anti-crosstalk connector ensures that there is sufficient space outside the base for fine-tuning the form of the contact between the outer ring metal member and the ground pins, thereby providing sufficient space to modify the physical characteristics of the anti-crosstalk connector's resonance, i.e., providing sufficient space to modulate the position of the specific frequency at which the anti-crosstalk connector resonates.

Claims

1. A crosstalk-resistant connector, comprising: A base; Multiple grounding pins extend through the base; An outer ring metal component surrounds the base and contacts the grounding pins; wherein the base includes: a first base having a first connecting surface and a first outer ring surface, wherein two opposite outer ring ends of the first outer ring surface are connected to two opposite connecting ends of the first connecting surface, and the first outer ring surface is recessed to form a first groove; a second base having a second connecting surface and a second outer ring surface, wherein two opposite outer ring ends of the first outer ring surface are connected to two opposite connecting ends of the first connecting surface, and the second outer ring surface is recessed to form a second groove; wherein the first connecting surface of the first base is connected to the second connecting surface of the second base, and the outer ring metal component surrounds the base along the first groove of the first base and the second groove of the second base.

2. The crosstalk-resistant connector as described in claim 1, wherein, The first base also has a first top surface and a first bottom surface, the first top surface and the first bottom surface being opposite each other, and the periphery of the first top surface of the first top surface being connected to the first connecting surface and the first outer ring surface, and the periphery of the first bottom surface of the first bottom surface being connected to the first connecting surface and the first outer ring surface; wherein, the second base also has a second top surface and a second bottom surface, the second top surface and the second bottom surface being opposite each other, and the periphery of the second top surface of the second top surface being connected to the second connecting surface and the second outer ring surface, and the periphery of the second bottom surface of the second bottom surface being connected to the second connecting surface and the second outer ring surface; wherein, the grounding pins include: a plurality of first grounding pins, respectively penetrating the first top surface and the first bottom surface of the first base; and a plurality of second grounding pins, respectively penetrating the second top surface and the second bottom surface of the second base.

3. The crosstalk-resistant connector as described in claim 2, wherein, The outer ring metal component includes a plurality of first contact pins and a plurality of second contact pins; wherein the first contact pins respectively contact the first grounding pins, and the second contact pins respectively contact the second grounding pins.

4. The crosstalk-resistant connector as described in claim 2, wherein, The outer ring metal component includes: a first outer ring metal component having a plurality of first fasteners and a plurality of first contact pins; a second outer ring metal component having a plurality of second fasteners and a plurality of second contact pins; wherein the first fasteners and the second fasteners are mutually matched and mutually locked together; wherein the first contact pins respectively contact the first grounding pins, and the second contact pins respectively contact the second grounding pins.

5. The crosstalk-resistant connector as described in claim 3 or 4, wherein, The first outer ring surface of the first base is further formed with a plurality of first grounding pin grooves, each of the first grounding pin grooves exposing each of the first grounding pins, and the first contact pins extending into the first grounding pin grooves to contact the first grounding pins in the first grounding pin grooves; wherein, the second outer ring surface of the second base is further formed with a plurality of second grounding pin grooves, each of the second grounding pin grooves exposing each of the second grounding pins, and the second contact pins extending into the second grounding pin grooves to contact the second grounding pins in the second grounding pin grooves.

6. The crosstalk-resistant connector as described in claim 3 or 4, wherein, Each of the first contact pins and each of the second contact pins presents a hook-shaped structure, the hook-shaped structure including a straight portion and a curved portion connected together; wherein, the straight portion of the hook-shaped structure of each of the first contact pins is attached to the first base, and the curved portion of the hook-shaped structure of each of the first contact pins contacts one of the first grounding pins; wherein, the straight portion of the hook-shaped structure of each of the second contact pins is attached to the second base, and the curved portion of the hook-shaped structure of each of the second contact pins contacts one of the second grounding pins.

7. The crosstalk-resistant connector as described in claim 2, further comprising: A housing having an internal space; wherein the base and the outer ring metal component are disposed in the internal space; a plurality of first signal pins penetrating the first top surface and the first bottom surface of the first base; a plurality of second signal pins penetrating the second top surface and the second bottom surface of the second base.

8. The crosstalk-resistant connector as described in claim 1, wherein, The first connecting surface of the first base has a first pleated structure, and the second connecting surface of the second base has a second pleated structure. The first pleated structure and the second pleated structure are matched with each other. When the first connecting surface and the second connecting surface are combined, the first pleated structure of the first connecting surface is sleeved and combined with the second pleated structure of the second connecting surface, so as to be detachably combined.

9. The crosstalk-resistant connector as described in claim 1, wherein, The outer ring metal component includes: a first outer ring metal component having a plurality of first fasteners and a plurality of first contact pins; a second outer ring metal component having a plurality of second fasteners and a plurality of second contact pins; wherein the first fasteners and the second fasteners are mutually matched and mutually locked together; wherein the first contact pins and the second contact pins respectively contact the grounding pins.

Images