RF plug connectors, RF receptacle connectors, and RF connectors

Abstract

We provide RF plug connectors, RF receptacle connectors, and RF connectors. [Solution] The present invention provides an RF plug connector 100 in which a plurality of plug partitions are divided according to rows and columns, comprising: a plug shielding wall that forms the plug partitions in a grid pattern; a plug body 120 disposed within the plug partitions; a plug pin 110 that connects to the plug body; and a plug shell that connects to the plug shielding wall, wherein the plug shielding wall comprises a plurality of first vertical walls disposed on either side of the plug pins, and a plurality of first horizontal walls that intersect the first vertical walls and are disposed on either side of the plug pins.

Claims

1. An RF plug connector in which multiple plug partitions are divided according to rows and columns, The plug partition is formed in a grid pattern by a plug shielding wall, A plug body disposed within the aforementioned plug partition, A plug pin that connects to the plug body, Includes a plug shell that connects to the plug shielding wall, The plug shielding wall includes a plurality of first vertical walls arranged on either side of the plug pin, a plurality of first horizontal walls arranged intersecting the first vertical walls and on either side of the plug pin, first projections protruding from the inner walls of the first vertical walls and the inner walls of the first horizontal walls, respectively, and second and third projections protruding from the outer surface. The plug body includes a first groove formed in a concave shape on its side, The first projection is positioned in the first groove, The plug shell includes a second groove in which the second projection is disposed, and a third groove in which the third projection is disposed, In the vertical direction, the positions of the first projection and the second projection are different from each other. The second groove is formed in a concave shape at the upper end of the plug shell, The third groove is formed in a concave shape at the lower end of the plug shell, and is an RF plug connector.

2. One of the first vertical walls is arranged to intersect with at least two of the first horizontal walls, The RF plug connector according to claim 1, wherein one of the first horizontal walls is arranged to intersect with at least two of the first vertical walls.

3. The two first vertical walls are arranged opposite each other with the plug pin in between, The two first side walls are arranged opposite each other with the plug pin in between, The RF plug connector according to claim 1, wherein the first vertical wall and the first horizontal wall are connected to each other so as to surround the plug pin.

4. The RF plug connector according to claim 1, wherein the plug shielding wall includes a body made of a resin material and a metal layer coated on the body.

5. The plug pin includes a first part that connects to the plug body, and a second part that is bent at the first part and includes a first contact surface. The RF plug connector according to claim 1, wherein the first contact surface is a flat surface.

6. An RF receptacle connector in which multiple receptacle partitions are divided according to rows and columns, The receptacle partition is formed in a grid pattern by a receptacle shielding wall, A receptacle body disposed within the aforementioned receptacle partition, A receptacle pin that connects to the receptacle body, The receptacle shell includes the receptacle shielding wall, The receptacle shielding wall includes a plurality of second vertical walls arranged on either side of the receptacle pin, a plurality of second horizontal walls arranged intersecting the second vertical walls and on either side of the receptacle pin, and a fourth projection protruding from the outer surface. The receptacle shell includes a hole in which the fourth projection is located. The hole is located at the lower end of the receptacle shell and penetrates the inside and outside of the receptacle shell, forming an RF receptacle connector.

7. One of the second vertical walls is arranged to intersect with at least two of the second horizontal walls, The RF receptacle connector according to claim 6, wherein one of the second horizontal walls is arranged to intersect with at least two of the second vertical walls.

8. The two second vertical walls are arranged opposite each other with the receptacle pin in between, The two second side walls are arranged opposite each other with the receptacle pin in between. The RF receptacle connector according to claim 6, wherein the second vertical wall and the second horizontal wall are connected to each other so as to surround the receptacle pin.

9. The receptacle body includes a fourth groove formed in a concave shape on its side, The RF receptacle connector according to claim 6, wherein a portion of the receptacle shielding wall is arranged in the fourth groove.

10. The RF receptacle connector according to claim 6, wherein the receptacle shielding wall is made of a metal material.

11. The receptacle pin includes a third part that connects to the receptacle body, and a fourth part that is bent at the third part and includes a second contact surface. The RF receptacle connector according to claim 6, wherein the second contact surface is a curved surface.

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