TWM519850U - RF cable end connector - Google Patents

Abstract

A RF cable end connector having an insulator, center terminal and shielding terminal is provided. The rear end of the insulator has at least one pressing insulating protrusion. The shielding terminal may crimp coaxial cable outer conductor and coaxial cable jacket, and bend the pressing insulating protrusion for pressing coaxial cable center conductor to connect the center terminal electrically and to isolate the shield terminal and the coaxial cable center conductor.

Description

RF line connector

This creation provides a connector, especially an RF line end connector for coaxial cable.

In recent years, RF line connectors have been widely used in various mobile communication products. However, in response to the development of mobile communication products, the size of RF line connectors has been continuously reduced, so The influence of the wire end connector will not only increase the processing difficulty, but also weaken the structural strength.

In particular, if the RF line end connector is continuously downsized, it is difficult to have sufficient strength to fit the mating RF board end connector, resulting in the RF line end connector being multi-fitted, The construction of the RF board end connector will be permanently deformed. Moreover, as the number of times of fitting increases, the amount of permanent deformation of the RF wire end connector twisting structure increases correspondingly, so that the fitting force provided to the RF board end connector continues to decrease, thereby affecting the RF line end connector. The reliability of the finished product.

In general, the RF line end connector includes a center terminal and a shield terminal. Wherein, the central terminal is electrically connected to the center conductor of the coaxial cable (ie, the known core wire) for transmitting the electrical signal of the center conductor, and the shielding terminal is for abutting with the outer conductor of the coaxial cable. Ground signal used to transmit the external conductor. In order to avoid the short circuit between the electrical signal and the ground signal, the structure of the RF line end connector for abutting the center conductor and the outer conductor of the coaxial cable is usually disposed on the center terminal and the shielding terminal respectively, so that The two-stage termination process can complete the abutment between the center conductor of the coaxial cable and the external conductor, which is one of the main reasons why the current RF line end connector and the coaxial cable can not be effectively simplified.

In addition, the L-type RF line end connector is widely used in the industry, and the center of the coaxial cable is pressed against the middle portion under the buckle body (also referred to as the PLUG case). Such a design will result in an RF line end connector. The height dimension is difficult to reduce.

For the industry, how to design a RF line-end connector that is easy for customers to process and is short and short for use in current mobile communication products is an urgent and unavoidable issue.

In view of the above-mentioned shortcomings of the prior art, the present invention provides an RF line end connector, one end of which can be fitted with an RF board end connector, and the other end of which can be riveted with a coaxial cable. The RF line end connector has a connector insulator, a connector center terminal, and a connector shield terminal. A front end of the connector insulator protrudes from the hollow fitting column, and an inner insulating block, an insulating outer pressing block and an insulating outer protrusion protrude from the rear end to form a through space and a through opening. The through hole is located on one side of the wearing space, and is separated from the insulating outer bump and the outer insulating pressing block. The connector center terminal is embedded in the connector insulator, and the terminal contact portion and the conductor abutting portion are respectively disposed at the front and rear ends. The terminal contact portion exposes a hollow portion of the hollow fitting column. The conductor abutting portion exposes the wearing space. The center conductor of the coaxial cable can pass through the through hole and penetrate into the through space of the connector insulator and above the conductor abutting portion. The connector shielding terminal has a buckle body, an insulator staking portion, a conductor staking portion, and a rubber staking portion. A buckle system extends around the periphery of the hollow fitting post and maintains a clearance with the hollow fitting post to form a first structure for fitting the RF board end connector. After receiving the riveting force, the insulator riveting portion can be riveted into the second structural body with the connector insulator, and the insulative inner pressing block and the outer insulating pressing block are bent inwardly and deformed, and the coaxial cable located in the wearing space is pressed. The center conductor electrically connects the center conductor of the coaxial cable to the conductor abutting portion. After receiving the riveting force, the conductor riveting portion and the rubber riveting portion can be respectively integrated with the outer conductor of the coaxial cable and the outer rubber. The first structural body and the second structural body are spaced apart from each other by a gap, and the size of the gap is smaller than a deformation amount of the buckle body laterally plastically deformed, and the lateral direction of the buckle body is not easy. Permanent deformation occurs after multiple fittings.

Alternatively, the insulating inner pressing block provided with the rear end of the connector insulator may be omitted. The height of the top surface of the insulating outer bump is substantially equal to or smaller than the height of the inner surface of the insulating inner pressing block and the outer insulating pressing block, which is bent or deformed to avoid interference with the outer portion of the insulating portion and the outer pressing portion of the insulating portion. The bending of the block. The conductor rivet portion and the rubber rivet portion may be optionally disposed separately or as a unitary body. The inner wall surface of the conductor riveting portion and the rubber riveting portion are respectively provided with an embossed structure, and the outer conductor and the outer rubber of the coaxial cable are respectively clamped to increase the holding force of the outer conductor and the outer rubber, respectively. The root of the buckle body has a positioning structure for positioning the connector insulator, and the positioning structure may be a wall of the buckle body for contacting the inner wall of the insulating inner pressing block and the outer insulating pressing block, or may be the root of the buckle body A positioning portion for the outwardly protruding side wall of the connector insulator is passed through the positioning hole.

Alternatively, the wall surface of the rear end edge of the connector insulator may limit the insulation of the coaxial cable through the through opening to enter the through space of the connector insulator. The connector insulator is located at a position between the terminal contact portion and the conductor abutting portion to provide a retaining wall, and the center conductor of the coaxial cable is provided with a stop function to prevent the center conductor from being excessively placed in the direction of the terminal contact portion.

Optionally, the central terminal of the connector is provided with an inner pressing block and an outer pressing block. When the inner insulating block and the outer insulating block are bent and deformed, the inner pressing block and the outer pressing block of the terminal may be respectively pressed and pressed. The center conductor of the coaxial cable that penetrates the space electrically connects the center conductor of the coaxial cable to the conductor abutting portion.

Compared with the prior art, the RF line end connector of the present invention can complete the riveting of the outer conductor and the outer rubber of the coaxial cable by one end of the connector shielding terminal, and can also be extended to the connection. The pressing block at the rear end of the insulator is bent and deformed, and the central conductor of the coaxial cable is indirectly pressed, thereby completing the electrical connection between the central conductor of the coaxial cable and the central terminal of the connector, and electrically isolating the connector shielding terminal and the coaxial cable. Center conductor. This design can effectively reduce the height dimension of the RF line end connector to meet the current trend of thin and light RF connector.

The technical content of the present invention is described below by way of specific embodiments, and those skilled in the art can easily understand other advantages and effects of the present invention by the contents disclosed in the present specification. This creation can also be implemented or applied by other different embodiments. The details of the present specification can also be modified and changed without departing from the spirit of the present invention.

In order to make the RF line end connector compact and easy to manufacture, it meets the requirements of the current industry for RF line end connectors, and can be used in various mobile communication products. The present invention provides a new type of RF wire end connector for fitting with an RF board end connector, and riveting a coaxial cable, which is a curved structure of a block structure that protrudes upward through the rear end of the insulator. Folding, in one end of the process, the center terminal and the center conductor of the coaxial cable are abutted, and the connector shielding terminal is respectively riveted to the outer conductor and the outer rubber, so that the creation can effectively simplify the RF The bonding procedure of the wire end connector and the coaxial cable. In addition, the abutment position of the original RF line end connector and the coaxial cable center conductor is not below the buckle body, so the height dimension can be effectively reduced.

In this regard, please refer to FIG. 1 to FIG. 11 , which are schematic diagrams of the RF line end connector of the first embodiment of the present invention. As shown in the drawings, the RF line end connector 1 of the present invention can be used to join a coaxial cable 2 by riveting or the like to form a circuit for electrical signal transmission. The RF line end connector 1 mainly includes a connector insulator 11, a connector center terminal 12, and a connector shielding terminal 13. The connector center terminal 12 and the connector shielding terminal 13 may be made of a metal material having electrical conductivity and formed by a stamping method, and subjected to a plating treatment on the surface to increase the conductive effect of the terminal and avoid oxidation. The root of the connector shielding terminal 13 can be connected with the metal strip to facilitate the group end operation of the RF line end connector and subsequent terminal work.

The connector center terminal 12 can be embedded in the connector insulator 11 by a method such as assembly or burying. The terminal contact portion 121 and the conductor abutting portion 122 are respectively provided at the front and rear ends of the connector center terminal 12. The terminal contact portion 121 is a two-piece upright spring body for clamping the center terminal of the RF board end connector with which it is mated for electrical connection. Alternatively, the terminal contact portion 121 may also be formed by a C-shaped elastic body or a plurality of circular elastic bodies. The conductor abutting portion 122 exposes the through space 114 of the connector insulator 11 for electrically abutting the center conductor 21 of the coaxial cable entering the wearing space 114. The conductor abutting portion 122 can be designed outside the design of the flat plate, but not limited thereto, the structural design that can electrically abut the central conductor 21 of the coaxial cable can be used for the conductor abutting portion 122. For example, the conductor abutting portion 122 may also adopt a structural design of a semi-cylindrical, rectangular or trapezoidal column or other irregular shape.

The connector insulator 11 described above may be made of a plastic material. A hollow fitting post protrudes from a front end of the connector insulator 11, and the terminal contact portion 121 exposes a hollow portion of the hollow fitting column. The outer wall surface of the hollow fitting post of the connector insulator 11 also has at least one locating portion 116 that protrudes outwardly from the airfoil shape to provide an assembled position with the connector shielding terminal 13. The rear end of the connector insulator 11 has an insulating inner pressing block 111, an insulating outer pressing block 112 and an insulating outer protrusion 113 protruding upward to form a through space 114. The wearing space 114 is formed by an insulating inner pressing block 111, an insulating outer pressing block 112, and an insulating outer bump 113. As shown in FIG. 5, the insulating inner pressing block 111 and the insulating outer pressing block 112 are disposed on both sides of the connector insulator 11 and are staggered to avoid interference deformation with each other when the force is bent. However, in other embodiments of the present invention, the insulating inner pressing block 111 and the insulating outer pressing block 112 can be respectively disposed on the same side of the connector insulator 11 without interfering with each other, and should not be described above. Content as a limitation.

As shown in FIG. 2, the connector insulator 11 forms a cross-sectional shape of the rear end edge of the insulating outer bump 113 and the outer insulating pressing block 112, which is approximately "inverted" in shape, thereby forming a center conductor for the coaxial cable to pass through. The opening 115 of the space 114 is provided. The through opening 115 is located on one side of the through space 114 and separates the insulating outer bump 113 from the insulating outer pressing block 112. In addition, the wall surface of the rear end edge of the connector insulator 11 can provide a stop for the insulator 22 of the coaxial cable 2 to restrict the insulator 22 of the coaxial cable 2 from entering the connector insulator 11 through the through hole 115. 114. The connector insulator 11 is further provided with a retaining wall 117 at a position between the terminal contact portion 121 and the conductor abutting portion 122, which provides a stop function to the center conductor 21 of the coaxial cable 2, and prevents the center conductor 21 from facing the terminal contact portion. The direction of 121 is excessively inserted, and the center conductor 21 that is over-inserted can be effectively avoided. When the RF line end connector is fitted with the RF board end connector, the outer conductor of the RF board end connector may be short-circuited. possibility.

The connector shielding terminal 13 has a buckle body 131, an insulator caulking portion 132, a conductor caulking portion 133, and a rubber caulking portion 134. As shown in FIG. 4, the connector insulator 11 in which the connector center terminal 12 is embedded may be laterally assembled to the buckle body 131. Then, the buckle body 131 can be bent by the joint portion of the connector shielding terminal 13 to form the first structure body 135 for fitting with the mating RF board end connector as shown in FIG. 5. In FIG. 5, the buckle body 131 of the first structure body 135 extends around the periphery of the hollow fitting column at the front end of the connector insulator 11, and the wall surface of the buckle body 31 has a slot and maintains a certain gap with the connector insulator 11, but The RF board end connector can be smoothly fitted to the first structure body 135 when subjected to the pressing force of the RF board end connector. In the present invention, the wall surface of the buckle body 131 may be formed with a notch to form a C-shaped buckle body. However, a plurality of notches may be formed and a plurality of sheet-like bodies may be formed.

The root of the buckle body 131 has a positioning structure 1311 for positioning the connector insulator 11, and provides positioning for the assembled connector insulator 11. The positioning structure 1311 can be formed on the root of the buckle body 131 for contacting the insulating inner pressing block 111 and the insulating outer pressing block 112, or can be formed on the root of the buckle body 131 for the side wall of the connector insulator 11 to be outward. The protruding positioning portion 116 is inserted through the positioning port 1312, see FIG.

After receiving the riveting force, the insulator riveting portion 132 can be riveted to the rear end of the connector insulator 11 into the second structure body 136 as shown in FIG. 7, and the insulative inner pressing block 111 of the connector insulator is forced to be pressed against the outside. The block 112 is bent or deformed inwardly, as shown in FIGS. 9 and 10, and further presses the center conductor 21 of the coaxial cable in the through space, so that the center conductor 21 of the coaxial cable and the conductor abutting portion 122 are electrically resisted. Pick up. At this time, the insulative inner pressing block 111 and the outer insulating pressing block 112 are sandwiched between the connector shielding terminal and the center conductor 21 of the coaxial cable, and the electrically isolating connector shielding terminal and the center conductor 21 of the coaxial cable are An electrical short circuit between the connector shielding terminal and the center conductor 21 is avoided. Therefore, the abutment position of the RF line end connector of the present invention and the center conductor of the coaxial cable is at the rear end of the connector insulator, and not under the buckle body, so that the overall height dimension of the RF line end connector can be effectively reduced.

Furthermore, the height of the top surface of the insulating outer bump 113 is substantially equal to or smaller than the height of the top surface of the insulating inner pressing block 111 and the insulating outer pressing block 112 after bending deformation or breaking to avoid interference with the insulator riveting portion 132. After the inner pressing block 111 and the insulating outer pressing block 112 are bent, the insulating inner pressing block 111 and the insulating outer pressing block 112 are bent, and the center conductor 21 of the coaxial cable located in the wearing space 114 can be smoothly pressed. Further, the connector insulator 11 may also omit the provision of the insulating inner pressing block 111, and the insulating outer pressing block 112 may press the center conductor 21 of the coaxial cable in the through space 114.

In the RF line end connector of the present invention, when the first structure body 135 is fitted with the RF board end connector, the buckle body 131 can be laterally deformed by the compression of the RF board end connector, and then deformed by the lateral direction. The generated elastic restoring force provides a fitting force between the buckle ring of the buckle body 131 and the corresponding concave ring of the RF board end connector, that is, the fitting retention force is provided to the fitted RF board end connector. To maintain the fitting of the first structural body 135 and the RF board end connector.

In other words, when the first structure body 135 is fitted with the RF board end connector, since the buckle body 131 has a slot, the buckle ring can be laterally opened by the RF ring end connector recess ring. If the opening amount of the buckle ring is within the plastic deformation range of the buckle body 131, the buckle body 131 can substantially restore the original shape and substantially maintain the original elasticity after the fitting with the RF board end connector is released; However, if the amount of expansion of the buckle ring exceeds the plastic deformation range of the buckle body 131, the buckle body 131 will be permanently deformed, resulting in a decrease in the fitting strength of the RF board end connector, and the number of times of fitting The increase in chimerism continues to decline. That is, if the lateral direction of the buckle body 131 has been plastically deformed, the elastic restoring force that can be provided continues to decrease as the number of times of fitting increases, and the first structural body 135 and the RF plate end cannot be effectively maintained. The design value of the fitting force of the connector.

In this case, in the present creation, as shown in FIG. 8, the adjacent portions of the first structural body 135 and the side of the second structural body 136 are designed to be separated by a gap H, and the size of the gap H can be designed to be smaller than The deformation amount of the buckle body 131 is plastically deformed laterally. Thus, the second structure body 136 can provide lateral deformation of the buckle body 131 before the plastic deformation of the buckle body 131 is laterally formed to avoid buckles. The lateral direction of the ring body 131 is permanently deformed. Therefore, the presence of the gap H can effectively reduce the lateral deformation of the buckle body 131 after being used for a plurality of times, and the insertion of the buckle body 131 to the RF board end connector after the RF line end connector is multi-fitted. The retention can also maintain a certain level.

In addition, by adjusting the gap H between the adjacent sides of the first and second structural bodies 135, 136, the degree of lateral deformation of the buckle body 131 by the pressing force can be adapted, thereby effectively adjusting the first The size of the mating force that the structure 135 can provide for the RF board end connector. The adjustment of the gap H can be easily accomplished by changing the buckle body 131 at the bent portion of the body of the connector shielding terminal 13.

As shown in FIG. 11, the conductor caulking portion 133 and the rubber caulking portion 134 are respectively riveted and integrated with the outer conductor 23 and the outer rubber 24 of the coaxial cable 2 after receiving the caulking force. Optionally, one or more embossed structures 1331 and 1341 are respectively disposed on the inner wall surface of the rubber staking portion 133 and the rubber staking portion 134, and the outer conductor 23 and the outer rubber 24 are respectively clamped to respectively increase the pair The holding force of the outer conductor 23 and the outer rubber 24 enhances the strength of the tensile force of the RF cable end connector after engaging the coaxial cable. In the embodiment shown in FIG. 11, although the conductor rivet portion 133 and the rubber rivet portion 134 are designed as a clip structure, it should not be limited thereto, and the conductor rivet portion 133 may be actually The rubber rivet 134 is designed to have two wire clip structures that are separated.

It should be noted that, in the present invention, the insulator riveting portion 132, the conductor riveting portion 133 and the rubber riveting portion 134 can be riveted together in one end of the process by the upper and lower die of the hitting machine. The riveting of the center conductor 21, the outer conductor 23, and the outer rubber 24 of the coaxial cable 2 is completed separately, which can effectively simplify the bonding procedure between the RF line end connector and the coaxial cable. Even the design of the tape can be used to perform a continuous process.

Please refer to FIG. 12 to FIG. 16 together for a schematic diagram of the RF line end connector of the second embodiment. As shown in the figures, the main difference between the present embodiment and the above embodiment is that the connector center terminal 12 is staggered with the terminal inner pressing block 123 and the terminal outer pressing block 124 on both sides of the conductor abutting portion 122, thereby increasing The area in electrical contact with the coaxial cable center conductor 21. As shown in FIG. 13 and FIG. 14, the in-terminal pressing block 123 and the terminal outer pressing block 124 respectively abut against the insulating inner pressing block 111 and the insulating outer pressing block 112, and face the center conductor of the coaxial cable located in the through space. twenty one. As shown in FIG. 15 and FIG. 16, the insulator caulking portion 132 can respectively pass through the bent terminal inner pressing block 123 and the terminal outer pressing block 124 when the insulating inner pressing block 111 and the insulating outer pressing block 112 are bent and deformed. The center conductor 21 of the coaxial cable located in the installation space 114 is pressed, and the center conductor 21 of the coaxial cable is electrically abutted against the conductor abutting portion 122. In addition, the in-terminal pressing block 123 and the terminal outer pressing block 124 may also choose to omit the setting of one of them, and one of them presses the center conductor 21 of the coaxial cable in the wearing space 114.

In summary, the RF wire end connector of the present invention, the connector shielding terminal can indirectly force the center terminal and the coaxial cable through the bending of the block structure protruding upward through the rear end of the insulator during one end of the process. The abutment of the center conductor. The insulator block structure also separates the connector shielding terminal from the center conductor of the coaxial cable, thereby preventing electrical signal short circuit between the center conductor and the outer conductor of the coaxial cable. In addition, the abutment position of the original RF end connector and the coaxial cable center conductor is not under the buckle body, so the height dimension can be effectively reduced, and the design trend of today's light and thin is small.

The above embodiments are merely illustrative of the principles and effects of the present invention and are not intended to limit the present invention. Any person skilled in the art can modify and change the above embodiments without departing from the spirit and scope of the present invention. Therefore, the scope of protection of this creation should be as listed in the scope of the patent application described later.

1‧‧‧RF line connector
11‧‧‧Connector insulator
111‧‧‧Insulated inner pressing block
112‧‧‧Insulated outer pressing block
113‧‧‧Insulated outer bumps
114‧‧‧With space
115‧‧‧ wearing a mouth
116‧‧‧ Positioning Department
117‧‧ ‧ retaining wall
12‧‧‧Connector center terminal
121‧‧‧Terminal contact
122‧‧‧ conductor abutment
123‧‧‧In-terminal pressing block
124‧‧‧External pressing block
13‧‧‧Connector shielding terminal
131‧‧‧ buckle body
1311‧‧‧ Positioning structure
13111‧‧‧ wall
13112‧‧‧ positioning port
132‧‧‧Insulator riveting
133‧‧‧Conductor riveting
1331‧‧‧ embossed structure
134‧‧‧ Rubber riveting
1341‧‧‧ embossed structure
135‧‧‧First structure
136‧‧‧Second structure
2‧‧‧Coaxial cable
21‧‧‧Center conductor
22‧‧‧Insulator
23‧‧‧External conductor
24‧‧‧ outer rubber

FIG. 1 is a schematic view showing a first embodiment of a center terminal of the authoring RF line end connector.

2 is a schematic view of a first embodiment of an insulator of the RF terminal connector of the present invention, wherein the insulator shown in FIG. 2 is embedded with a center terminal.

FIG. 3 is a schematic view showing a first embodiment of a shielded terminal of the RF line end connector of the present invention.

FIG. 4 is a first schematic view showing the first embodiment of the RF terminal connector of the present invention, in which the insulator is embedded in the shielding terminal.

FIG. 5 is a schematic view showing a second state of the first embodiment of the present invention, in which the insulator is embedded in the shielding terminal.

FIG. 6 is a schematic view showing the first embodiment of the inventive RF line end connector, in which the center conductor of the coaxial cable is inserted into the insulator.

FIG. 7 is a schematic structural view of the wire end connector shown in FIG. 6 after riveting the coaxial cable.

Fig. 8 is an enlarged view of a region indicated by the structural symbol C shown in Fig. 7.

Figure 9 is a cross-sectional view of the structure shown in Figure 7 taken along line AA, wherein the outer pressing block shown in Figure 9 is bent and deformed.

Figure 10 is a cross-sectional view of the structure shown in Figure 7 taken along line A'A', wherein the insulating inner pressing block shown in Figure 10 is bent and deformed.

Figure 11 is a cross-sectional view of the structure shown in Figure 7 taken along line BB.

Figure 12 is a schematic view showing a second embodiment of the center terminal of the authoring RF line end connector.

Figure 13 is a schematic view showing a second embodiment of the insulator of the RF terminal connector of the present invention, wherein the insulator shown in Figure 13 is embedded with a center terminal.

FIG. 14 is a schematic view showing the second embodiment of the inventive RF line end connector, in which the center conductor of the coaxial cable is inserted into the insulator.

FIG. 15 is a schematic structural view of the second embodiment of the present invention, in which the coaxial cable is riveted.

Figure 16 is a cross-sectional view of the structure shown in Figure 15 taken along line DD, wherein the outer pressing block shown in Figure 16 forces the outer pressing block of the terminal to be bent and deformed.

111‧‧‧Insulated inner pressing block

112‧‧‧Insulated outer pressing block

12‧‧‧Connector center terminal

13‧‧‧Connector shielding terminal

135‧‧‧First structure

2‧‧‧Coaxial cable

21‧‧‧Center conductor

22‧‧‧Insulator

23‧‧‧External conductor

24‧‧‧ outer rubber

Claims (10)

An RF line end connector for fitting with an RF board end connector and riveting a coaxial cable includes: a connector insulator having a hollow fitting post at the front end and a rear end protruding An insulating inner pressing block, an insulating outer pressing block and an insulating outer protruding block to form a through space and a through opening, the through opening is located on a side of the through space, and the insulating protrusion is separated a block and the outer insulating pressing block; a connector center terminal is embedded in the connector insulator, and a terminal contact portion and a conductor abutting portion are respectively disposed at the front and rear ends; the terminal contact portion exposes the hollow fitting column a hollow portion, the conductor abutting portion exposes the wearing space; the center conductor of the coaxial cable can pass through the through opening, enter the wearing space of the connector insulator, and reach the conductor abutting portion And a connector shielding terminal having a buckle body, an insulator riveting portion, a conductor riveting portion and a rubber riveting portion; the buckle ring system extends around the periphery of the hollow fitting column, and The hollow fitting column maintains a certain gap, Forming a first structure for fitting the RF board end connector; after receiving the riveting force, the insulator riveting portion can be riveted into the second connector with the connector insulator, and forcing the insulation The pressing block and the insulating outer pressing block are bent inwardly and deformed, and the central conductor of the coaxial cable located in the wearing space is pressed to electrically abut the central conductor of the coaxial cable to the conductor abutting portion; the conductor riveting After receiving the riveting force, the joint portion and the rubber riveting portion can be respectively integrated with the outer conductor and the outer rubber of the coaxial cable; the first structural body and the second structural body are laterally adjacent to each other. The gap is separated by a dimension smaller than a deformation amount of the buckle body laterally plastically deformed, so that the lateral direction of the buckle body is not easily deformed after multiple fitting. The RF line end connector of claim 1, wherein a height of the top surface of the insulating outer bump is substantially equal to or less than a bending deformation or a broken top of the insulating inner pressing block and the insulating outer pressing block. The height of the surface is to avoid interference with the bending of the insulating inner pressing block and the insulating outer pressing block by the insulator riveting portion. The RF wire end connector of claim 1, wherein the conductor riveting portion and the rubber riveting portion are separately provided or disposed as a whole; the conductor riveting portion is riveted to the rubber body. The inner wall surface of the portion is divided into an embossed structure, and the outer conductor and the outer rubber of the coaxial cable are respectively clamped to increase the holding force of the outer conductor and the outer rubber respectively. The RF wire end connector of claim 1, wherein the root of the buckle body has a positioning structure for positioning the connector insulator. The RF line end connector of claim 4, wherein the positioning structure is such that the root of the buckle body is in contact with the wall surface of the insulating inner pressing block and the insulating outer pressing block. The RF cable end connector of claim 4, wherein the positioning structure is such that the positioning portion of the buckle body root portion for the outwardly protruding side wall of the connector insulator passes through the positioning hole. The RF line end connector of claim 1, wherein the wall surface of the rear end edge of the connector insulator restricts the insulator of the coaxial cable from passing through the opening and entering the connector insulator. Set the space. The RF line end connector of claim 1, wherein the connector insulator is located at a position between the terminal contact portion and the conductor abutting portion, and is provided with a retaining wall, the center of the coaxial cable The conductor provides a stop function to prevent the center conductor from being excessively placed in the direction of the terminal contact. The RF line end connector of claim 1, wherein the center terminal of the connector is provided with an inner pressing block and an outer pressing block, and the inner pressing block and the outer pressing block are bent and deformed. In this case, the center conductor of the coaxial cable located in the installation space is pressed through the terminal inner pressing block and the terminal outer pressing block, and the center conductor of the coaxial cable is electrically abutted against the conductor abutting portion. An RF line end connector for fitting with an RF board end connector and riveting a coaxial cable, comprising: a connector insulator having a hollow fitting column protruding from the front end; The insulating outer pressing block and the insulating outer protruding block form a through space and a through opening, the through opening is located on a side of the through space, and the insulating outer protrusion is separated from the insulating outer pressing a connector center terminal is embedded in the connector insulator, and a terminal contact portion and a conductor abutting portion are respectively disposed at the front and rear ends; the terminal contact portion exposes a hollow portion of the hollow fitting column, the conductor The abutting portion exposes the wearing space; the center conductor of the coaxial cable can pass through the through opening into the wearing space of the connector insulator and above the conductor abutting portion, wherein The connector insulator is disposed at a position between the terminal contact portion and the conductor abutting portion, and is provided with a retaining wall, which provides a stop function for the center conductor of the coaxial cable, and prevents the center conductor from being excessively oriented toward the terminal contact portion. Placement; and a connection The shielding terminal has a buckle body, an insulator riveting portion, a conductor riveting portion and a rubber riveting portion; the buckle system extends around the periphery of the hollow fitting column and is retained with the hollow fitting column a gap to form a first structure for fitting the RF board end connector; after receiving the riveting force, the insulator riveting portion can be riveted into a second structure body and forced by the connector insulator The insulating outer pressing block is bent inwardly and deformed, and the central conductor of the coaxial cable located in the wearing space is pressed to electrically abut the central conductor of the coaxial cable to the conductor abutting portion; the conductor riveting portion and the conductor After receiving the riveting force, the rubber riveting portion can be respectively integrated with the outer conductor and the outer rubber of the coaxial cable; the first structural body and the second structural body are laterally adjacent to each other. The gap has a dimension smaller than a deformation amount in which the buckle body is plastically deformed laterally, and the lateral direction of the buckle body is not easily deformed after multiple fitting.