TWM668392U - Electrical connector component assembly - Google Patents

Abstract

A electrical connector component assembly is described, designed for use with a circuit board. The electrical connector component assembly comprises a conductive terminal, a shielding frame, and a shielding wall. The conductive terminal is designed to engage with the circuit board for transmitting electrical signals. The shielding wall can engage with the shielding frame, allowing the shielding wall and the shielding frame to be electrically connected to form a shielding conductor. The shielding wall can also abut against the circuit board, providing shielding for the gap between the shielding wall and the circuit board. This configuration allows the shielding wall and the main side shielding frame to create a shielding environment for the engagement of the conductive terminal with the circuit board.

Description

Electrical connector assembly

The present application relates to an electrical connector component assembly, and more specifically, to an electrical connector component assembly that can reduce crosstalk interference between conductive terminals and circuit boards when transmitting high-speed signals.

Electrical connector bodies are widely used in various electronic devices. In recent years, electrical connector bodies can be used in conjunction with circuit boards. Generally speaking, the electrical connector body has conductive terminals that abut against the circuit boards used in conjunction with the conductive terminals, so that the conductive terminals and the circuit boards form an electrical signal transmission circuit, thereby providing electrical signal transmission in the electronic device.

However, the conductive terminals and the circuit board are susceptible to crosstalk interference when transmitting high-speed signals, which causes interference attenuation in the transmission of high-speed signals. Therefore, how to suppress the crosstalk interference so that the conductive terminals and the circuit board can achieve high-speed signal transmission is a problem that people in the relevant technical field need to solve urgently.

In view of the above-mentioned shortcomings of the prior art, the present application provides an electrical connector component assembly, which is matched with a circuit board, and the electrical connector component assembly includes: A board-end plug-in frame, the board-end plug-in frame is positioned on the circuit board, and the board-end plug-in frame has a board-end plug-in channel and a board-end combination structure; an electrical connector body, the electrical connector body has a main-side plug-in component set and a wire-end combination structure; the main-side plug-in component set has at least one first main-side plug-in component and at least one second main-side plug-in component, the first main-side plug-in component has a first main-side conductive terminal and a first main-side shielding frame, the first main-side shielding frame extends on the side of the first main-side conductive terminal, the second main-side plug-in component has at least one second main-side conductive terminal and at least one second main-side conductive terminal. Two main side shielding frames, the second main side shielding frame is extended on the side of the second main side conductive terminal, wherein a main side frame separation channel is provided between the first main side shielding frame and the second main side shielding frame; a shielding auxiliary component, the shielding auxiliary component has at least one main side shielding wall, the main side shielding wall has a main side shielding wall overlap structure; and a plug-in insulating component, the plug-in insulating component has a plug-in insulating component push-against structure, wherein the electrical connector body can be plugged into the board end plug-in frame, so that the main side plug-in component assembly can enter a plug-in insulating component plug-in channel and the board end plug-in channel , so that the first main side conductive terminal and the second main side conductive terminal can respectively abut the circuit board; and the board end plug frame is plugged into the electrical connector body, and the line end coupling structure can be coupled to the board end coupling structure, so that the electrical connector body actuates the shielding auxiliary component through the plug-in insulating component, and the plug-in insulating component pushes the shielding auxiliary component against the circuit board, so that the partial extension section of the shielding auxiliary component is elastically deformed, so that the main side shielding wall enters the main side frame isolation channel, and the main side shielding wall overlap structure overlaps the first main side shielding frame and the second main side shielding frame, so that The main side shielding wall, the first main side shielding frame and the second main side shielding frame are electrically connected to form a main side shielding conductor, and the main side shielding wall can provide shielding for the gap between the first main side shielding frame and the circuit board, so that the main side shielding wall and the first main side shielding frame can provide a shielding environment for the first main side conductive terminal to abut against the circuit board, and the main side shielding wall can provide shielding for the gap between the second main side shielding frame and the circuit board, so that the main side shielding wall and the second main side shielding frame can provide a shielding environment for the second main side conductive terminal to abut against the circuit board.

Preferably, in the electrical connector component assembly of the present application, the board end coupling structure and the wire end coupling structure are snap-on structures or track structures.

Preferably, in the electrical connector component assembly of the present application, the plug-in insulating component also has a plug-in insulating component coupling structure, and the plug-in insulating component coupling structure can be coupled to the electrical connector body so that the plug-in insulating component and the electrical connector body can move synchronously.

Preferably, in the electrical connector component assembly of the present application, the plug-in insulating component coupling structure is a snap-on structure or a track structure.

Preferably, in the electrical connector component assembly of the present application, the shielding auxiliary component further has a shielding auxiliary component embedding component, and the shielding auxiliary component embedding component is embedded in the plug-in insulating component so that the shielding auxiliary component and the plug-in insulating component can move synchronously.

Preferably, in the electrical connector component assembly of the present application, the board end plug-in frame further has a board end setting structure, and the board end setting structure is provided for setting the shielding auxiliary component and the plug-in insulating component.

Preferably, in the electrical connector component assembly of the present application, the plug-in insulating component further has a plug-in insulating component plug-in channel, and the plug-in insulating component plug-in channel extends obliquely so that the main-side plug-in component assembly can be obliquely plugged into the circuit board through the plug-in insulating component plug-in channel.

Preferably, in the electrical connector component assembly of the present application, the plug-in insulating component further has a plug-in insulating component plug-in channel, and the plug-in insulating component plug-in channel extends longitudinally, so that the main-side plug-in component assembly can be longitudinally plugged into the circuit board through the plug-in insulating component plug-in channel.

Preferably, in the electrical connector component assembly of the present application, the electrical connector body further has a primary side plug component set; the secondary side plug component set has at least one primary side plug component and at least one secondary side plug component, the primary side plug component has a primary side conductive terminal and a primary side shielding frame, the primary side shielding frame extends to the side of the primary side conductive terminal, the secondary side plug component has a secondary side conductive terminal and a secondary side shielding frame, the secondary side shielding frame is extended on the side of the secondary side conductive terminal, wherein a primary side frame separation channel is provided between the first side shielding frame and the second side shielding frame; the shielding auxiliary component also has at least one primary side shielding wall body, the secondary side shielding wall body has a primary side shielding wall body overlap structure; the board end plug-in frame is plugged into the electrical connector body, and the secondary side plug-in component assembly can enter the plug-in insulating component plug-in The channel and the board end plug-in channel allow the first side conductive terminal and the second side conductive terminal to respectively abut the circuit board, and the secondary side shielding wall can enter the secondary side frame to separate the channel, so that the secondary side shielding wall overlap structure overlaps the first side shielding frame and the second side shielding frame respectively, so that the secondary side shielding wall, the first side shielding frame and the second side shielding frame are electrically connected to form a primary side shielding conductor, and the secondary side shielding wall can be The gap between the first side shielding frame and the circuit board provides shielding, so that the secondary side shielding wall and the first side shielding frame can provide a shielding environment for the first side conductive terminal to abut against the circuit board. The secondary side shielding wall can also provide shielding for the gap between the second side shielding frame and the circuit board, so that the secondary side shielding wall and the second side shielding frame can provide a shielding environment for the second side conductive terminal to abut against the circuit board.

Preferably, in the electrical connector component assembly of the present application, the shielding auxiliary component also has a shielding anchor, which is anchored to the main side shielding wall body and the secondary side shielding wall body to electrically connect the main side shielding conductor and the secondary side shielding conductor, and the plug-in insulating component pushing structure pushes against the shielding anchor.

Compared to the prior art, the present application provides an electrical connector component assembly, which can be used in conjunction with a circuit board. The electrical connector component assembly has a conductive terminal, a shielding frame and a shielding wall. The conductive terminal can abut the circuit board to transmit electrical signals. The shielding wall can abut the shielding frame so that the shielding wall and the shielding frame can be electrically connected to form a shielded conductor that can transmit shielded signals. The shielding wall can abut the circuit board so that the shielding wall can provide shielding for the gap between the shielding frame and the circuit board, so that the shielding wall and the main side shielding frame can provide a shielding environment for the conductive terminal abutting against the circuit board.

The following is a description of the technical content of this application through specific embodiments. People familiar with this technology can easily understand other advantages and effects of this application from the content disclosed in this specification. This application can also be implemented or applied through other different specific embodiments. The details in this specification can also be modified and changed in various ways based on different viewpoints and applications without departing from the spirit of this application.

The present application provides at least one electrical connector component assembly, which can provide a shielding environment for the abutment of the conductive terminal against the circuit board, so as to reduce the degree of crosstalk interference between the conductive terminal and the circuit board when transmitting high-speed signals.

Regarding the technical concept of the electrical connector body of the present application, please refer to the embodiment descriptions of Figures 1 to 23.

In the embodiment shown in FIG. 1 to FIG. 23 , an electrical connector component assembly 1 is disclosed. The electrical connector component assembly 1 is matched with a circuit board 2. The circuit board 2 is, for example, a circuit board or a flexible circuit board. The electrical connector component assembly 1 includes: a board end plug-in frame 11, an electrical connector body 12, a shielding auxiliary component 13 and a plug-in insulation component 14.

As shown in FIG. 9 , the board terminal plug-in frame 11 is positioned on the circuit board 2 . The board terminal plug-in frame 11 has a board terminal plug-in channel 111 and a board terminal combining structure 112 .

As shown in FIG1 , the electrical connector body 12 comprises an electrical connector body insulating rubber core 120, a primary side plug component set 121, a primary side plug component set 123 and a wire end coupling structure 122. The electrical connector body insulating rubber core 120 is used to position the primary side plug component set 121 and the secondary side plug component set 123, and the wire end coupling structure 122 is disposed on the electrical connector body insulating rubber core 120.

In the above embodiment, the main side plug component set 121 has at least one first main side plug component 1211 and at least one second main side plug component 1212. The first main side plug component 1211 has a first main side conductive terminal 12111 and a first main side shielding frame 12112, and the first main side shielding frame 12112 extends from the side of the first main side conductive terminal 12111 to provide shielding for the first main side conductive terminal 12111. The second main side plug component 1212 has a second main side conductive terminal 12121 and a second main side shielding frame 12122. The second main side shielding frame 12122 extends from the side of the second main side conductive terminal 12121 to provide shielding for the second main side conductive terminal 12121. It should be noted that a main side frame separation channel P1 is provided between the first main side shielding frame 12112 and the second main side shielding frame 12122.

In addition, the secondary side plug component set 123 has at least one first side plug component 1231 and at least one second side plug component 1232. The first side plug component 1231 has a first side conductive terminal 12311 and a first side shielding frame 12312, and the first side shielding frame 12312 extends from the side of the first side conductive terminal 12311 to provide shielding for the first side conductive terminal 12311. The second side plug component 1232 has a second side conductive terminal 12321 and a second side shielding frame 12322, and the second side shielding frame 12322 extends from the side of the second side conductive terminal 12321 to provide shielding for the second side conductive terminal 12321. It should be noted that a primary side frame separation channel P2 is provided between the first side shielding frame 12312 and the second side shielding frame 12322.

It should be noted that in the above-mentioned embodiment, the first main side shielding frame 12112, the second main side shielding frame 12122, the first side shielding frame 12312 and the second side shielding frame 12322 are rectangular frame-shaped, but not limited to this. The first main side shielding frame 12112, the second main side shielding frame 12122, the first side shielding frame 12312 and the second side shielding frame 12322 can be changed to a non-rectangular frame shape according to the implementation situation.

In the embodiment shown in FIG. 11 , the shielding auxiliary member 13 has a shielding auxiliary member embedding member 130, at least one main side shielding wall 131 and at least one primary side shielding wall 132. The shielding auxiliary member embedding member 130 is embedded in the plug-in insulating member 14, so that the shielding auxiliary member 13 and the plug-in insulating member 14 can move synchronously and enter the board end plug-in frame 11. In addition, the main side shielding wall 131 and the secondary side shielding wall 132 respectively have a main side shielding wall overlap structure 1311 and a primary side shielding wall overlap structure 1321.

In the embodiment shown in FIGS. 9 to 11 , the plug-in insulating member 14 has a plug-in insulating member pushing structure 141 and a plug-in insulating member coupling structure 142. The plug-in insulating member coupling structure 142 can be a snap-on structure (as shown in FIG. 9 ) or a track structure to couple with the electrical connector body 12, so that the plug-in insulating member 14 and the electrical connector body 12 can move synchronously and enter the board end plug-in frame 11.

In the above embodiment, the electrical connector body 12 can be plugged into the board end plug frame 11, so that the main side plug component set 121 and the secondary side plug component set 123 can respectively enter the plug insulation component plug channel 143 and the board end plug channel 111, so that the first main side conductive terminal 12111, the second main side conductive terminal 12121, the first side conductive terminal 12311 and the second side conductive terminal 12321 can respectively abut the circuit board 2 to transmit electrical signals.

It should be noted that, in the present application, the electrical connector body 12 can be plugged into the board end plug-in frame 11 vertically (as shown in FIGS. 9 to 10 ) or horizontally (as shown in FIGS. 22 to 23 ).

Optionally, the first main side conductive terminal 12111, the second main side conductive terminal 12121, the first side conductive terminal 12311 and the second side conductive terminal 12321 respectively have a pin structure for elastically abutting the circuit board 2, thereby solving the problem of the first main side conductive terminal 12111, the second main side conductive terminal 12121, the first side conductive terminal The technical problem that the first main side conductive terminal 12111 and the second main side conductive terminal 12121 cannot effectively abut the circuit board 2 is solved, so that the first main side conductive terminal 12111, the second main side conductive terminal 12121, the first main side conductive terminal 12311, the second main side conductive terminal 12321 and the circuit board 2 can constitute a signal transmission circuit to transmit electrical signals in the electronic device.

In the above embodiment, when the electrical connector body 12 is plugged into the board-end plug-in frame 11, the wire end coupling structure 122 can be coupled to the board-end coupling structure 112, so that the electrical connector body 12 actuates the shielding auxiliary member 13 through the plug-in insulating member 14, and the plug-in insulating member pushes against the shielding auxiliary member 13. 3 abuts against the circuit board 2 to elastically deform the extended portion of the shielding auxiliary member 13, so that a portion of the main-side shielding wall 131 and a portion of the secondary-side shielding wall 132 enter the main-side frame partition channel P1 and the secondary-side frame partition channel P2, respectively, so that the main-side shielding wall overlap structure 1311 is respectively in the main-side frame partition channel P The first main side shielding frame 12112 and the second main side shielding frame 12122 are overlapped, so that the main side shielding wall 131, the first main side shielding frame 12112 and the second main side shielding frame 12122 are electrically connected to form a main side shielding conductor B1 that can transmit a shielding signal, and the secondary side shielding wall overlap structure 1321 overlaps the first side shielding frame 12312 and the second side shielding frame 12322 at the secondary side frame partition channel P2, so that the secondary side shielding wall 132, the first side shielding frame 12312 and the second side shielding frame 12322 are electrically connected to form a primary side shielding conductor B2 that can transmit a shielding signal.

In addition, when the partial extended section of the shielding auxiliary component 13 is elastically deformed, the other parts of the main side shielding wall body 131 and the secondary side shielding wall body 132 can respectively abut against the circuit board 2, so that the main side shielding wall body 131 can provide shielding for the gap between the first main side shielding frame body 12112 and the circuit board 2, so that the main side shielding wall body 131 and the first main side shielding frame body 12112 can provide a shielding environment for the first main side conductive terminal 12111 to abut against the circuit board 2, so as to reduce the degree of crosstalk interference between the conductive terminal and the circuit board when transmitting high-speed signals. In addition, the secondary side shielding wall 132 can also provide shielding for the gap between the first side shielding frame 12312 and the circuit board 2, so that the secondary side shielding wall 132 and the first side shielding frame 12312 can provide a shielding environment for the first side conductive terminal 12311 to abut against the circuit board 2, so as to reduce the degree of crosstalk interference between the conductive terminal and the circuit board when transmitting high-speed signals.

Similarly, when the other part of the main side shielding wall body 131 and the secondary side shielding wall body 132 abut against the circuit board 2, the main side shielding wall body 131 can provide shielding for the gap between the second main side shielding frame body 12122 and the circuit board 2, so that the main side shielding wall body 131 and the second main side shielding frame body 12122 can provide a shielding environment for the abutment of the second main side conductive terminal 12121 against the circuit board 2, so as to reduce the degree of crosstalk interference between the conductive terminal and the circuit board when transmitting high-speed signals. In addition, the secondary side shielding wall 132 can also provide shielding for the gap between the secondary side shielding frame 12322 and the circuit board 2, so that the secondary side shielding wall 132 and the secondary side shielding frame 12322 can provide a shielding environment for the abutment of the secondary side conductive terminal 12321 against the circuit board 2, so as to reduce the degree of crosstalk interference between the conductive terminal and the circuit board when transmitting high-speed signals.

In the embodiment shown in FIG. 13 , the plug-in insulating member 14 has a plug-in insulating member main side guide structure 1441 and a plug-in insulating member secondary side guide structure 1442 such as a groove. The plug-in insulating component main-side guide structure 1441 and the plug-in insulating component secondary-side guide structure 1442 can provide guidance for the main-side shielding wall body 131 and the secondary-side shielding wall body 132 respectively, so that the main-side shielding wall body 131 and the secondary-side shielding wall body 132 can respectively enter the main-side frame partition channel P1 and the secondary-side frame partition channel P2, and also enable the main-side shielding wall body 131 and the secondary-side shielding wall body 132 to respectively abut against the circuit board 2.

It should be noted that the board end combining structure 112 and the wire end combining structure 122 can interfere with the electrical connector body 12 leaving the board end plug-in frame 11. The board end combining structure 112 and the wire end combining structure 122 are snap-fit structures as shown in FIG. 1 , but are not limited thereto. The board end combining structure 112 and the wire end combining structure 122 can interfere with the electrical connector body 12 leaving the board end plug-in frame 11 in a manner other than snap-fitting, such as the track structure shown in FIG. 22 .

As shown in FIG. 2 , the shielding auxiliary component 13 also has a shielding anchor 133, which is connected to the main-side shielding wall 131 and the secondary-side shielding wall 132, so that the main-side shielding conductor B1 is electrically connected to the secondary-side shielding conductor B2, and the plug-in insulating component pushing structure 141 pushes the shielding anchor 133 to make the shielding auxiliary component 13 abut against the circuit board 2, so that the partially extended section of the shielding auxiliary component 13 is elastically deformed.

In the embodiment shown in FIG. 9 , the board-end plug-in frame 11 further has a board-end setting structure 113 , which is provided to set the shielding auxiliary component 13 and the plug-in insulating component 14 , so that the electrical connector body 12 can actuate the shielding auxiliary component 13 in the board-end plug-in frame 11 through the plug-in insulating component 14 .

In the embodiment shown in FIGS. 17 and 18 , the plug-in insulating member 14 further has a plug-in insulating member plug-in channel 143 extending obliquely, so that the main-side plug-in member set 121 and the secondary-side plug-in member set 123 can respectively enter the plug-in insulating member plug-in channel 143 and obliquely plug the circuit board 2. However, it is not limited to the above, and optionally, in the embodiment shown in FIG. 1 , the plug-in insulating member plug-in channel 143 extends longitudinally, so that the main-side plug-in member set 121 can respectively enter the plug-in insulating member plug-in channel 143 and longitudinally plug the circuit board 2.

In addition, as shown in FIGS. 14 to 18 , the electrical connector body insulating rubber core 120 also has a main side plug component positioning structure 1201 and a primary side plug component positioning structure 1202. The main side plug component positioning structure 1201 and the primary side plug component positioning structure 1202 respectively position (e.g., snap-fit positioning) the main side plug component assembly 121 and the secondary side plug component assembly 123 to prevent the main side plug component assembly 121 and the secondary side plug component assembly 123 from easily leaving the plug insulating component plug channel 143.

It should be noted that the electrical connector component assembly of the present application may omit some components and is not limited to the above embodiments.

For example, the electrical connector assembly of the present application may optionally include: a board-end plug-in frame, an electrical connector body, a shielding auxiliary component and a plug-in insulation component. The board-end plug-in frame is positioned on the circuit board and has a board-end plug-in channel and a board-end combination structure. The electrical connector body has a main side plug component set and a wire end combination structure; the main side plug component set has at least one first main side plug component and at least one second main side plug component, the first main side plug component has a first main side conductive terminal and a first main side shielding frame, the first main side shielding frame extends on the side of the first main side conductive terminal, the second main side plug component has at least one second main side conductive terminal and at least one second main side shielding frame, the second main side shielding frame extends on the side of the second main side conductive terminal, wherein a main side frame separation channel is provided between the first main side shielding frame and the second main side shielding frame. The shielding auxiliary component has at least one main side shielding wall body, and the main side shielding wall body has a main side shielding wall body overlapping structure. The plug-in insulating component has a plug-in insulating component pushing structure.

It should be noted that the electrical connector body is pluggable into the board-end plug-in frame, so that the main-side plug-in component assembly can enter the plug-in insulation component plug-in channel and the board-end plug-in channel, so that the first main-side conductive terminal and the second main-side conductive terminal can respectively abut the circuit board; and the wire end coupling structure can be coupled to the board-end coupling structure when the electrical connector body is plugged into the board-end plug-in frame, so that the electrical connector body actuates the shielding auxiliary component by plugging the insulation component, and the plug-in insulation component pushes the shielding auxiliary component against the circuit board, so that the partially extended section of the shielding auxiliary component is elastically deformed, so that the main-side shielding wall enters the main-side frame isolation channel, so that the main-side shielding wall overlaps the structure. The first main side shielding frame and the second main side shielding frame are overlapped respectively, so that the main side shielding wall, the first main side shielding frame and the second main side shielding frame are electrically connected to form a main side shielding conductor, and the main side shielding wall can provide shielding for the gap between the first main side shielding frame and the circuit board, so that the main side shielding wall and the first main side shielding frame can provide a shielding environment for the first main side conductive terminal to abut against the circuit board, and the main side shielding wall can provide shielding for the gap between the second main side shielding frame and the circuit board, so that the main side shielding wall and the second main side shielding frame can provide a shielding environment for the second main side conductive terminal to abut against the circuit board.

In summary, the present application provides an electrical connector component assembly which can be used in conjunction with a circuit board. The electrical connector component assembly has a conductive terminal, a shielding frame and a shielding wall. The conductive terminal can abut the circuit board to transmit an electrical signal. The shielding wall can abut the shielding frame so that the shielding wall and the shielding frame can be electrically connected to form a shielded conductor that can transmit a shielded signal. The shielding wall can abut the circuit board so that the shielding wall can provide shielding for the gap between the shielding frame and the circuit board, so that the shielding wall and the main side shielding frame can provide a shielding environment for the conductive terminal abutting against the circuit board.

The above embodiments are merely illustrative of the principles and effects of this application, and are not intended to limit this application. Anyone familiar with this technology may modify and alter the above embodiments without violating the spirit and scope of this application. Therefore, the scope of protection of this application should be as listed in the scope of the patent application of this application.

1: Electrical connector component assembly 11: Board end plug frame 111: Board end plug channel 112: Board end combination structure 113: Board end setting structure 12: Electrical connector body 120: Electrical connector body insulation rubber core 1201: Main side plug component positioning structure 1202: Secondary side plug component positioning structure 121: Main side plug component set 1211: First main side plug component 12111: First main side conductive terminal 12112: First main side shielding frame 1212: Second main side plug component 12121: Second main side conductive terminal 12122: Second main side shielding frame 122: Wire end bonding structure 123: Secondary side plug-in component assembly 1231: Primary side plug-in component 12311: Primary side conductive terminal 12312: Primary side shielding frame 1232: Secondary side plug-in component 12321: Secondary side conductive terminal 12322: Secondary side shielding frame 13: Shielding auxiliary component 130: Shielding auxiliary component embedded component 131: Primary side shielding wall 1311: Primary side shielding wall overlap structure 132: Secondary side shielding wall 1321: Secondary side shielding wall overlap structure 133: Shielding joint 14: Plug-in insulation component 141: Pushing structure for plug-in insulating member 142: Combining structure for plug-in insulating member 143: Plug-in insulating member plug-in channel 1441: Main side guide structure for plug-in insulating member 1442: Secondary side guide structure for plug-in insulating member 2: Circuit board B1: Main side shielding conductor B2: Secondary side shielding conductor P1: Main side frame separation channel P2: Secondary side frame separation channel

The drawings of the present application will be combined with the description of the following embodiments to make the features and other advantages of the present application more clearly understood.

FIG. 1 is a three-dimensional schematic diagram of the electrical connector assembly of the present application at a first viewing angle in an embodiment.

FIG. 2 is a perspective schematic diagram of the electrical connector assembly of the present application at a second viewing angle in an embodiment.

FIG. 3 is a three-dimensional schematic diagram of the plug-in insulating component of the present application at a first viewing angle in an embodiment.

FIG. 4 is a three-dimensional schematic diagram of some components of the electrical connector component assembly of the present application in one embodiment.

FIG. 5 is a schematic top view of some components of the electrical connector component assembly of the present application in one embodiment.

FIG. 6 is a three-dimensional schematic diagram of some components of the electrical connector component assembly of the present application in one embodiment.

FIG. 7 is a side view schematic diagram of some components of the electrical connector component assembly of the present application in one embodiment.

FIG8 is a schematic cross-sectional view of a portion of the components of the electrical connector component assembly shown in FIG7 along a line segment.

FIG. 9 is a three-dimensional schematic diagram of the electrical connector assembly of the present application at a first viewing angle in an embodiment.

FIG. 10 is a perspective schematic diagram of the electrical connector assembly of the present application at a second viewing angle in an embodiment.

FIG. 11 is a three-dimensional schematic diagram of some components of the electrical connector component assembly of the present application at a first viewing angle in an embodiment.

FIG. 12 is a perspective schematic diagram of some components of the electrical connector component assembly of the present application at a second viewing angle of an embodiment.

FIG. 13 is a three-dimensional schematic diagram of some components of the electrical connector component assembly of the present application in one embodiment.

FIG. 14 is a three-dimensional schematic diagram of some components of the electrical connector component assembly of the present application in one embodiment.

FIG. 15 is a three-dimensional schematic diagram of an electrical connector body of the present application in one embodiment.

FIG. 16 is a three-dimensional schematic diagram of some components of the electrical connector component assembly of the present application at a first viewing angle of an embodiment.

FIG. 17 is a perspective schematic diagram of some components of the electrical connector component assembly of the present application at a second viewing angle of an embodiment.

FIG. 18 is a three-dimensional schematic diagram of an electrical connector assembly according to an embodiment of the present application.

FIG. 19 is a three-dimensional schematic diagram of an electrical connector assembly according to an embodiment of the present application.

FIG. 20 is a front view schematic diagram of an electrical connector component assembly according to an embodiment of the present application.

FIG. 21 is a three-dimensional schematic diagram of some components of the electrical connector component assembly of the present application in one embodiment.

FIG. 22 is a three-dimensional schematic diagram of an electrical connector assembly according to an embodiment of the present application.

FIG. 23 is a three-dimensional schematic diagram of an electrical connector assembly according to an embodiment of the present application.

1:Electrical connector component assembly

11: Board end plug-in frame

111: Board-end plug-in channel

112: Plate end bonding structure

12: Electrical connector body

120: Electrical connector body insulation rubber core

121: Main side plug-in component assembly

12112: First main side shielding frame

12122: Second main side shielding frame

122: Wire end bonding structure

123: Secondary side plug-in component assembly

12312: First side shielding frame

14: Plug in insulating components

141: Insert the insulating component push-to-pull structure

143: Plug-in insulating component plug-in channel

2: Circuit board

P1: Main side frame separation channel

Claims (10)

An electrical connector component assembly is matched with a circuit board, and the electrical connector component assembly includes: A board end plug-in frame, the board end plug-in frame is positioned on the circuit board, and the board end plug-in frame has a board end plug-in channel and a board end combination structure; An electrical connector body, the electrical connector body has a main side plug component set and a wire end combination structure; the main side plug component set has at least one first main side plug component and at least one second main side plug component, the first main side plug component has a first main side conductive terminal and a first main side shielding frame, the first main side shielding frame extends on the side of the first main side conductive terminal, the second main side plug component has at least one second main side conductive terminal and at least one second main side shielding frame, the second main side shielding frame extends on the side of the second main side conductive terminal, wherein a main side frame separation channel is provided between the first main side shielding frame and the second main side shielding frame; a shielding auxiliary component, the shielding auxiliary component has at least one main side shielding wall body, the main side shielding wall body has a main side shielding wall body overlap structure; and a plug-in insulating component, the plug-in insulating component has a plug-in insulating component push structure, wherein, the electrical connector body can be plugged into the board end plug-in frame, so that the main side plug-in component assembly can enter a plug-in insulating component plug-in channel and the board end plug-in channel, so that the first main side conductive terminal and the second main side conductive terminal can respectively abut the circuit board; and The board end plug frame is plugged into the electrical connector body, and the line end coupling structure can be coupled to the board end coupling structure, so that the electrical connector body actuates the shielding auxiliary member through the plug-in insulating member, and the plug-in insulating member pushes the shielding auxiliary member against the circuit board, so that a part of the extension section of the shielding auxiliary member is elastically deformed, so that the main side shielding wall enters the main side frame isolation channel, and the main side shielding wall overlap structure overlaps the first main side shielding frame and the second main side shielding frame respectively, so that the main side shielding wall and the first main side shielding frame are The main side shielding conductor is electrically connected to the second main side shielding frame to form a main side shielding conductor, and the main side shielding wall can provide shielding for the gap between the first main side shielding frame and the circuit board, so that the main side shielding wall and the first main side shielding frame can provide a shielding environment for the first main side conductive terminal to abut against the circuit board, and the main side shielding wall can provide shielding for the gap between the second main side shielding frame and the circuit board, so that the main side shielding wall and the second main side shielding frame can provide a shielding environment for the second main side conductive terminal to abut against the circuit board. An electrical connector component assembly as described in claim 1, wherein the board end coupling structure and the wire end coupling structure are snap-on structures or track structures. As described in claim 1, the plug-in insulating component also has a plug-in insulating component coupling structure, and the plug-in insulating component coupling structure can be coupled to the electrical connector body so that the plug-in insulating component and the electrical connector body can move synchronously. An electrical connector component assembly as described in claim 3, wherein the plug-in insulating component coupling structure is a snap-on structure or a track structure. As described in claim 1, the electrical connector component assembly, wherein the shielding auxiliary component also has a shielding auxiliary component embedding component, and the shielding auxiliary component embedding component is embedded in the plug-in insulating component so that the shielding auxiliary component and the plug-in insulating component can move synchronously. As described in claim 1, the electrical connector component assembly, wherein the board end plug-in frame also has a board end setting structure, and the board end setting structure is provided for setting the shielding auxiliary component and the plug-in insulating component. As described in claim 1, the electrical connector component assembly, wherein the plug-in insulating component also has a plug-in insulating component plug-in channel, and the plug-in insulating component plug-in channel extends obliquely so that the main-side plug-in component assembly can be obliquely plugged into the circuit board through the plug-in insulating component plug-in channel. In the electrical connector component assembly as described in claim 1, the plug-in insulating component further has a plug-in insulating component plug-in channel, and the plug-in insulating component plug-in channel extends longitudinally, so that the main-side plug-in component assembly can be longitudinally plugged into the circuit board through the plug-in insulating component plug-in channel. The electrical connector component assembly as described in claim 1, wherein the electrical connector body also has a primary side plug component set; the secondary side plug component set has at least one primary side plug component and at least one secondary side plug component, the primary side plug component has a primary side conductive terminal and a primary side shielding frame, the primary side shielding frame extends to the side of the primary side conductive terminal, the secondary side plug component has a secondary side conductive terminal and a secondary side shielding frame, the secondary side shielding frame extends to the side of the secondary side conductive terminal, wherein a primary side frame separation channel is provided between the first side shielding frame and the second side shielding frame; The shielding auxiliary component also has at least one primary shielding wall body, and the secondary shielding wall body has a primary shielding wall body overlap structure; The board end plug-in frame is plugged into the electrical connector body, and the secondary plug-in component assembly can enter the plug-in insulation component plug-in channel and the board end plug-in channel, so that the first side conductive terminal and the second side conductive terminal respectively abut the circuit board, and the secondary side shielding wall body can enter the secondary frame body separation channel, so that the secondary side shielding wall body overlaps the first side shielding frame and the second side shielding frame, so that the secondary side shielding wall body, the first side shielding frame and the second side shielding frame are electrically connected to form The primary shielding conductor is provided with a secondary shielding wall body, and the secondary shielding wall body can provide shielding for the gap between the primary shielding frame body and the circuit board, so that the secondary shielding wall body and the primary shielding frame body can provide a shielding environment for the abutment of the primary conductive terminal to the circuit board, and the secondary shielding wall body can provide shielding for the gap between the secondary shielding frame body and the circuit board, so that the secondary shielding wall body and the secondary shielding frame body can provide a shielding environment for the abutment of the secondary conductive terminal to the circuit board. An electrical connector component assembly as described in claim 9, wherein the shielding auxiliary component also has a shielding anchor body, which is anchored to the main side shielding wall body and the secondary side shielding wall body to electrically connect the main side shielding conductor and the secondary side shielding conductor, and the plug-in insulating component push-against structure pushes against the shielding anchor body.

Images