Electric connector

Abstract

The invention provides an electric connector, the electric connector can be in butt joint with a butt joint connector, the electric connector is provided with a conductive connection body, a bridging conductive terminal and a non-bridging conductive terminal, the conductive connection body can be connected with the bridging conductive terminal and extends from the side edge of the non-bridging conductive terminal, and the bridging conductive terminal can be in butt joint with the butt joint connector. According to the utility model, the shielding layer is arranged on the non-bridging conductive terminal so as to provide shielding for signal transmission of the non-bridging conductive terminal, thereby reducing the interference degree of the signal transmission of the non-bridging conductive terminal, further optimizing the signal transmission speed and quality of the non-bridging conductive terminal, solving the problem that the non-bridging conductive terminal is liable to be interfered when transmitting a high-speed signal, and improving the transmission efficiency of the non-bridging conductive terminal. Therefore, the electric connector can be used for transmitting high-speed signals so as to meet special requirements and development of electronic equipment.

Description

Technical Field

[0001] The present application relates to the technical field of electronic devices, and more particularly, to an electrical connector capable of reducing the degree of interference when transmitting high-speed signals. Background Art

[0002] In recent years, electrical connectors have been widely used in various electronic devices to transmit signals through the conductive terminals on the electrical connectors. However, with the special needs and development of electronic devices, the conductive terminals of the electrical connectors may also have the need to transmit high-speed signals. At present, electrical connectors are easily interfered when transmitting high-speed signals (such as electromagnetic interference from the external environment, or crosstalk interference coupled between multiple conductive terminals of the electrical connector), which makes the high-speed signals transmitted by the electrical connector prone to interference attenuation.

[0003] As can be seen from the above, how to solve the problem that the electrical connector is easily interfered when transmitting high-speed signals is indeed a problem that people in the relevant technical field need to solve urgently. Summary of the invention

[0004] In view of the shortcomings of the above-mentioned prior art, the present application provides an electrical connector, which can be docked with a docking connector, one side of the electrical connector is defined as a main side of the electrical connector, and the electrical connector includes: a main side jumper conductive module, the main side jumper conductive module has a main side first jumper conductive terminal, a main side second jumper conductive terminal, a main side third jumper conductive terminal, a main side first conductive connecting body and a main side second conductive connecting body, wherein the main side first conductive connecting body electrically connects the main side first jumper conductive terminal and the main side second jumper conductive terminal. The terminals are connected to form a main-side first non-crossover conductive terminal layout area, and the main-side first conductive connector, the main-side first crossover conductive terminal and the main-side second crossover conductive terminal extend on the sides of the main-side first non-crossover conductive terminal layout area respectively; the main-side second conductive connector electrically connects the main-side second crossover conductive terminal and the main-side third crossover conductive terminal to form a main-side second non-crossover conductive terminal layout area, and the main-side second conductive connector, the main-side second crossover conductive terminal and the main-side third crossover conductive terminal are respectively connected to the main-side second crossover conductive terminal. The main side non-crossing conductive terminal layout area extends; a main side non-crossing conductive module, the main side non-crossing conductive module has a main side first non-crossing conductive terminal and a main side second non-crossing conductive terminal; and a main side insulating rubber core, the main side insulating rubber core can be connected to the main side cross-conductive module and the main side non-crossing conductive module to form a main side electrical connector component, the main side electrical connector component has a main side electrical connector component docking structure, the main side electrical connector component docking structure can be docked with the docking connector on the main side of the electrical connector, and the main side electrical connector In the connector assembly, the main side first non-crossing conductive terminal and the main side second non-crossing conductive terminal are respectively located in the main side first non-crossing conductive terminal layout area and the main side second non-crossing conductive terminal layout area, and the main side first jumper conductive terminal, the main side second jumper conductive terminal, the main side third jumper conductive terminal, the main side first non-crossing conductive terminal and the main side second non-crossing conductive terminal respectively extend to the main side electrical connector assembly docking structure, and can electrically connect the docking connector docked with the main side electrical connector assembly docking structure.

[0005] Preferably, in the electrical connector of the present application, the main-side first conductive connecting body has a main-side first connecting bending section and a main-side first connecting extension section, the main-side first connecting bending section is connected to the main-side first connecting extension section, wherein the main-side first connecting bending section can be bent so that the main-side first connecting extension section can extend to avoid the main-side electrical connector component docking structure; the main-side second conductive connecting body has a main-side second connecting bending section and a main-side second connecting extension section, the main-side second connecting bending section is connected to the main-side second connecting extension section, wherein the main-side second connecting bending section can be bent so that the main-side second connecting extension section can extend to avoid the main-side electrical connector component docking structure.

[0006] Preferably, in the electrical connector of the present application, the main side first jumper conductive terminal, the main side second jumper conductive terminal, the main side third jumper conductive terminal, the main side first conductive connector and the main side second conductive connector are connected to form a main side jumper conductive component, and the main side jumper conductive component has a main side jumper conductive component joint structure, and the main side jumper conductive component joint structure is located between the main side first conductive connector, the main side second conductive connector, or the main side first conductive connector and the main side second conductive connector to provide the main side insulating rubber core for jointing.

[0007] Preferably, in the electrical connector of the present application, at least a portion of the main side bridging conductive component joint structure is located at the main side first connecting bending section, the main side first connecting extension section, the main side second connecting bending section or the main side second connecting extension section.

[0008] Preferably, in the electrical connector of the present application, the other side of the electrical connector is defined as a secondary side of the electrical connector, the secondary side of the electrical connector and the primary side of the electrical connector are opposite sides, and the electrical connector further comprises: a primary side jumper conductive module, the secondary side jumper conductive module having a primary side first jumper conductive terminal, a primary side second jumper conductive terminal, a primary side third jumper conductive terminal, a primary side first conductive connector and a primary side second conductive connector, wherein the secondary side first conductive connector electrically connects the secondary side first jumper conductive terminal and the secondary side second jumper conductive terminal. The first conductive connector on the secondary side, the first jumper conductive terminal on the secondary side and the second jumper conductive terminal on the secondary side respectively extend on the side of the first non-jumper conductive terminal layout area on the secondary side; the second conductive connector on the secondary side electrically connects the second jumper conductive terminal on the secondary side and the third jumper conductive terminal on the secondary side to form a second non-jumper conductive terminal layout area on the primary side, the second conductive connector on the secondary side, the second jumper conductive terminal on the secondary side and the third jumper conductive terminal on the secondary side respectively extend on the side of the first non-jumper conductive terminal layout area on the secondary side; the second conductive connector on the secondary side electrically connects the second jumper conductive terminal on the secondary side and the third jumper conductive terminal on the secondary side The primary side non-crossing conductive module is provided with a first non-crossing conductive terminal and a second non-crossing conductive terminal; and a primary side insulating rubber core, the secondary side insulating rubber core can be connected with the secondary side cross-over conductive module and the secondary side non-crossing conductive module to form a primary side electrical connector component, the secondary side electrical connector component has a primary side electrical connector component docking structure, the secondary side electrical connector component docking structure can dock the docking connector on the secondary side of the electrical connector, and the secondary side electrical connector component docking structure can dock the docking connector on the secondary side of the electrical connector. In the connector assembly, the secondary side first non-crossing conductive terminal and the secondary side second non-crossing conductive terminal are respectively located in the secondary side first non-crossing conductive terminal layout area and the secondary side second non-crossing conductive terminal layout area, and the secondary side first jumper conductive terminal, the secondary side second jumper conductive terminal, the secondary side third jumper conductive terminal, the secondary side first non-crossing conductive terminal and the secondary side second non-crossing conductive terminal respectively extend to the secondary side electrical connector assembly docking structure, and can electrically connect the docking connector docked with the secondary side electrical connector assembly docking structure.

[0009] Preferably, in the electrical connector of the present application, the secondary side first conductive connecting body has a primary side first connecting bending section and a primary side first connecting extension section, the secondary side first connecting bending section is connected to the secondary side first connecting extension section, wherein the secondary side first connecting bending section can be bent so that the secondary side first connecting extension section can extend away from the secondary side electrical connector component docking structure; the secondary side second conductive connecting body has a primary side second connecting bending section and a primary side second connecting extension section, the secondary side second connecting bending section is connected to the secondary side second connecting extension section, wherein the secondary side second connecting bending section can be bent so that the secondary side second connecting extension section can extend away from the secondary side electrical connector component docking structure.

[0010] Preferably, in the electrical connector of the present application, the secondary side first jumper conductive terminal, the secondary side second jumper conductive terminal, the secondary side third jumper conductive terminal, the secondary side first conductive connector and the secondary side second conductive connector are connected to form a primary side jumper conductive component, and the secondary side jumper conductive component has a primary side jumper conductive component joint structure, and the secondary side jumper conductive component joint structure is located between the secondary side first conductive connector, the secondary side second conductive connector, or the secondary side first conductive connector and the secondary side second conductive connector to provide a connection for the secondary side insulating rubber core.

[0011] Preferably, in the electrical connector of the present application, at least a portion of the secondary side bridging conductive component joint structure is located at the secondary side first connecting bending section, the secondary side first connecting extension section, the secondary side second connecting bending section or the secondary side second connecting extension section.

[0012] Preferably, in the electrical connector of the present application, the electrical connector further comprises: a jumper conductive component, the jumper conductive component having a main side first abutting pin, a main side second abutting pin, a main side third abutting pin, a primary side first abutting pin, a primary side second abutting pin and a primary side third abutting pin; and an electrical connector component, the electrical connector component can combine the main side electrical connector component, the secondary side electrical connector component and the jumper conductive component to form an electrical connector assembly component, in which the jumper conductive component spans the main side first non-jumping conductive terminal, the main side second non-jumping conductive terminal, the secondary side first non-jumping conductive terminal and the secondary side second non-jumping conductive terminal. The jumper conductive terminal enables the main side first abutting pin, the main side second abutting pin, the main side third abutting pin, the secondary side first abutting pin, the secondary side second abutting pin, and the secondary side third abutting pin to respectively abut the main side first jumper conductive terminal, the main side second jumper conductive terminal, the main side third jumper conductive terminal, the secondary side first jumper conductive terminal, the secondary side second jumper conductive terminal, and the secondary side third jumper conductive terminal, so that the main side first jumper conductive terminal, the main side second jumper conductive terminal, the main side third jumper conductive terminal, the secondary side first jumper conductive terminal, the secondary side second jumper conductive terminal, and the secondary side third jumper conductive terminal are electrically connected.

[0013] Preferably, in the electrical connector of the present application, the jumper conductive component is a metal conductive component, and the main side first abutment pin, the main side second abutment pin, the main side third abutment pin, the secondary side first abutment pin, the secondary side second abutment pin and the secondary side third abutment pin are metal abutment pins.

[0014] Preferably, in the electrical connector of the present application, the jumper conductive component is conductive plastic.

[0015] Preferably, in the electrical connector of the present application, the electrical connector component is an insulating component.

[0016] Preferably, in the electrical connector of the present application, the jumper conductive component also has a jumper conductive component shielding structure. In the electrical connector assembly, the jumper conductive component shielding structure is located between the primary side electrical connector component and the secondary side electrical connector component, so that the jumper conductive component shielding structure can provide shielding for the primary side electrical connector component and the secondary side electrical connector component.

[0017] Preferably, in the electrical connector of the present application, the jumper conductive component shielding structure has a main side jumper conductive component shielding substructure and a primary side jumper conductive component shielding substructure, the main side first abutment pin, the main side second abutment pin, and the main side third abutment pin are respectively electrically connected to the main side jumper conductive component shielding substructure, and the secondary side first abutment pin, the secondary side second abutment pin, and the secondary side third abutment pin are respectively electrically connected to the secondary side jumper conductive component shielding substructure.

[0018] Preferably, in the electrical connector of the present application, the electrical connector component has a conductive connector joint structure, and in the electrical connector assembly component, the conductive connector joint structure joins the main side first conductive connector, the main side second conductive connector, the secondary side first conductive connector and the secondary side second conductive connector.

[0019] Preferably, in the electrical connector of the present application, the electrical connector component has an insulating rubber core joint structure, and in the electrical connector assembly component, the insulating rubber core joint structure joins the primary-side insulating rubber core and the secondary-side insulating rubber core.

[0020] Compared to the prior art, the present application provides an electrical connector, which has a conductive connecting body, a jumper conductive terminal and a non-jumper conductive terminal. The conductive connecting body can connect the jumper conductive terminal and extend on the side of the non-jumper conductive terminal to provide shielding for the signal transmission of the non-jumper conductive terminal, thereby reducing the degree of interference to the signal transmission of the non-jumper conductive terminal, thereby optimizing the transmission speed and quality of the signal of the non-jumper conductive terminal to solve the problem that the non-jumper conductive terminal is easily interfered when transmitting high-speed signals, so that the electrical connector can be used to transmit high-speed signals to meet the special needs and development of electronic equipment. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 Shown is a three-dimensional schematic diagram of an electrical connector of the present application at a first viewing angle of an embodiment.

[0022] Figure 2 Shown is a perspective schematic diagram of an electrical connector of the present application at a second viewing angle in one embodiment.

[0023] Figure 3 Shown is a top view of an electrical connector according to an embodiment of the present application.

[0024] Figure 4 Display as Figure 3 The schematic cross-sectional view of some components of the electrical connector is shown along line segment AA.

[0025] Figure 5 Display as Figure 3The schematic cross-sectional view of some components of the electrical connector is shown along line segment BB.

[0026] Figure 6 Shown is a three-dimensional schematic diagram of some components of an electrical connector of the present application in one embodiment.

[0027] Figure 7 Shown is a three-dimensional schematic diagram of some components of an electrical connector of the present application in one embodiment.

[0028] Figure 8 Shown is a three-dimensional schematic diagram of some components of an electrical connector of the present application in one embodiment.

[0029] Fig. 9 Shown is a three-dimensional schematic diagram of some components of an electrical connector of the present application in one embodiment.

[0030] Fig.10 Shown is a three-dimensional schematic diagram of some components of an electrical connector of the present application in one embodiment.

[0031] Fig.11 Shown is a three-dimensional schematic diagram of some components of an electrical connector of the present application in one embodiment.

[0032] Fig.12 A schematic three-dimensional diagram showing some components of an electrical connector of the present application at a first viewing angle of an embodiment is shown.

[0033] Fig.13 A schematic three-dimensional diagram showing partial components of an electrical connector of the present application at a second viewing angle of an embodiment is shown.

[0034] Fig.14 Shown is a three-dimensional schematic diagram of some components of an electrical connector of the present application in one embodiment.

[0035] Fig.15 A schematic top view of some components of an electrical connector of the present application in one embodiment is shown.

[0036] Fig.16 A front view schematically shows some components of an electrical connector of the present application in one embodiment.

[0037] Fig.17 A schematic side view of some components of an electrical connector of the present application in one embodiment is shown.

[0038] Component number description

[0039] 1Electrical connector

[0040] 10Electrical connector assembly

[0041] 11 Main side cross-connection conductive module

[0042] 111 Main side first jumper conductive terminal

[0043] 112 Main side second jumper conductive terminal

[0044] 113 Main side third jumper conductive terminal

[0045] 114 Main side first conductive connection body

[0046] 1141 Main side first connecting bending section

[0047] 1142 Main side first connection extension

[0048] 115 Main side second conductive connection body

[0049] 1151 Main side second connecting bending section

[0050] 1152 Main side second connection extension

[0051] 12 Main side non-crossover conductive module

[0052] 121 Main side first non-crossing conductive terminal

[0053] 122 Main side second non-crossing conductive terminal

[0054] 13 Main side insulation rubber core

[0055] 14 Secondary side crossover conductive module

[0056] 141 Secondary side first jumper conductive terminal

[0057] 142 Secondary side second jumper conductive terminal

[0058] 143 Secondary side third jumper conductive terminal

[0059] 144 Secondary side first conductive connector

[0060] 1441 Secondary side first connecting bending section

[0061] 1442 Secondary side first connection extension

[0062] 145 Secondary side second conductive connector

[0063] 1451 Secondary side second connecting bending section

[0064] 1452 Secondary side second connection extension

[0065] 15. Secondary non-crossover conductive module

[0066] 151 Secondary side first non-crossover conductive terminal

[0067] 152 Secondary side second non-crossing conductive terminal

[0068] 16 secondary side insulation rubber core

[0069] 17 Jumper conductive components

[0070] 171 Main side first contact foot

[0071] 172 Main side second contact foot

[0072] 173 Main side third contact foot

[0073] 174 Secondary side first contact pin

[0074] 175 Second side second contact foot

[0075] 176 Secondary side third contact foot

[0076] 177 Cross-connection conductive component shielding structure

[0077] 1771 Main side cross-connection conductive component shielding substructure

[0078] 1772 Secondary side cross-connection conductive component shielding substructure

[0079] 18Electrical connector assembly

[0080] 181 Conductive connector joint structure

[0081] 182 Insulation rubber core joint structure

[0082] 2 docking connectors

[0083] A1 main side electrical connector assembly

[0084] A11 main side electrical connector assembly docking structure

[0085] A2 secondary side electrical connector assembly

[0086] A21 secondary side electrical connector assembly docking structure

[0087] Z11 Main side first non-crossing conductive terminal layout area

[0088] Z12 Main side second non-crossing conductive terminal layout area

[0089] Z21 Secondary side first non-crossing conductive terminal layout area

[0090] Z22 Secondary side second non-crossing conductive terminal layout area

[0091] S1 electrical connector main side

[0092] S2 electrical connector secondary side

[0093] C1 main side cross-connection conductive member

[0094] C11 Main side cross-connection conductive member joint structure

[0095] C2 secondary side cross-connection conductive member

[0096] C21 Secondary side cross-connection conductive member joint structure DETAILED DESCRIPTION

[0097] The following content will be accompanied by drawings to illustrate 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. In particular, the proportional relationship and relative position of each component in the drawings are only for exemplary purposes and do not represent the actual situation of the implementation of this application.

[0098] The present application provides an electrical connector, which has a conductive connector, a jumper conductive terminal and a non-jumper conductive terminal. The conductive connector can connect the jumper conductive terminal to form a non-jumper conductive terminal layout area. The non-jumper conductive terminal is arranged in the non-jumper conductive terminal layout area, and the conductive connector and the jumper conductive terminal extend on the side of the non-jumper conductive terminal layout area to provide shielding for the signal transmission of the non-jumper conductive terminal and reduce the degree of interference to the signal transmission of the non-jumper conductive terminal, thereby optimizing the transmission speed and quality of the signal of the electrical connector to solve the problem that the electrical connector is easily interfered when transmitting high-speed signals, so that the electrical connector can be used to transmit high-speed signals.

[0099] For the technical concept of the electrical connector of this application, please refer to Figures 1 to 17 The following are examples of embodiments.

[0100] In the above embodiment, an electrical connector 1 is provided which can be arranged in an electronic device to dock with a docking connector 2. The two sides of the electrical connector 1 are respectively defined as an electrical connector main side S1 and an electrical connector secondary side S2. The electrical connector secondary side S2 is opposite to the electrical connector main side S1. The electrical connector 1 includes: a main side jumper conductive module 11, a main side non-jumper conductive module 12, a main side insulating rubber core 13, a primary side jumper conductive module 14, a primary side non-jumper conductive module 15, a primary side insulating rubber core 16, a jumper conductive component 17 and an electrical connector component 18.

[0101] like Figure 6As shown, the main-side jumper conductive module 11 has a main-side first jumper conductive terminal 111, a main-side second jumper conductive terminal 112, a main-side third jumper conductive terminal 113, a main-side first conductive connector 114 and a main-side second conductive connector 115, wherein the main-side first conductive connector 114 electrically connects the main-side first jumper conductive terminal 111 and the main-side second jumper conductive terminal 112, so that the main-side first conductive connector 114, the main-side first jumper conductive terminal 111 and the main-side second jumper conductive terminal 115 are electrically connected. The terminals 112 are electrically connected, and a main-side first non-crossover conductive terminal arrangement area Z11 is formed in the main-side crossover conductive module 11; the main-side second conductive connector 115 electrically connects the main-side second crossover conductive terminal 112 and the main-side third crossover conductive terminal 113, so that the main-side second conductive connector 115, the main-side second crossover conductive terminal 112 and the main-side third crossover conductive terminal 113 are electrically connected, and a main-side second non-crossover conductive terminal arrangement area Z12 is formed in the main-side crossover conductive module 11. It should be noted that the main-side first crossover conductive terminal 111, the main-side second crossover conductive terminal 112 and the main-side third crossover conductive terminal 113 can be selected to provide a shielding signal such as a ground signal, and the number of the main-side first crossover conductive terminal 111, the main-side second crossover conductive terminal 112 and the main-side third crossover conductive terminal 113 is not limited to one.

[0102] The primary-side non-crossover conductive module 12 has a primary-side first non-crossover conductive terminal 121 and a primary-side second non-crossover conductive terminal 122. It should be noted that the primary-side first non-crossover conductive terminal 121 and the primary-side second non-crossover conductive terminal 122 can be selected to provide signals such as differential signals for transmission, and the number of the primary-side first non-crossover conductive terminal 121 and the primary-side second non-crossover conductive terminal 122 is not limited to one.

[0103] The main side insulating rubber core 13 is made of insulating material and can be joined and positioned with the main side jumper conductive module 11 and the main side non-jumper conductive module 12 to form a main side electrical connector assembly A1. The main side electrical connector assembly A1 has a main side electrical connector assembly docking structure A11. The main side electrical connector assembly docking structure A11 can dock the docking connector 2 at the main side S1 of the electrical connector to provide signal transmission.

[0104] It should be noted that, in the main side electrical connector component A1, the main side first jumper conductive terminal 111, the main side second jumper conductive terminal 112, the main side third jumper conductive terminal 113, the main side first non-jumper conductive terminal 121 and the main side second non-jumper conductive terminal 122 respectively extend to the main side electrical connector component docking structure A11, and can electrically connect the docking connector 2 docked with the main side electrical connector component docking structure A11 to provide signal transmission.

[0105] In addition, if Figure 6 As shown, the main-side first non-crossing conductive terminal 121 is located in the main-side first non-crossing conductive terminal layout area Z11, and the main-side first conductive connector 114, the main-side first cross-over conductive terminal 111 and the main-side second cross-over conductive terminal 112 respectively extend on the side of the main-side first non-crossing conductive terminal layout area Z11. In this way, the main-side first conductive connector 114, the main-side first cross-over conductive terminal 111 and the main-side second cross-over conductive terminal 112 can extend on the side of the main-side first non-crossing conductive terminal 121, and can provide shielding for the signal transmission of the main-side first non-crossing conductive terminal 121 located in the main-side first non-crossing conductive terminal layout area Z11, thereby reducing the degree of interference to the signal transmission of the main-side first non-crossing conductive terminal 121, so that the main-side first non-crossing conductive terminal 121 can transmit high-speed signals.

[0106] Furthermore, if Figure 6 As shown, the main-side second non-crossing conductive terminal 122 is located in the main-side second non-crossing conductive terminal layout area Z12, and the main-side second conductive connector 115, the main-side second cross-over conductive terminal 112 and the main-side third cross-over conductive terminal 113 respectively extend on the side of the main-side second non-crossing conductive terminal layout area Z12. In this way, the main-side second conductive connector 115, the main-side second cross-over conductive terminal 112 and the main-side third cross-over conductive terminal 113 can extend on the side of the main-side second non-crossing conductive terminal 122, and can provide shielding for the signal transmission of the main-side second non-crossing conductive terminal 122 located in the main-side second non-crossing conductive terminal layout area Z12, thereby reducing the degree of interference to the signal transmission of the main-side second non-crossing conductive terminal 122, so that the main-side second non-crossing conductive terminal 122 can transmit high-speed signals.

[0107] like Figure 6As shown, the main side first conductive connecting body 114 has a main side first connecting bending section 1141 and a main side first connecting extension section 1142, wherein the main side first connecting bending section 1141 is connected to the main side first connecting extension section 1142, wherein the main side first connecting bending section 1141 can be bent so that the main side first connecting extension section 1142 can extend away from the main side electrical connector component docking structure A11, so as to avoid the main side first connecting extension section 1142 interfering with the main side electrical connector component docking structure A11 and docking the docking connector 2, so that the effect of the electrical connector 1 docking with the docking connector 2 is as expected.

[0108] like Figure 6 As shown, the main side second conductive connecting body 115 has a main side second connecting bending section 1151 and a main side second connecting extension section 1152, wherein the main side second connecting bending section 1151 is connected to the main side second connecting extension section 1152, wherein the main side second connecting bending section 1151 can be bent so that the main side second connecting extension section 1152 can extend away from the main side electrical connector component docking structure A11, so as to avoid the main side second connecting extension section 1152 interfering with the main side electrical connector component docking structure A11 and docking the docking connector 2, so that the effect of the electrical connector 1 docking with the docking connector 2 is as expected.

[0109] In the above embodiment, if Figure 15 to Figure 16 As shown, the main-side first jumper conductive terminal 111, the main-side second jumper conductive terminal 112, the main-side third jumper conductive terminal 113, the main-side first conductive connector 114 and the main-side second conductive connector 115 are connected to form a main-side jumper conductive component C1. The main-side jumper conductive component C1 has a main-side jumper conductive component bonding structure C11 for providing bonding to the main-side insulating rubber core 13. The main-side jumper conductive component bonding structure C11 is located on the main-side first conductive connector 114 or the main-side second conductive connector 115 to ensure that the main-side jumper conductive component C1 is bonded to the main-side insulating rubber core 13 and avoid the main-side jumper conductive component C1 from being separated from the main-side insulating rubber core 13.

[0110] Optionally, the main-side bridging conductive component joint structure C11 is located between the main-side first conductive connector 114 and the main-side second conductive connector 115 to ensure that the main-side bridging conductive component C1 is joined to the main-side insulating rubber core 13. In addition, optionally, at least a portion of the main-side bridging conductive component joint structure C11 is located at the main-side first joint bending section 1141, the main-side first joint extension section 1142, the main-side second joint bending section 1151 or the main-side second joint extension section 1152 to ensure that the main-side bridging conductive component C1 is joined to the main-side insulating rubber core 13 and to prevent the main-side bridging conductive component C1 from being separated from the main-side insulating rubber core 13.

[0111] like Figure 15 to Figure 16 As shown, the secondary-side jumper conductive module 14 comprises a primary-side first jumper conductive terminal 141, a primary-side second jumper conductive terminal 142, a primary-side third jumper conductive terminal 143, a primary-side first conductive connector 144, and a primary-side second conductive connector 145, wherein the secondary-side first conductive connector 144 electrically connects the secondary-side first jumper conductive terminal 141 and the secondary-side second jumper conductive terminal 142, so that the secondary-side first conductive connector 144, the secondary-side first jumper conductive terminal 141, and the secondary-side second jumper conductive terminal 145 are electrically connected. The electrical terminals are electrically connected, and a primary side first non-crossover conductive terminal arrangement area Z21 is formed in the secondary side crossover conductive module 14; the secondary side second conductive connector 145 electrically connects the secondary side second crossover conductive terminal 142 and the secondary side third crossover conductive terminal 143, so that the secondary side second conductive connector 145, the secondary side second crossover conductive terminal 142 and the secondary side third crossover conductive terminal 143 are electrically connected, and a primary side second non-crossover conductive terminal arrangement area Z22 is formed in the secondary side crossover conductive module 14. It should be noted that the secondary side first crossover conductive terminal 141, the secondary side second crossover conductive terminal 142 and the secondary side third crossover conductive terminal 143 can be selected to provide a shielding signal such as a ground signal, and the number of the secondary side first crossover conductive terminal 141, the secondary side second crossover conductive terminal 142 and the secondary side third crossover conductive terminal 143 is not limited to one.

[0112] The secondary side non-crossover conductive module 15 has a primary side first non-crossover conductive terminal 151 and a primary side second non-crossover conductive terminal 152. It should be noted that the secondary side first non-crossover conductive terminal 151 and the secondary side second non-crossover conductive terminal 152 can be selected to provide a signal such as a differential signal for transmission, and the number of the secondary side first non-crossover conductive terminal 151 and the secondary side second non-crossover conductive terminal 152 is not limited to one.

[0113] The secondary side insulating rubber core 16 is made of insulating material, and can be joined and positioned with the secondary side bridging conductive module 14 and the secondary side non-bridging conductive module 15 to form a primary side electrical connector assembly A2. The secondary side electrical connector assembly A2 has a primary side electrical connector assembly docking structure A21. The secondary side electrical connector assembly docking structure A21 can dock the docking connector 2 at the electrical connector secondary side S2 to provide signal transmission.

[0114] It should be noted that, in the secondary side electrical connector component A2, the secondary side first jumper conductive terminal 141, the secondary side second jumper conductive terminal 142, the secondary side third jumper conductive terminal 143, the secondary side first non-jumper conductive terminal 151 and the secondary side second non-jumper conductive terminal 152 respectively extend to the secondary side electrical connector component docking structure A21, and can electrically connect the docking connector 2 docked with the secondary side electrical connector component docking structure A21 to provide signal transmission.

[0115] In addition, if Figure 15 to Figure 16 As shown, the secondary side first non-crossing conductive terminal 151 is located in the secondary side first non-crossing conductive terminal layout area Z21, and the secondary side first conductive connector 144, the secondary side first cross-over conductive terminal 141 and the secondary side second cross-over conductive terminal 142 respectively extend on the side of the secondary side first non-crossing conductive terminal layout area Z21. In this way, the secondary side first conductive connector 144, the secondary side first cross-over conductive terminal 141 and the secondary side second cross-over conductive terminal 142 can extend on the side of the secondary side first non-crossing conductive terminal 151, and can provide shielding for the signal transmission of the secondary side first non-crossing conductive terminal 151 located in the secondary side first non-crossing conductive terminal layout area Z21, thereby reducing the degree of interference to the signal transmission of the secondary side first non-crossing conductive terminal 151, so that the secondary side first non-crossing conductive terminal 151 can transmit high-speed signals.

[0116] Furthermore, if Figure 15 to Figure 16As shown, the secondary side second non-crossing conductive terminal 152 is located in the secondary side second non-crossing conductive terminal layout area Z22, and the secondary side second conductive connector 145, the secondary side second cross-over conductive terminal 142 and the secondary side third cross-over conductive terminal 143 respectively extend on the side of the secondary side second non-crossing conductive terminal layout area Z22. In this way, the secondary side second conductive connector 145, the secondary side second cross-over conductive terminal 142 and the secondary side third cross-over conductive terminal 143 can extend on the side of the secondary side second non-crossing conductive terminal 152, and can provide shielding for the signal transmission of the secondary side second non-crossing conductive terminal 152 located in the secondary side second non-crossing conductive terminal layout area Z22, thereby reducing the degree of interference to the signal transmission of the secondary side second non-crossing conductive terminal 152, so that the secondary side second non-crossing conductive terminal 152 can transmit high-speed signals.

[0117] like Figure 6 As shown, the secondary side first conductive connecting body 144 has a primary side first connecting bending section 1441 and a primary side first connecting extension section 1442, wherein the secondary side first connecting bending section 1441 is connected to the secondary side first connecting extension section 1442, wherein the secondary side first connecting bending section 1441 can be bent so that the secondary side first connecting extension section 1442 can extend away from the secondary side electrical connector component docking structure A21, so as to avoid the secondary side first connecting extension section 1442 interfering with the secondary side electrical connector component docking structure A21 to dock the docking connector 2, so that the effect of the electrical connector 1 docking with the docking connector 2 is as expected.

[0118] like Figure 6 As shown, the secondary side second conductive connecting body 145 has a primary side second connecting bending section 1451 and a primary side second connecting extension section 1452, wherein the secondary side second connecting bending section 1451 is connected to the secondary side second connecting extension section 1452, wherein the secondary side second connecting bending section 1451 can be bent so that the secondary side second connecting extension section 1452 can extend away from the secondary side electrical connector component docking structure A21, so as to avoid the secondary side second connecting extension section 1452 interfering with the secondary side electrical connector component docking structure A21 to dock the docking connector 2, so that the effect of the electrical connector 1 docking with the docking connector 2 is as expected.

[0119] In the above embodiment, if Figure 15 to Figure 16As shown, the secondary side first jumper conductive terminal 141, the secondary side second jumper conductive terminal 142, the secondary side third jumper conductive terminal 143, the secondary side first conductive connector 144 and the secondary side second conductive connector 145 are connected to form a primary side jumper conductive component C2. The secondary side jumper conductive component C2 has a primary side jumper conductive component engagement structure C21 for providing engagement with the secondary side insulating rubber core 16. The secondary side jumper conductive component engagement structure C21 is located at the secondary side first conductive connector 144 or the secondary side second conductive connector 145 to ensure that the secondary side jumper conductive component C2 engages the secondary side insulating rubber core 16 and prevent the secondary side jumper conductive component C2 from being separated from the secondary side insulating rubber core 16.

[0120] Optionally, the secondary-side bridging conductive component joint structure C21 is located between the secondary-side first conductive connector 144 and the secondary-side second conductive connector 145 to ensure that the secondary-side bridging conductive component C2 is joined to the secondary-side insulating rubber core 16. In addition, optionally, at least a portion of the secondary-side bridging conductive component joint structure C21 is located at the secondary-side first joint bending section 1441, the secondary-side first joint extension section 1442, the secondary-side second joint bending section 1451 or the secondary-side second joint extension section 1452 to ensure that the secondary-side bridging conductive component C2 is joined to the secondary-side insulating rubber core 16 and to prevent the secondary-side bridging conductive component C2 from being separated from the secondary-side insulating rubber core 16.

[0121] like Fig.17 As shown, the jumper conductive element 17 has a main side first abutting pin 171 , a main side second abutting pin 172 , a main side third abutting pin 173 , a primary side first abutting pin 174 , a primary side second abutting pin 175 , a primary side third abutting pin 176 and a jumper conductive element shielding structure 177 .

[0122] Optionally, the jumper conductive component 17 is a metal conductive component, and the primary side first abutting pin 171, the primary side second abutting pin 172, the primary side third abutting pin 173, the secondary side first abutting pin 174, the secondary side second abutting pin 175 and the secondary side third abutting pin 176 are metal abutting pins. In addition, optionally, the jumper conductive component 17 is a conductive plastic component. Furthermore, optionally, the electrical connector component 18 is an insulating component.

[0123] like Figure 4As shown, the electrical connector component 18 can combine the main-side electrical connector component A1, the secondary-side electrical connector component A2 and the jumper conductive component 17 to form an electrical connector assembly 10. In the electrical connector assembly 10, the jumper conductive component 17 crosses the main-side first non-jumping conductive terminal 121, the main-side second non-jumping conductive terminal 122, the secondary-side first non-jumping conductive terminal 151 and the secondary-side second non-jumping conductive terminal 152, so that the main-side first abutting pin 171, the main-side second abutting pin 172, the main-side third abutting pin 173, the secondary-side first abutting pin 174, the secondary-side second abutting pin 175, the The secondary side third abutting pin 176 can respectively abut the main side first jumper conductive terminal 111, the main side second jumper conductive terminal 112, the main side third jumper conductive terminal 113, the secondary side first jumper conductive terminal 141, the secondary side second jumper conductive terminal 142 and the secondary side third jumper conductive terminal 143, so that the main side first jumper conductive terminal 111, the main side second jumper conductive terminal 112, the main side third jumper conductive terminal 113, the secondary side first jumper conductive terminal 141, the secondary side second jumper conductive terminal 142 and the secondary side third jumper conductive terminal 143 are electrically connected to transmit a shielding signal such as a ground signal.

[0124] Optionally, Fig.13 As shown, the electrical connector component 18 has a conductive connector joint structure 181 and an insulating rubber core joint structure 182. In the electrical connector assembly 10, the conductive connector joint structure 181 joins the main side first conductive connector 114, the main side second conductive connector 115, the secondary side first conductive connector 144 and the secondary side second conductive connector 145, and the insulating rubber core joint structure 182 joins the main side insulating rubber core 13 and the secondary side insulating rubber core 16.

[0125] In the above embodiment, if Figure 11 to Figure 12 As shown, in the electrical connector assembly 10, the jumper conductive component shielding structure 177 is located between the main side electrical connector component A1 and the secondary side electrical connector component A2, so that the jumper conductive component shielding structure 177 can provide shielding for the main side electrical connector component A1 and the secondary side electrical connector component A2. In this way, the degree of interference in the signal transmission between the main side electrical connector component A1 and the secondary side electrical connector component A2 can be reduced, so that the main side electrical connector component A1 and the secondary side electrical connector component A2 can transmit high-speed signals.

[0126] Optionally, Figure 4As shown, the jumper conductive component shielding structure 177 has a main side jumper conductive component shielding substructure 1771 and a primary side jumper conductive component shielding substructure 1772, the main side first abutting pin 171, the main side second abutting pin 172, and the main side third abutting pin 173 are respectively electrically connected to the main side jumper conductive component shielding substructure 1771, and the secondary side first abutting pin 174, the secondary side second abutting pin 175, and the secondary side third abutting pin 176 are respectively electrically connected to the secondary side jumper conductive component shielding substructure 1772. The electrical component shielding substructure 1771 and the secondary side jumper conductive component shielding substructure 1772 can transmit a shielding signal, such as a ground signal, and provide shielding for the main side electrical connector component A1 and the secondary side electrical connector component A2. In this way, the degree of interference in the signal transmission between the main side electrical connector component A1 and the secondary side electrical connector component A2 can be reduced, so that the main side electrical connector component A1 and the secondary side electrical connector component A2 can transmit high-speed signals, thereby optimizing the transmission quality of the electrical connector 1 for high-speed signals to meet the special needs and development of electronic equipment.

[0127] It should be noted that in the embodiments of the present application, some of the aforementioned components may be omitted. For example, the electrical connector may selectively include only a main-side jumper conductive module, a main-side non-jumper conductive module, and a main-side insulating rubber core. The main side jumper conductive module has a main side first jumper conductive terminal, a main side second jumper conductive terminal, a main side third jumper conductive terminal, a main side first conductive connector and a main side second conductive connector, wherein the main side first conductive connector electrically connects the main side first jumper conductive terminal and the main side second jumper conductive terminal to form a main side first non-jumper conductive terminal layout area, and the main side first conductive connector, the main side first jumper conductive terminal and the main side second jumper conductive terminal respectively extend on the side of the main side first non-jumper conductive terminal layout area; the main side second conductive connector electrically connects the main side second jumper conductive terminal and the main side third jumper conductive terminal to form a main side second non-jumper conductive terminal layout area, and the main side second conductive connector, the main side second jumper conductive terminal and the main side third jumper conductive terminal respectively extend on the side of the main side second non-jumper conductive terminal layout area. The main side non-jumper conductive module has a main side first non-jumper conductive terminal and a main side second non-jumper conductive terminal. The main side insulating rubber core can be joined with the main side jumper conductive module and the main side non-jumper conductive module to form a main side electrical connector assembly, and the main side electrical connector assembly has a main side electrical connector assembly docking structure, and the main side electrical connector assembly docking structure can dock with the docking connector on the main side of the electrical connector. In the main side electrical connector assembly, the main side first non-jumper conductive terminal and the main side second non-jumper conductive terminal are respectively located in the main side first non-jumper conductive terminal layout area and the main side second non-jumper conductive terminal layout area, and the main side first jumper conductive terminal, the main side second jumper conductive terminal, the main side third jumper conductive terminal, the main side first non-jumper conductive terminal and the main side second non-jumper conductive terminal are respectively extended to the main side electrical connector assembly docking structure, and can be electrically connected to the docking connector docked with the main side electrical connector assembly docking structure.

[0128] In summary, the present application provides an electrical connector, which has a conductive connecting body, a jumper conductive terminal and a non-jumper conductive terminal. The conductive connecting body can connect the jumper conductive terminal and extend on the side of the non-jumper conductive terminal to provide shielding for the signal transmission of the non-jumper conductive terminal, thereby reducing the degree of interference to the signal transmission of the non-jumper conductive terminal, thereby optimizing the transmission speed and quality of the signal of the non-jumper conductive terminal to solve the problem that the non-jumper conductive terminal is easily interfered when transmitting high-speed signals, so that the electrical connector can be used to transmit high-speed signals to meet the special needs and development of electronic equipment.

[0129] The above embodiments are merely illustrative of the principles and effects of the present application and are not intended to limit the present application. Anyone skilled in the art may modify and alter the above embodiments without violating the spirit and scope of the present application. Therefore, the scope of protection of the present application shall be as set forth in the claims of the present application.

Claims

1. An electrical connector, the electrical connector being capable of docking with a docking connector, wherein one side of the electrical connector is defined as a main side of the electrical connector, characterized in that: The electrical connector comprises: A main-side jumper conductive module, the main-side jumper conductive module has a main-side first jumper conductive terminal, a main-side second jumper conductive terminal, a main-side third jumper conductive terminal, a main-side first conductive connector and a main-side second conductive connector, wherein the main-side first conductive connector electrically connects the main-side first jumper conductive terminal and the main-side second jumper conductive terminal to form a main-side first non-jumper conductive terminal layout area, the main-side first conductive connector, the main-side first jumper conductive terminal and the main-side second jumper conductive terminal respectively extend on the side of the main-side first non-jumper conductive terminal layout area; the main-side second conductive connector electrically connects the main-side second jumper conductive terminal and the main-side third jumper conductive terminal to form a main-side second non-jumper conductive terminal layout area, the main-side second conductive connector, the main-side second jumper conductive terminal and the main-side third jumper conductive terminal respectively extend on the side of the main-side second non-jumper conductive terminal layout area; a main-side non-crossing conductive module, the main-side non-crossing conductive module having a main-side first non-crossing conductive terminal and a main-side second non-crossing conductive terminal; and A main side insulating rubber core, the main side insulating rubber core can be joined to the main side jumper conductive module and the main side non-jumper conductive module to form a main side electrical connector component, the main side electrical connector component has a main side electrical connector component docking structure, the main side electrical connector component docking structure can dock the docking connector on the main side of the electrical connector, in the main side electrical connector component, the main side first non-jumper conductive terminal and the main side second non-jumper conductive terminal are respectively located in the main side first non-jumper conductive terminal layout area and the main side second non-jumper conductive terminal layout area, and the main side first jumper conductive terminal, the main side second jumper conductive terminal, the main side third jumper conductive terminal, the main side first non-jumper conductive terminal and the main side second non-jumper conductive terminal respectively extend to the main side electrical connector component docking structure, and can electrically connect the docking connector docked with the main side electrical connector component docking structure.

2. The electrical connector according to claim 1, characterized in that: The main side first conductive connecting body has a main side first connecting bending section and a main side first connecting extension section, the main side first connecting bending section is connected to the main side first connecting extension section, wherein the main side first connecting bending section can be bent so that the main side first connecting extension section can extend away from the main side electrical connector component docking structure; the main side second conductive connecting body has a main side second connecting bending section and a main side second connecting extension section, the main side second connecting bending section is connected to the main side second connecting extension section, wherein the main side second connecting bending section can be bent so that the main side second connecting extension section can extend away from the main side electrical connector component docking structure.

3. The electrical connector according to claim 2, characterized in that: The main side first jumper conductive terminal, the main side second jumper conductive terminal, the main side third jumper conductive terminal, the main side first conductive connector and the main side second conductive connector are connected to form a main side jumper conductive component. The main side jumper conductive component has a main side jumper conductive component joint structure. The main side jumper conductive component joint structure is located between the main side first conductive connector, the main side second conductive connector, or the main side first conductive connector and the main side second conductive connector to provide a connection for the main side insulating rubber core.

4. The electrical connector according to claim 3, characterized in that: At least a portion of the main-side bridging conductive component joint structure is located at the main-side first connecting bending section, the main-side first connecting extension section, the main-side second connecting bending section or the main-side second connecting extension section.

5. The electrical connector according to claim 1, characterized in that: The other side of the electrical connector is defined as a secondary side of the electrical connector, and the secondary side of the electrical connector is opposite to the primary side of the electrical connector. The electrical connector further includes: A primary-side jumper conductive module, the secondary-side jumper conductive module has a primary-side first jumper conductive terminal, a primary-side second jumper conductive terminal, a primary-side third jumper conductive terminal, a primary-side first conductive connector and a primary-side second conductive connector, wherein the secondary-side first conductive connector electrically connects the secondary-side first jumper conductive terminal and the secondary-side second jumper conductive terminal to form a primary-side first non-jumper conductive terminal layout area, the secondary-side first conductive connector, the secondary-side first jumper conductive terminal and the secondary-side second jumper conductive terminal respectively extend on the side of the secondary-side first non-jumper conductive terminal layout area; the secondary-side second conductive connector electrically connects the secondary-side second jumper conductive terminal and the secondary-side third jumper conductive terminal to form a primary-side second non-jumper conductive terminal layout area, the secondary-side second conductive connector, the secondary-side second jumper conductive terminal and the secondary-side third jumper conductive terminal respectively extend on the side of the secondary-side second non-jumper conductive terminal layout area; A primary side non-crossing conductive module, wherein the secondary side non-crossing conductive module has a primary side first non-crossing conductive terminal and a primary side second non-crossing conductive terminal; and A primary side insulating rubber core, the secondary side insulating rubber core can be joined to the secondary side jumper conductive module and the secondary side non-jumper conductive module to form a primary side electrical connector component, the secondary side electrical connector component has a primary side electrical connector component docking structure, the secondary side electrical connector component docking structure can dock the docking connector on the secondary side of the electrical connector, in the secondary side electrical connector component, the secondary side first non-jumper conductive terminal and the secondary side second non-jumper conductive terminal are respectively located in the secondary side first non-jumper conductive terminal layout area and the secondary side second non-jumper conductive terminal layout area, and the secondary side first jumper conductive terminal, the secondary side second jumper conductive terminal, the secondary side third jumper conductive terminal, the secondary side first non-jumper conductive terminal and the secondary side second non-jumper conductive terminal respectively extend to the secondary side electrical connector component docking structure, and can electrically connect the docking connector docked with the secondary side electrical connector component docking structure.

6. The electrical connector according to claim 5, characterized in that: The first conductive connecting body on the secondary side has a first connecting bending section on the primary side and a first connecting extension section on the primary side, and the first connecting bending section on the secondary side is connected to the first connecting extension section on the secondary side, wherein the first connecting bending section on the secondary side can be bent so that the first connecting extension section on the secondary side can extend away from the docking structure of the secondary side electrical connector component; the second conductive connecting body on the secondary side has a second connecting bending section on the primary side and a second connecting extension section on the primary side, and the second connecting bending section on the secondary side is connected to the second connecting extension section on the secondary side, wherein the second connecting bending section on the secondary side can be bent so that the second connecting extension section on the secondary side can extend away from the docking structure of the secondary side electrical connector component.

7. The electrical connector according to claim 6, characterized in that: The secondary side first jumper conductive terminal, the secondary side second jumper conductive terminal, the secondary side third jumper conductive terminal, the secondary side first conductive connector and the secondary side second conductive connector are connected to form a primary side jumper conductive component. The secondary side jumper conductive component has a primary side jumper conductive component joint structure. The secondary side jumper conductive component joint structure is located between the secondary side first conductive connector, the secondary side second conductive connector, or the secondary side first conductive connector and the secondary side second conductive connector to provide a connection for the secondary side insulating rubber core.

8. The electrical connector according to claim 7, characterized in that: At least a portion of the secondary-side bridging conductive component joint structure is located at the secondary-side first connecting bending section, the secondary-side first connecting extending section, the secondary-side second connecting bending section or the secondary-side second connecting extending section.

9. The electrical connector according to claim 5, characterized in that: The electrical connector further comprises: a jumper conductive element, the jumper conductive element having a main side first abutting pin, a main side second abutting pin, a main side third abutting pin, a primary side first abutting pin, a primary side second abutting pin and a primary side third abutting pin; and An electrical connector component, wherein the electrical connector component can combine the main-side electrical connector component, the secondary-side electrical connector component and the jumper conductive component to form an electrical connector assembly component, wherein the jumper conductive component jumps over the main-side first non-jumping conductive terminal, the main-side second non-jumping conductive terminal, the secondary-side first non-jumping conductive terminal and the secondary-side second non-jumping conductive terminal, so that the main-side first abutting pin, the main-side second abutting pin, the main-side third abutting pin, the secondary-side first abutting pin, the The second abutting pin on the secondary side and the third abutting pin on the secondary side can respectively abut the first jumper conductive terminal on the main side, the second jumper conductive terminal on the main side, the third jumper conductive terminal on the main side, the first jumper conductive terminal on the secondary side, the second jumper conductive terminal on the secondary side and the third jumper conductive terminal on the secondary side, so that the first jumper conductive terminal on the main side, the second jumper conductive terminal on the main side, the third jumper conductive terminal on the main side, the first jumper conductive terminal on the secondary side, the second jumper conductive terminal on the secondary side and the third jumper conductive terminal on the secondary side are electrically connected.

10. The electrical connector according to claim 9, characterized in that: The jumper conductive component is a metal conductive component, and the main side first abutting pin, the main side second abutting pin, the main side third abutting pin, the secondary side first abutting pin, the secondary side second abutting pin and the secondary side third abutting pin are metal abutting pins.

11. The electrical connector according to claim 9, characterized in that: The jumper conductive component is made of conductive plastic.

12. The electrical connector according to claim 9, characterized in that: The electrical connector component is an insulating component.

13. The electrical connector according to claim 9, characterized in that: The jumper conductive component also has a jumper conductive component shielding structure. In the electrical connector assembly, the jumper conductive component shielding structure is located between the primary side electrical connector component and the secondary side electrical connector component so that the jumper conductive component shielding structure can provide shielding for the primary side electrical connector component and the secondary side electrical connector component.

14. The electrical connector according to claim 13, characterized in that: The jumper conductive component shielding structure has a main side jumper conductive component shielding substructure and a primary side jumper conductive component shielding substructure, the main side first abutment pin, the main side second abutment pin, and the main side third abutment pin are respectively electrically connected to the main side jumper conductive component shielding substructure, and the secondary side first abutment pin, the secondary side second abutment pin, and the secondary side third abutment pin are respectively electrically connected to the secondary side jumper conductive component shielding substructure.

15. The electrical connector according to claim 9, characterized in that: The electrical connector component has a conductive connector joint structure. In the electrical connector assembly, the conductive connector joint structure joins the primary side first conductive connector, the primary side second conductive connector, the secondary side first conductive connector and the secondary side second conductive connector.

16. The electrical connector according to claim 9, characterized in that The electrical connector component has an insulating rubber core joint structure. In the electrical connector assembly, the insulating rubber core joint structure joins the primary-side insulating rubber core and the secondary-side insulating rubber core.

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