TWM461199U - Electronic transport module - Google Patents

Description

Electronic signal transmission module (3)

The creation system provides an electronic signal transmission module (3), especially a transmission module for electronic signal distribution and transmission between electronic products, and uses a positive power supply isolation portion and a separation guide to reduce capacitive coupling and impedance phase. Match and increase the stability of signal transmission.

According to the advancement of electronic technology, many electronic and electrical products bring people comfort and convenience in work and life, and people are increasingly relying on the use of electronic and electrical products. Through the application and operation of various electronic signals. Control the operation and execution of electronic and electrical products, as well as the continuous improvement and creation of various electronic and electrical products. The functions of various electronic and electrical products must be continuously updated and replaced, and the application of electronic signals is required. Controlling the operation and execution capabilities of electronic and electrical products, and the speed of electronic signal transmission is constantly increasing. It is necessary to pass a high-speed transmission interface to meet a large number of electronic signal transmission speeds. The interface of electronic signal transmission is also constantly Improvements, innovations, changes in the interface type and number of transmission signals, in order to increase the speed of high-speed transmission of electronic signals, and thus expand the interface size of the transmission of electronic signals, but also become a lack of space, affecting the layout of the circuit, and various Interface between electronic and electrical products for transmitting electronic signals, The computer or laptop development potential flooding, making all kinds of internal high-speed transmission of computer interface also will be substantially reduced, with the high-speed transmission The transmission speed of the interface is greatly improved, and the number of conductive metal conductors is increased and the distribution is dense. However, the current universal bus interface is quite close in spatial arrangement by the nine conductive metal conductors, so the signal transmission is bound to increase the capacitive coupling. Phenomenon, thereby increasing the interference condition during signal transmission, thereby reducing the stability of signal transmission, and the circuit impedance (Z) of the high-speed transmission interface and the system board interface must match, and the interference can be effectively reduced under the condition that the condition is met. The signal transmission between the high-speed transmission interface and the system board interface is correctly performed. Otherwise, the signal transmission between the high-speed transmission interface and the system board interface will cause signal reflection and cause loss, distortion and distortion of the electronic signal, resulting in frequency. The quality of wide and electronic signals is not up to standard, and affects the normal operation of electronic devices such as desktop computers, notebook computers or tablets.

Therefore, how to solve the current high-speed signal interface between electronic and electrical products, it will increase the capacitive coupling and interfere with the signal transmission, thereby reducing the stability of signal transmission, and the impedance mismatch will interfere with the signal transmission and synchronously reduce the stability of signal transmission. This will result in the deterioration of the use quality of electronic and electrical products, the lack of signal, etc., which is the direction for the relevant manufacturers engaged in this industry to research and improve.

Therefore, in view of the above-mentioned problems and deficiencies, the creators have collected relevant information, and through multi-party assessment and consideration, and through years of experience in the industry, through continuous trial and modification, this design can reduce the capacitive coupling and The new patents for the electronic signal transmission module (3) that meet the impedance matching for electronic and electrical products during operation and are not susceptible to interference from surrounding signals.

The main purpose of this creation is in the electronic signal transmission module (3) The rim bearing seat utilizes the internal bearing space for the positive power supply isolation portion of the electronic signal distribution department, the first signal distribution guide group, the noise processing grounding guide, the second signal distribution guide group, and the noise grounding The guide member and the third signal distribution guide group are housed in the bearing space of the insulating socket, and then the outer cover of the insulating socket and the electronic signal distribution portion are assembled and covered to form an external shielding signal. Function, and through the positive power supply isolation portion and at least three or more separation guides, the power supply guide member, the fourth connection guide member, the second engagement guide member, and the first separation guide member form a closed frame shape An isolation space, the second separation guide, the third separation guide, the first engagement guide, and the third engagement guide form a closed frame to form a second isolation space, and the fifth connection guide is connected to the second connection Between the guiding member and the third connecting guide, and constituting at least two or more isolated spaces, when the electronic signal is distributed in each of the guiding groups of the electronic signal distributing portion, the space between the adjacent two isolated spaces is utilized. Separation Member, to reduce capacitive coupling and to achieve impedance matching and increase the stability of signal transmission.

The secondary purpose of this creation is the positive power supply isolation section of the electronic signal transmission module (3), which can further define each signal distribution guide group, noise processing grounding guide, noise grounding guide and power supply guide. Pieces, etc., respectively, form a limit in each isolation space, and form a barrier and isolation in each isolation space to avoid mutual interference.

1‧‧‧Electronic Signal Distribution Department

101‧‧‧First isolation space

102‧‧‧Second isolation space

103‧‧‧ third isolation space

11‧‧‧ Positive Power Supply Isolation Department

111‧‧‧Power supply guide

1110‧‧‧First bend

1111‧‧‧Power guide docking interface

112‧‧‧Power guide positioning joint

113‧‧‧First partition guide

1130‧‧‧second bend

114‧‧‧Second separation guide

1140‧‧‧ Third bend

115‧‧‧ Third partition guide

1150‧‧‧4th bend

116‧‧‧First connecting guide

117‧‧‧Second connecting guide

118‧‧‧ Third connecting guide

119‧‧‧fourth connecting guide

12‧‧‧First Signal Distribution Guide Group

120‧‧‧ fifth connecting guide

121‧‧‧First electronic signal distribution guide

1211‧‧‧ first docking surface

1212‧‧‧First positioning junction

122‧‧‧Second electronic signal distribution guide

1221‧‧‧ second docking surface

1222‧‧‧Second positioning junction

13‧‧‧ Noise Processing Grounding Guide

131‧‧‧First noise grounding interface

132‧‧‧ Third positioning junction

14‧‧‧Second Signal Distribution Guide Group

141‧‧‧First differential signal distribution guide

1411‧‧‧First differential interface

1412‧‧‧Four positioning joint

142‧‧‧Second differential signal distribution guide

1421‧‧‧Second differential interface

1422‧‧‧Fixed positioning joint

15‧‧‧ Noise Grounding Guide

151‧‧‧Second noise grounding interface

152‧‧‧ sixth positioning junction

16‧‧‧The third signal distribution guide group

161‧‧‧ Third differential signal distribution guide

1611‧‧‧ third differential interface

1612‧‧‧ seventh positioning junction

162‧‧‧fourth differential signal distribution guide

1621‧‧‧ fourth differential interface

1622‧‧‧8th positioning junction

2‧‧‧Insulation support

20‧‧‧Holding space

21‧‧‧ positioning channel

211‧‧‧Docking Department

212‧‧‧Fixed Department

213‧‧‧卡固槽

3‧‧‧Shading outer casing

30‧‧‧ docking space

The first picture is a three-dimensional appearance of the creation.

The second picture is a three-dimensional exploded view of the creation.

The third picture is a three-dimensional exploded view of the other direction of the creation.

The fourth picture is a top view of the creative electronic signal distribution department.

The fifth figure is a side cross-sectional view of the creation.

In order to achieve the above objectives and effects, the technical means and its construction, and the method of implementation adopted by the present invention are described in detail in the preferred embodiment of the present creation, and the features and functions are as follows.

Please refer to the first, second, third and fourth figures, which are the three-dimensional appearance drawing, the three-dimensional exploded view of the creation, the three-dimensional exploded view of the other direction, and the top view of the electronic signal distribution department, which can be clearly seen from the figure. The electronic signal distribution unit 1 of the present invention includes a positive power supply isolation unit 11, a first signal distribution guide group 12, a noise processing grounding guide 13, a second signal distribution guide group 14, and a noise grounding guide. 15 and the third signal distribution guide group 16, wherein: the positive power supply of the electronic signal distribution unit 1 supplies the isolation portion 11 and is provided with a power supply guide 111 on one side, and the power supply guide 111 has a power supply on the side. a guiding member docking interface 1111, a power guiding guide positioning surface 112 extending from the other side, and a parallel guiding power supply guide 111 is sequentially provided with a first separating guide 113, a second separating guide 114 and a third separating guide. 115, the side of the power supply guide member 111 side of the power supply guide docking interface 1111, and the first and second separation guides 113, the second separation guide 114, and the third separation guide 115 are respectively bent upward. Forming a first bending section 1110 and a second bending section 113 respectively after folding 0, the third bending section 1140 and the fourth bending section 1150, and then the bending sections 1110, 1130, 1140 and 1150 are respectively connected in the horizontal direction by the first connecting guide 116 and the fourth connecting guide 119. The power supply positioning interface 112 on the other side of the power supply connector docking interface 1111 forms a closed first isolation space 101 and a second separation guide with the second connection guide 117 and the first separation guide 113. The piece 114 and the third dividing guide 115 are connected to the third connecting guide 118 to form a closed second isolation space 102, and the fifth connecting guide 120 is connected to the second connecting guide 117 and the third connecting guide 118. At least two or more isolation spaces are formed between the interior, such as the first isolation space 101, the second isolation space 102, and the third isolation space 103.

The first signal distribution guide group 12 includes a first electronic signal distribution guide 121 and a second electronic signal distribution guide 122, and the first electronic signal distribution guide 121 has a first mating surface 1211 and another side. The first positioning surface 1212 is formed to extend outwardly, and the second electronic signal distribution guide 122 has a second abutting surface 1221, and the other side extends outward to form a second positioning surface 1222.

The noise processing grounding guide 13 has a first noise grounding abutting surface 131, and a third positioning joint surface 132 extending from the other side.

The second signal distribution guide group 14 includes a first differential signal distribution guide 141 and a second differential signal distribution guide 142, and the first differential signal distribution guide 141 has a first differential interface 1411, and further A fourth positioning interface 1412 is disposed on the side, and the second differential signal distribution guide 142 has a second differential abutting surface 1421 and a fifth positioning interface 1422 extending to the other side.

The noise grounding guide 15 has a second noise ground abutting surface 151 and a sixth positioning surface 152 extending to the other side.

The third signal distribution guide group 16 includes a third differential signal distribution guide 161 and a fourth differential signal distribution guide 162, and the third differential signal distribution guide 161 has a third differential interface 1611. A seventh positioning interface 1612 is disposed on the other side, and a fourth differential interface 162 is disposed on the fourth differential signal distribution guide 162. 1. The eighth positioning joint 1622 is further extended to the other side.

When the components are disposed and positioned, the power supply isolation portion 11 of the electronic signal distribution unit 1 is used, and the power supply guide interface 1111 and the power guide positioning surface 112 of the power supply guide 111 extend to the two sides. The four connecting guides 119, the second connecting guides 117, and the first dividing guides 113 form a closed frame shape, the second dividing guides 114, the third dividing guides 115 and the first connecting guides 116, and the third The connecting guides 118 form a closed frame shape, and at least two or more isolated spaces are formed in the positive power supply isolation portion 11 (the present invention has three isolated spaces: a first isolated space 101, a second isolated space 102, and a The three isolation space 103 is an application description of the preferred embodiment, but it is not limited to the scope of application of the present invention. For example, the positive power supply isolation portion 11 and the partition guide member form at least two isolation spaces, which is the creation. Included in the technical field and protected by the scope of the patent application; the third isolation space 103 of the positive power supply isolation portion 11 is used for accommodating the first electronic signal distribution guide of the first signal distribution guide group 12. 121. The second electronic signal distribution guide 122 is disposed behind the first docking surface 1211 of the first electronic signal distribution guide 121 and the second docking surface 1221 of the second electronic signal distribution guide 122. A noise grounding guide 15 is disposed between the guiding member 121 and the second electronic signal distribution guide 122, and the second noise grounding abutting surface 151 of the noise grounding conductor 15 is located at the first mating surface 1211 and the second docking The noise processing grounding guide 13 and the second signal distribution guiding group 14 are housed in the second isolation space 102 of the positive power supply isolation portion 11 at the rear of the surface 1221, and the first noise grounding interface 131 is provided. Located in front of the first differential abutting surface 1411 and the second differential abutting surface 1421, and reaching the first noise ground abutting surface 131 and the first mating surface 1211, the second mating surface 1221, and the power guiding pair The interface 1111 is disposed in a coplanar manner and maintained at the same horizontal plane position. Then, in the first isolation space 101 adjacent to the power supply connector docking interface 1111, the third signal distribution guide group 16 is placed, and the third differential is provided. The third differential abutting surface 1611 of the signal distribution guide 161 and the fourth differential abutting surface 1621 of the fourth differential signal distribution guide 162 are respectively located behind the power guide docking interface 1111, and the third differential abutting surface 1611 and the fourth differential The mating surface 1621 and the second noise ground abutting surface 151, the first differential abutting surface 141, and the second differential abutting surface 142 are disposed in a coplanar manner and are located at the same horizontal plane; further, the positive power supply isolating portion 11 is on the other side. The power guiding component positioning interface 112 is respectively connected to the first positioning connection surface 1212, the second positioning connection surface 1222, the third positioning connection surface 132, the fourth positioning connection surface 1412, the fifth positioning connection surface 1422, and the sixth positioning connection. The surface 152, the seventh positioning surface 1612 and the eighth positioning surface 1622 are disposed in a coplanar manner for stable fixing to the corresponding transmission guide on the predetermined electronic circuit substrate, and the electronic circuit substrate can be Circuit board or wire Then, the positive power supply isolation unit 11, the first signal distribution guide group 12, the noise processing grounding guide 13, the second signal distribution guide group 14, the noise grounding guide 15, and the third signal distribution guide group 16 The group constitutes an electronic signal distribution unit 1.

The positive power supply isolation unit 11 , the first signal distribution guide group 12 , the noise processing grounding guide 13 , the second signal distribution guide group 14 , the noise grounding guide 15 and the third signal of the electronic signal distribution unit 1 The distribution guide group 16 and the like are respectively made of a metal material having a conductive function, and can be made of copper material, nickel material or aluminum material or alloy material, etc., for transmitting an electronic signal, a power signal or a ground signal, and the like. The first docking surface 1211 and the second docking surface 1221 of the first signal distribution guide group 12 can be electrically contacted with an external preset electronic signal contact surface for electronic signal transmission; the second signal distribution guide Group 14 A differential abutting surface 1411, a second differential abutting surface 1421, and a third differential abutting surface 1611 and a fourth differential abutting surface 1621 of the third signal distribution guide group 16 are electrically in contact with an external preset electronic signal contact surface, respectively. For the transmission of the electronic signal; and the first noise grounding interface 131 of the noise processing grounding conductor 13 and the second noise grounding interface 151 of the noise grounding conductor 15 are respectively in contact with the external preset grounding signal The surface is electrically contacted to dissipate the interference signal.

Please refer to the first, third and fifth figures, which are the three-dimensional appearance of the creation, the exploded view of the other direction, and the side cross-sectional view. As can be clearly seen from the respective figures, the electronic signal transmission mode The group (3) may further include an electronic signal distribution unit 1, an insulating socket 2, and a shielding outer casing 3. The electronic signal distribution unit 1 includes a positive power supply isolation unit 11 and a first signal distribution guide group 12. An electronic signal distribution guide 121, a second electronic signal distribution guide 122, a noise processing grounding guide 13, a second signal distribution guide group 14, a noise grounding guide 15, and a third signal distribution guide group 16.

The insulating socket 2 is made of an insulating material such as plastic, rubber or silicone rubber of an insulating material, and has a receiving space 20 therein, and a plurality of positioning grooves 21 conforming to a preset electronic transmission interface type are disposed in the receiving space 20 . Then, the abutting portion 211 is formed on the side of the plurality of positioning grooves 21, and the fixing portion 212 is formed on the other side.

The shielding outer casing 3 is made of metal, iron, copper, aluminum, zinc or an alloy material, and has abutting space 30 penetrating inside.

When the components are assembled, the guides of the electronic signal distribution unit 1 are respectively assembled to the housing space 20 of the insulating socket 2, and the guides are respectively fixed and fixed in the positioning grooves 21, respectively. Power supply connector docking interface 1111, first docking surface 1211 The second abutting surface 1221 and the first noise grounding abutting surface 131 are respectively located on the outer side of the abutting portion 211 of each positioning channel 21, and are provided with a power guiding member docking interface 1111, a first mating surface 1211, and a second mating surface. 1221 and the first noise grounding abutting surface 131, the first connecting guide 116 and the fourth connecting guide 119 which are vertically bent and then horizontally connected, that is, the fixing groove 213 embedded in the outer side of the abutting portion 211, The first connecting guide 116 and the fourth connecting guide 119 are fixed in the fixing slot 213, and are lower than the power guiding interface docking interface 1111, the first mating surface 1211, the second mating surface 1221, and the first noise. The grounding abutting surface 131 and the like, the plane of each of the guiding members does not affect the insertion and extraction of the relative connection between the guide members and the external opposing type guide members, and the inner side of the abutting portion 211 respectively accommodates the first differential abutting surface 1411. The two differential abutting faces 1421, the second noise grounding abutting face 151, the third differential abutting face 1611, and the fourth differential abutting face 1621 form two sets of guide members that are separated before and after the abutting portion 211 of the insulating receiving seat 2 ( Can conform to the universal serial bus interface mode, etc.) The outer portions of the feeding portion 1 and the insulating socket 2 are covered and shielded by the shielding outer casing 3 to constitute another form of electronic signal transmitting module.

Furthermore, in the actual application, the electronic signal distribution unit 1 of the present invention forms a wraparound barrier function around the positive power supply for the positive power supply 传送 transmitted by the positive power supply isolation unit 11 to form a wraparound barrier function. An isolation space 101, a second isolation space 102 and a third isolation space 103 are separated into three mutually non-interfering spaces, and the first signal distribution guide group 12 and the noise grounding guide 15 are located in the third isolation. In the space 103, the noise processing grounding guide 13 and the second signal distribution guiding group 14 are located in the second isolation space 102, and the third signal distribution guiding group 16 is located in the first isolation space 101, and the guiding members are When the electronic signal transmission is performed, it is surrounded by the positive power supply isolation portion 11 and the first separation The guiding member 113, the second separating guide 114 and the third dividing guiding member 115 are separated to reduce capacitive coupling and impedance matching, improve the stability of the electronic signal transmission, and process the grounding conductor 13 through the noise. The grounding guide 15 transmits the interference signal to the outside, reduces the instability of the electronic signal distribution unit 1 when the signal is transmitted, and increases the stability of the electronic signal transmission.

Therefore, the above description is only a preferred embodiment of the present invention, and thus does not limit the scope of the patent of the creation. The electronic signal transmission module (3) of the present invention is used for isolating the positive power supply of the electronic signal distribution unit 1. The portion 11 has at least two or more isolation spaces 101, 102 (or 103) formed therein, and accommodates and houses the first signal distribution guide group 12 and the noise processing ground in different isolation spaces 101, 102, and 103. The guiding member 13, the second signal distributing guide 14, the noise grounding guide 15 and the third signal distributing guide 16 are separated by a positive current supplied from the positive power supply isolation portion 11 to reach the electronic signal distributing unit 1 When transmitting electronic signals, power supplies, etc., it is not easy to cause mutual interference. Therefore, the structures and devices that can achieve the above effects should be covered by this creation. Such simple modifications and equivalent structural changes should be included in the same reason. Within the scope of the patent of this creation, it is given to Chen Ming.

Therefore, the design is mainly for the transmission module of the electronic signal, and the at least two isolation spaces are formed by the positive power supply isolation portion of the electronic signal distribution unit and the interior of each separation guide, and are respectively accommodated by the respective isolation spaces. The first signal distribution guide group, the noise processing grounding guide, the second signal distribution guide group, the noise grounding guide and the third signal distribution guide group, and the power supply guide and the fourth connecting guide The second connecting guide and the first separating guide form a closed frame to form a first isolation space, and the second separating guide, the third separating guiding member, the first connecting guiding member and the third connecting guiding member are closed. Forming a second isolation space, The positive power supply isolation section forms the isolation function of the positive power supply to reduce the capacitive coupling and the impedance matching. The main protection focus is for the stable transmission of the signals by the guides, only the electronic signal transmission module transmits the signals. The advantage of mutual interference between the guide members can be reduced, and the stable quality of the electronic signal transmission can be improved. However, the above description is only a preferred embodiment of the present invention, and thus the patent of the creation is not limited thereby. The scope of the application, and the simple modification and equivalent structural changes made by the use of this manual and the contents of the drawings shall be included in the scope of the patent of this creation and shall be combined with Chen Ming.

In summary, the above-mentioned electronic signal transmission module (3) is actually capable of achieving its efficacy and purpose when implemented and used. Therefore, this creation is a practical and excellent research and development, and is in line with the application of the new patent. In order to apply for it, I hope that the trial committee will grant the case as soon as possible to protect the creators' hard work in R&D and creation. If there is any doubt in the ruling committee, please do not hesitate to give instructions, the creators will try their best to cooperate and feel good.

1‧‧‧Electronic Signal Distribution Department

101‧‧‧First isolation space

102‧‧‧Second isolation space

103‧‧‧ third isolation space

11‧‧‧ Positive Power Supply Isolation Department

111‧‧‧Power supply guide

1111‧‧‧Power guide docking interface

112‧‧‧Power guide positioning joint

113‧‧‧First partition guide

114‧‧‧Second separation guide

115‧‧‧ Third partition guide

116‧‧‧First connecting guide

117‧‧‧Second connecting guide

118‧‧‧ Third connecting guide

119‧‧‧fourth connecting guide

12‧‧‧First Signal Distribution Guide Group

120‧‧‧ fifth connecting guide

121‧‧‧First electronic signal distribution guide

122‧‧‧Second electronic signal distribution guide

13‧‧‧ Noise Processing Grounding Guide

131‧‧‧First noise grounding interface

132‧‧‧ Third positioning junction

14‧‧‧Second Signal Distribution Guide Group

141‧‧‧First differential signal distribution guide

142‧‧‧Second differential signal distribution guide

15‧‧‧ Noise Grounding Guide

151‧‧‧Second noise grounding interface

152‧‧‧ sixth positioning junction

16‧‧‧The third signal distribution guide group

161‧‧‧ Third differential signal distribution guide

162‧‧‧fourth differential signal distribution guide

2‧‧‧Insulation support

20‧‧‧Holding space

21‧‧‧ positioning channel

211‧‧‧Docking Department

212‧‧‧Fixed Department

213‧‧‧卡固槽

3‧‧‧Shading outer casing

30‧‧‧ docking space

Claims (7)

An electronic signal transmission module (3) comprising a positive power supply isolation portion, a first electronic signal distribution guide, a second electronic signal distribution guide, a noise processing grounding guide, a first differential signal distribution guide, and a first a second differential signal distribution guide, a noise grounding guide, a third differential signal distribution guide, and a fourth differential signal distribution guide, wherein: the positive power supply isolation portion has a power supply for connecting an external preset power supply guide The guiding interface of the guiding member is assembled and positioned on the positioning guide of the power guiding member of the external preset electronic circuit substrate, and the fourth guiding member is extended outwardly from the power guiding member docking interface and the power guiding member positioning joint to the two sides respectively. The second connecting guide and the first dividing guide form a closed frame shape to form a first isolation space, and the second dividing guide and the third dividing guide form a closed relationship with the first connecting guide and the third connecting guide. a second isolation space is formed in the frame shape, and a fifth connection guide is connected between the second connection guide and the third connection guide, and the positive power supply isolation portion forms at least two isolations from each of the separation guides. The first electronic signal distribution guide is disposed in an isolation space of the positive power supply isolation portion, and has a first interface on the one side that is in electrical contact with the external preset electronic signal contact surface, and the other side is provided a first positioning interface fixed to the external electronic circuit substrate; the second electronic signal distribution guide is disposed in an isolation space of the positive power supply isolation portion and adjacent to the first electronic signal distribution guide Provided that one side has a second mating surface electrically contacting the external preset electronic signal contact surface, and the other side is provided with a second positioning interface fixed on the external preset electronic circuit substrate; the noise processing grounding guide The device is disposed in another isolation space of the adjacent first electronic signal distribution guide and the second electronic signal distribution guide installed in the positive power supply isolation portion, and is provided externally The first noise grounding abutting surface of the electrical contact surface of the preset grounding signal contact surface, and the third positioning connecting surface fixed to the external electronic circuit substrate on the other side; the first differential signal distribution guiding component is installed In the isolated space of the adjacent noise processing grounding guide of the positive power supply isolation portion, one side has a first differential abutting surface on the inner side of the first noise ground abutting surface, and the other side is located on the third positioning joint side. a fourth positioning contact surface; the second differential signal distribution guide is disposed in an isolation space adjacent to the first differential signal distribution guide of the positive power supply isolation portion, and has an adjacent first differential interface on one side The second differential abutting surface and the other side are provided with a fifth positioning joint on the side of the fourth positioning joint; the noise grounding guide is disposed adjacent to the inner side of the first and second electronic signal distribution guides In the isolated space, one side has a sixth positioning joint on the inner side of the first and second positioning joints; the third differential signal distribution guide is installed in the positive power supply isolation portion adjacent to the first and second electronic signal distribution The other side of the guide is in the isolated space, one side has a third differential abutting surface on the other side of the adjacent second noise grounding abutting surface, and a seventh positioning connecting surface adjacent to the first positioning connecting surface on the other side; and the fourth differential signal distributing guide The first differential signal distribution guide adjacent to the first and second electronic signal distribution guides is disposed adjacent to the positive power supply isolation portion, and adjacent to the third differential signal distribution guide, and one side has a fourth differential of the adjacent third differential interface The abutting surface and the other side are the eighth positioning joints provided with adjacent seventh positioning joints. An electronic signal transmission module (3) includes an insulating socket, an electronic signal distribution portion, and a shielding outer casing, wherein: the insulating socket has a bearing space therein; the electronic signal distribution portion is assembled in an insulation bearing The seat space of the seat includes the positive power supply Supply isolation unit, first electronic signal distribution guide, second electronic signal distribution guide, noise processing grounding guide, first differential signal distribution guide, second differential signal distribution guide, noise grounding guide, a three-differential signal distribution guide and a fourth differential signal distribution guide, and the positive power supply isolation portion has a power guide docking interface for abutting an external preset power supply guide, and is assembled and positioned on the external preset electronic circuit substrate. The power guiding member is located at the connecting surface, and the power guiding member docking interface and the power guiding member positioning connecting surface extend outward to the two sides respectively, and the fourth connecting guiding member, the second connecting guiding member and the first separating guiding member form a closed frame. Forming a first isolation space, and the second separation guide, the third separation guide and the first engagement guide and the third engagement guide form a closed frame to form a second isolation space, and the second connection A fifth connecting guide is connected between the guiding member and the third connecting guide, and the positive power supply isolating portion and each of the separating guides form at least two or more isolated spaces; the first electronic signal distributing guide is mounted on Positive In an isolated space of the supply isolation portion, one side has a first abutting surface electrically contacting the external preset electronic signal contact surface, and the other side is provided with a first positioning connection surface fixed on the external electronic circuit substrate; The second electronic signal distribution guide is disposed in an isolation space of the positive power supply isolation portion and adjacent to the first electronic signal distribution guide, and one side has electrical contact with the external preset electronic signal contact surface. The second mating surface and the other side are provided with a second positioning joint fixed to the external electronic circuit substrate; the noise processing grounding guide is for the adjacent first electronic signal distribution installed in the positive power supply isolation portion The other isolated space of the guiding member and the second electronic signal distribution guide is provided with a first noise grounding interface which is in electrical contact with the external preset grounding signal contact surface, and the other side is provided with an external electronic circuit. a third positioning junction of the substrate; The first differential signal distribution guide is disposed in an isolation space adjacent to the noise processing grounding guide of the positive power supply isolation portion, and has a first differential abutting surface on the inner side of the first noise ground abutting surface, The other side is provided with a fourth positioning joint on the side of the third positioning joint; the second differential signal distribution guide is installed in the isolation space adjacent to the first differential signal distribution guide of the positive power supply isolation portion. a second differential abutting surface of the adjacent first differential abutting surface on one side and a fifth positioning connecting surface on a side of the fourth positioning connecting surface on the other side; the noise grounding guide is installed on the first One or two electronic signal distribution guides have an inner side of the isolation space, and one side has a sixth positioning interface on the inner side of the first and second positioning surfaces; the third differential signal distribution guide is installed in the positive power supply. The supply isolation portion is adjacent to the first and second electronic signal distribution guides in the other side isolation space, and one side has a third differential abutting surface on the other side of the adjacent second noise ground abutting surface, and the other side is adjacent a seventh positioning joint of the first positioning joint; The four differential signal distribution guides are installed in the isolated space of the first and second electronic signal distribution guides adjacent to the positive power supply isolation portion, and adjacent to the third differential signal distribution guide, and one side has adjacent a fourth differential abutting surface of the three differential abutting faces, and an eighth positioning connecting surface provided with an adjacent seventh positioning joint on the other side; the shielding outer casing is assembled and covered on the outside of the insulating bearing seat and the electronic signal distributing portion The interior has a receiving space for receiving the insulating socket and the electronic signal distribution portion, and is a mating space for electrically inserting with the external preset electronic signal contact interface. An electronic signal transmission module (3) includes an insulation bearing seat, an electronic signal distribution part, and a shielding outer casing, wherein: the insulating bearing seat has a bearing space therein; The electronic signal distribution unit is assembled in the bearing space of the insulating socket, and includes a positive power supply isolation portion, a first signal distribution guide group, a noise processing grounding guide, a second signal distribution guide group, and a miscellaneous The grounding guide and the third signal distribution guide group, and the positive power supply isolation portion has a power guide docking interface for connecting the external preset power supply guide, and assembling the power source for the external preset electronic circuit substrate The guiding member positions the connecting surface, and the power guiding member docking interface and the power guiding member positioning connecting surface extend outward to the two sides respectively, and the fourth connecting guiding member, the second connecting guiding member and the first separating guiding member form a closed frame shape. Forming a first isolation space, and the second separation guide, the third separation guide and the first engagement guide and the third engagement guide form a closed frame shape to form a second isolation space, and the second connection guide A fifth connecting guide is connected to the third connecting guide, and the positive power supply isolating portion and each of the dividing guides form at least two or more isolated spaces; the first signal distributing guide group includes the first electronic signal Distribution guide a second electronic signal distribution guide, wherein the first electronic signal distribution guide is installed in an isolated space of the positive power supply isolation portion, and the first side has electrical contact with the external preset electronic signal contact surface. The first connecting surface fixed to the external electronic circuit substrate is disposed on the mating surface and the other side, and is disposed on the side of the adjacent first electronic signal distribution guide in an isolated space of the positive power supply isolation portion a second electronic signal distribution guide, the second electronic signal distribution guide has a second mating surface electrically contacting the external preset electronic signal contact surface on one side, and the other side is fixed on the external electronic circuit substrate a second positioning interface; the noise processing grounding guide is disposed in another isolation space of the adjacent first signal distribution guide group disposed in the positive power supply isolation portion, and is provided with an external preset ground signal contact surface The first noise grounding interface of the electrical contact is on the other side, and the other side is provided with the fixing of the external electronic circuit board a third positioning junction; the second signal distribution guide group includes a first differential signal distribution guide and a second differential signal distribution guide, which are installed in the adjacent power supply isolation portion adjacent noise processing grounding guide In the isolated space, one side has a first differential abutting surface on the inner side of the first noise ground abutting surface, and the other side is provided with a fourth positioning connecting surface on the side of the third positioning connecting surface, and the positive power supply isolation portion The second differential signal distribution guide is disposed in the adjacent first differential signal distribution guide, and the second differential signal distribution guide has a second differential interface on the side of the adjacent first differential interface, and the other side a fifth positioning interface is disposed on a side of the fourth positioning interface; the noise grounding guide is disposed in an isolation space adjacent to the inner side of the first and second electronic signal distribution guides, and one side is located at the first a sixth positioning interface on the inner side of the first and second positioning joints; the third signal distribution conductive group includes a third differential signal distribution guide and a fourth differential signal distribution guide, and the third differential signal distribution guide is Installed in a positive power supply In the isolated space on the other side of the adjacent first and second electronic signal distribution guides, one side has a third differential signal abutting surface on the other side of the adjacent second noise grounding butting side, and the other side is adjacent The seventh positioning joint of the first positioning joint is disposed in the other side of the first and second electronic signal distribution guides adjacent to the positive power supply isolation portion, and the fourth adjacent differential signal distribution guide is installed fourth. The differential signal distribution guide has a fourth differential abutting surface on the side of the fourth differential signal distribution guide and an adjacent third differential abutting surface, and the other side is disposed adjacent to the adjacent side of the adjacent seventh positioning joint. The eighth positioning joint is assembled and covered on the outside of the insulating socket and the electronic signal distribution part, and has an inner insulating socket and an electronic signal distribution unit to be externally preset electronic signals. The docking space of the contact interface relative to the electrical plug. An electronic signal transmission module (3) includes an insulation bearing seat, an electronic signal distribution part, and a shielding outer casing, wherein: the insulating bearing seat is provided with a bearing space with a plurality of positioning grooves; the electronic signal distribution The unit is assembled in the bearing space of the insulating socket, and is a positive power supply isolation portion, a first signal distribution guide group, and a noise processing grounding guide, which are separately assembled and fixed in each positioning channel. a second signal distribution guide group, a noise grounding guide, and a third signal distribution guide group, and the positive power supply isolation portion has a corner position at one corner and a power supply for connecting the external preset power supply guide The guiding interface of the guiding member is assembled and positioned on the positioning guide of the power guiding member of the external preset electronic circuit substrate, and the power guiding member docking interface and the power guiding member positioning connecting surface extend outward to the two sides respectively to form a fourth connecting guide The second connecting guide and the first separating guide form a closed frame shape to form a first isolation space, and the second dividing guide and the third dividing guide form a first connecting guide and a third connecting guide. Closed frame a second isolation space is formed, and a fifth connection guide is connected between the second connection guide and the third connection guide, and the positive power supply isolation portion and each of the separation guides form at least two isolation spaces, and At least three or more separation guides are disposed between the adjacent two isolation spaces; the first signal distribution guide group includes a first electronic signal distribution guide and a second electronic signal distribution guide, and the first An electronic signal distribution guide is disposed in an isolated space inside the two separate guiding members of the positive power supply isolation portion, and has a first mating surface electrically contacting the external preset electronic signal contact surface on one side, and the other side is Providing a first positioning interface fixed on the external electronic circuit substrate, and adjacent to the first electronic signal in the isolation space between the two separation guides One side of the distribution guide and a second electronic signal distribution guide, the second electronic signal distribution guide has a second mating surface electrically contacting the external preset electronic signal contact surface on one side, and the other side is provided a second positioning interface fixed on the external electronic circuit board; the noise processing grounding guide is a separate side isolation space of the adjacent first signal distribution guide group installed in the positive power supply isolation portion a first noise grounding abutting surface electrically contacting the external preset grounding signal contact surface, and a third positioning connection surface fixed on the external electronic circuit substrate on the other side; the second signal distribution guide The device group includes a first differential signal distribution guide and a second differential signal distribution guide, which are installed in an outer isolation space adjacent to the noise processing grounding guide of the positive power supply isolation portion, and one side is located at the first The first differential abutting surface on the inner side of the noise grounding abutting surface and the fourth positioning connecting surface on the other side of the third positioning connecting surface are disposed in the outer isolation space of the positive power supply isolation portion, adjacent to the first Differential signal distribution guide a second differential signal distribution guide, the second differential signal distribution guide has a second differential abutment surface adjacent to the first differential interface, and the other side has a fifth positioning on the side of the fourth positioning interface The noise grounding guide is disposed in an isolation space adjacent to the inner side of the first and second electronic signal distribution guides, and has a sixth positioning interface on the inner side of the first and second positioning surfaces; The third signal distribution conductive group includes a third differential signal distribution guide and a fourth differential signal distribution guide, and the third differential signal distribution guide is installed in the positive power supply isolation portion adjacent to the first and second electrons. In the other outer isolation space of the signal distribution guide, one side has a third differential signal abutting surface on the other side of the adjacent second noise ground abutting surface, and the other side is provided with a seventh adjacent adjacent positioning joint surface. Positioning the junction, and then adjacent to the positive power supply isolation section The second differential signal distribution guide is disposed in the other outer isolation space of the second electronic signal distribution guide, and the fourth differential signal distribution guide is disposed, and the fourth differential signal distribution guide has an adjacent third differential on one side of the distribution guide. The fourth differential abutting surface of the mating surface is provided with an eighth positioning joint on the adjacent side of the adjacent seventh positioning joint; and the shielding outer shell is assembled and covered in the insulating socket, the electronic signal The outside of the delivery unit has a housing space for accommodating the insulating socket and the electronic signal distribution unit to be electrically connected to the external preset electronic signal contact interface. The electronic signal transmitting module (3) according to claim 4, wherein the power supply isolating part power supply guiding member side power guiding interface, the first separating guide of the adjacent power guiding interface The second partitioning guide and the side of the third partitioning guide are respectively turned in the vertical direction, and then connected to the first partitioning guide and the power guiding member docking interface by the fourth connecting guide, the second separating guide, The third separation guide is connected to the first connecting guide, the sides of the first separating guide, the second separating guide and the third separating guide, and the connecting guides of the connecting guides and the power guiding members, and the separating guides The sides of the piece form a class-like drop. The electronic signal transmitting module (3) according to claim 4, wherein the power supply connecting portion of the positive power supply isolation portion, the first docking surface of the first electronic signal distribution guide, and the second electronic signal distribution The second mating surface of the guiding member and the first noise grounding mating surface of the noise processing grounding guide, and the power guiding member docking interface, the first mating surface, the second mating surface and the first noise grounding mating surface are common In a planar manner, it is flat inside or on the side of each isolated space of the positive power supply isolation. The electronic signal transmitting module (3) according to claim 4, wherein the shielding outer cover is made of metal, iron, copper, aluminum or nickel or alloy material.