CN106299802A - Conductor assembly and use the adapter of this conductor assembly - Google Patents
Conductor assembly and use the adapter of this conductor assembly Download PDFInfo
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- CN106299802A CN106299802A CN201610837180.8A CN201610837180A CN106299802A CN 106299802 A CN106299802 A CN 106299802A CN 201610837180 A CN201610837180 A CN 201610837180A CN 106299802 A CN106299802 A CN 106299802A
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R13/00—Details of coupling devices of the kinds covered by groups H01R12/70 or H01R24/00 - H01R33/00
- H01R13/02—Contact members
- H01R13/15—Pins, blades or sockets having separate spring member for producing or increasing contact pressure
- H01R13/187—Pins, blades or sockets having separate spring member for producing or increasing contact pressure with spring member in the socket
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R24/00—Two-part coupling devices, or either of their cooperating parts, characterised by their overall structure
- H01R24/38—Two-part coupling devices, or either of their cooperating parts, characterised by their overall structure having concentrically or coaxially arranged contacts
- H01R24/40—Two-part coupling devices, or either of their cooperating parts, characterised by their overall structure having concentrically or coaxially arranged contacts specially adapted for high frequency
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01R—ELECTRICALLY-CONDUCTIVE CONNECTIONS; STRUCTURAL ASSOCIATIONS OF A PLURALITY OF MUTUALLY-INSULATED ELECTRICAL CONNECTING ELEMENTS; COUPLING DEVICES; CURRENT COLLECTORS
- H01R2103/00—Two poles
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- Coupling Device And Connection With Printed Circuit (AREA)
Abstract
本发明涉及导体组件及使用该导体组件的连接器，导体组件包括外导体及设置于外导体内的用于与适配连接器的对应导体接触电连的内导体，内导体、外导体中的其中一个导体包括扭簧，另外一个导体包括扭簧、线簧或冠簧。通过扭簧、线簧或冠簧的配合来实现内导体与适配导体组件的对应导体之间的插拔，簧式结构减小了两个内导体之间的耦合力，提高了两个内导体之间的插拔寿命，可以适用于需要频繁插拔的场合中使用。
The present invention relates to a conductor assembly and a connector using the conductor assembly. The conductor assembly includes an outer conductor and an inner conductor arranged in the outer conductor for contacting and electrically connecting with a corresponding conductor of an adapter connector. Among the inner conductor and the outer conductor One of the conductors comprises a torsion spring and the other conductor comprises a torsion, wire or crown spring. Through the cooperation of torsion springs, wire springs or crown springs, the insertion and removal of the inner conductor and the corresponding conductor of the adapted conductor assembly is realized. The spring structure reduces the coupling force between the two inner conductors and improves the two inner conductors. The insertion and extraction life between conductors can be used in occasions that require frequent insertion and extraction.
Description
技术领域technical field
本发明涉及一种信号传输领域中的导体组件及使用该导体组件的连接器。The invention relates to a conductor assembly in the field of signal transmission and a connector using the conductor assembly.
背景技术Background technique
现有的一些连接器中需要使用到同轴导体，比如说同轴连接器，同轴连接器包括外壳及导体组件，导体组件包括同轴设置的内导体、外导体及设置于内、外导体之间的绝缘体，其基本功能是连接微波传输电路，通常用于同轴电缆间的彼此连接。此类产品结构的最大的特点就是包括内外同轴线设置的内导体、外导体和设置于内、外导体之间的绝缘体，一般用来传输高频信号，其信号通过电磁铁转换在绝缘体中进行传输。还有能用到同轴导体的一种电连接器，包括内导体及设置于内导体外围的起屏蔽作用的外导体，内导体用来传输电信号，外导体作为内导体的外部屏蔽构件。Some existing connectors need to use coaxial conductors, such as coaxial connectors. Coaxial connectors include shells and conductor assemblies. Conductor assemblies include coaxially arranged inner conductors, outer conductors, and inner and outer conductors. The insulator between them, whose basic function is to connect microwave transmission circuits, is usually used to connect coaxial cables to each other. The biggest feature of this type of product structure is that it includes inner conductors, outer conductors and insulators between the inner and outer conductors, which are generally used to transmit high-frequency signals, and the signals are converted in the insulators by electromagnets. to transfer. There is also an electrical connector that can use a coaxial conductor, including an inner conductor and an outer conductor that is arranged on the periphery of the inner conductor for shielding. The inner conductor is used to transmit electrical signals, and the outer conductor is used as an outer shielding member of the inner conductor.
在使用时，两个适配的导体组件需要接触对插，从接触理论上得知，接触件的正压力，也就是接触件的耦合力或者叫做插入和拔出力，与该接触件的接触电阻及使用寿命成反比关系。现有的导体组件的内、外导体通过常规的开口孔（劈槽孔）实现弹性接触，这类接触件的耦合力较大，导致导体组件的插拔寿命有限，不适用于频繁插拔的场合中使用。When in use, two adapted conductor assemblies need to be contacted and plugged in. From the contact theory, it is known that the normal pressure of the contact, that is, the coupling force of the contact or called the insertion and extraction force, and the contact of the contact Resistance and service life are inversely proportional to each other. The inner and outer conductors of the existing conductor assembly achieve elastic contact through conventional opening holes (slit holes). The coupling force of this type of contact is relatively large, resulting in a limited plugging life of the conductor assembly, which is not suitable for frequent plugging and unplugging. used in occasions.
发明内容Contents of the invention
本发明的目的在于提供一种导体组件，以解决现有技术中内导体插拔寿命较低的问题；本发明的目的还在于提供一种使用该导体组件的连接器。The purpose of the present invention is to provide a conductor assembly to solve the problem of low plug-in life of the inner conductor in the prior art; the purpose of the present invention is also to provide a connector using the conductor assembly.
为了解决上述问题，本发明导体组件的技术方案为：In order to solve the above problems, the technical solution of the conductor assembly of the present invention is:
导体组件，包括外导体及设置于外导体内的用于与适配连接器的对应导体接触电连的内导体，内导体、外导体中的其中一个导体包括扭簧，另外一个导体包括扭簧、线簧或冠簧。The conductor assembly includes an outer conductor and an inner conductor arranged in the outer conductor for contacting and electrically connecting with the corresponding conductor of the adapter connector, one of the inner conductor and the outer conductor includes a torsion spring, and the other conductor includes a torsion spring , wire spring or crown spring.
内导体、外导体均包括扭簧。Both the inner conductor and the outer conductor include torsion springs.
外导体包括内周面用于与适配导体组件的外导体接触电连的扭簧，内导体包括内周面用于与适配导体组件的内导体接触电连的线簧。The outer conductor includes a torsion spring whose inner peripheral surface is used for contacting and electrically connecting the outer conductor of the adapted conductor assembly, and the inner conductor includes a wire spring whose inner peripheral surface is used for contacting and electrically connecting the inner conductor of the adapted conductor assembly.
内导体包括内周面用于与适配导体组件的内导体接触电连的扭簧，外导体包括内周面用于与适配导体组件的外导体接触电连的线簧。The inner conductor includes a torsion spring whose inner peripheral surface is used for contacting and electrically connecting the inner conductor of the adapted conductor assembly, and the outer conductor includes a wire spring whose inner peripheral surface is used for contacting and electrically connecting the outer conductor of the adapted conductor assembly.
外导体还包括外套，外套的内孔壁上设置有挡止方向朝前的挡止台阶，外套的前端设有环形结构的固定套，固定套包括与所述外套螺纹配合的连接部分和设置于连接部分后端的轴线沿前后方向延伸的套体部分，外导体的扭簧的前端设置于套体部分与外套之间，连接部分和挡止台阶限制外导体的扭簧前后移动极限。The outer conductor also includes a jacket, the inner hole wall of the jacket is provided with a blocking step facing forward, the front end of the jacket is provided with a ring-shaped fixed sleeve, and the fixed sleeve includes a connecting part that is threaded with the jacket and is arranged on the The axis of the rear end of the connection part extends along the front and rear direction of the casing part, and the front end of the torsion spring of the outer conductor is arranged between the casing part and the jacket, and the connection part and the stop step limit the front and rear movement limit of the torsion spring of the outer conductor.
内导体还包括内套，内导体的扭簧设置于内套的内孔中，内导体上设置有连通内套的内孔与内、外导体之间环形间隙的透气通道。The inner conductor also includes an inner sleeve, the torsion spring of the inner conductor is arranged in the inner hole of the inner sleeve, and the inner conductor is provided with a ventilation channel connecting the inner hole of the inner sleeve and the annular gap between the inner and outer conductors.
透气通道位于内套的后侧，透气通道包括与内套的内孔后端连通的轴向通道部分和连接于轴向通道部分与所述环形间隙之间的径向通道部分。The ventilation channel is located at the rear side of the inner sleeve, and the ventilation channel includes an axial channel part communicating with the inner hole rear end of the inner cover and a radial channel part connected between the axial channel part and the annular gap.
内导体还包括内套，内导体的线簧设置于内套的内孔中，内导体上设置有连通内套的内孔与内、外导体之间环形间隙的透气通道。The inner conductor also includes an inner sleeve, the wire spring of the inner conductor is arranged in the inner hole of the inner sleeve, and the inner conductor is provided with a ventilation channel connecting the inner hole of the inner sleeve and the annular gap between the inner and outer conductors.
透气通道位于内套的后侧，透气通道包括与内套的内孔后端连通的轴向通道部分和连接于轴向通道部分与所述环形间隙之间的径向通道部分。The ventilation channel is located at the rear side of the inner sleeve, and the ventilation channel includes an axial channel part communicating with the inner hole rear end of the inner cover and a radial channel part connected between the axial channel part and the annular gap.
本发明中连接器的技术方案为：The technical scheme of the connector in the present invention is:
包括连接器壳体和导体组件，包括外导体及设置于外导体内的用于与适配连接器的对应导体接触电连的内导体，内导体、外导体中的其中一个导体包括扭簧，另外一个导体包括扭簧、线簧或冠簧。It includes a connector housing and a conductor assembly, including an outer conductor and an inner conductor arranged in the outer conductor for contacting and electrically connecting with the corresponding conductor of the matching connector, one of the inner conductor and the outer conductor includes a torsion spring, Alternative conductors include torsion, wire or crown springs.
内导体、外导体均包括扭簧。Both the inner conductor and the outer conductor include torsion springs.
外导体包括内周面用于与适配导体组件的外导体接触电连的扭簧，内导体包括内周面用于与适配导体组件的内导体接触电连的线簧。The outer conductor includes a torsion spring whose inner peripheral surface is used for contacting and electrically connecting the outer conductor of the adapted conductor assembly, and the inner conductor includes a wire spring whose inner peripheral surface is used for contacting and electrically connecting the inner conductor of the adapted conductor assembly.
内导体包括内周面用于与适配导体组件的内导体接触电连的扭簧，外导体包括内周面用于与适配导体组件的外导体接触电连的线簧。The inner conductor includes a torsion spring whose inner peripheral surface is used for contacting and electrically connecting the inner conductor of the adapted conductor assembly, and the outer conductor includes a wire spring whose inner peripheral surface is used for contacting and electrically connecting the outer conductor of the adapted conductor assembly.
外导体还包括外套，外套的内孔壁上设置有挡止方向朝前的挡止台阶，外套的前端设有环形结构的固定套，固定套包括与所述外套螺纹配合的连接部分和设置于连接部分后端的轴线沿前后方向延伸的套体部分，外导体的扭簧的前端设置于套体部分与外套之间，连接部分和挡止台阶限制外导体的扭簧前后移动极限。The outer conductor also includes a jacket, the inner hole wall of the jacket is provided with a blocking step facing forward, the front end of the jacket is provided with a ring-shaped fixed sleeve, and the fixed sleeve includes a connecting part that is threaded with the jacket and is arranged on the The axis of the rear end of the connection part extends along the front and rear direction of the casing part, and the front end of the torsion spring of the outer conductor is arranged between the casing part and the jacket, and the connection part and the stop step limit the front and rear movement limit of the torsion spring of the outer conductor.
内导体还包括内套，内导体的扭簧设置于内套的内孔中，内导体上设置有连通内套的内孔与内、外导体之间环形间隙的透气通道。The inner conductor also includes an inner sleeve, the torsion spring of the inner conductor is arranged in the inner hole of the inner sleeve, and the inner conductor is provided with a ventilation channel connecting the inner hole of the inner sleeve and the annular gap between the inner and outer conductors.
透气通道位于内套的后侧，透气通道包括与内套的内孔后端连通的轴向通道部分和连接于轴向通道部分与所述环形间隙之间的径向通道部分。The ventilation channel is located at the rear side of the inner sleeve, and the ventilation channel includes an axial channel part communicating with the inner hole rear end of the inner cover and a radial channel part connected between the axial channel part and the annular gap.
内导体还包括内套，内导体的线簧设置于内套的内孔中，内导体上设置有连通内套的内孔与内、外导体之间环形间隙的透气通道。The inner conductor also includes an inner sleeve, the wire spring of the inner conductor is arranged in the inner hole of the inner sleeve, and the inner conductor is provided with a ventilation channel connecting the inner hole of the inner sleeve and the annular gap between the inner and outer conductors.
透气通道位于内套的后侧，透气通道包括与内套的内孔后端连通的轴向通道部分和连接于轴向通道部分与所述环形间隙之间的径向通道部分。The ventilation channel is located at the rear side of the inner sleeve, and the ventilation channel includes an axial channel part communicating with the inner hole rear end of the inner cover and a radial channel part connected between the axial channel part and the annular gap.
本发明的有益效果为：通过扭簧、线簧或冠簧的配合来实现内导体与适配导体组件的对应导体之间的插拔，簧式结构减小了两个导体内之间的耦合力，提高了两个内导体之间的插拔寿命，可以适用于需要频繁插拔的场合中使用。The beneficial effects of the present invention are: through the cooperation of torsion springs, wire springs or crown springs, the plugging and unplugging between the inner conductor and the corresponding conductor of the adapted conductor assembly is realized, and the spring structure reduces the coupling between the two conductors The force improves the insertion and extraction life between the two inner conductors, and can be used in occasions that require frequent insertion and extraction.
附图说明Description of drawings
图1是本发明中连接器的实施例1中的导体组件的结构示意图；Fig. 1 is a schematic structural view of the conductor assembly in Embodiment 1 of the connector in the present invention;
图2是本发明中连接器的实施例2中的导体组件的结构示意图；Fig. 2 is a schematic structural view of the conductor assembly in Embodiment 2 of the connector in the present invention;
图3是本发明中连接器的实施例3中的导体组件的结构示意图。Fig. 3 is a schematic structural view of the conductor assembly in Embodiment 3 of the connector of the present invention.
具体实施方式detailed description
连接器的实施例1如图1所示：包括连接器壳体（图中未示出）及设置于连接器壳体中的导体组件，本实施例中连接器为用于射频信号传输的同轴射频连接器，对应的导体组件为同轴射频导体组件，导体组件包括前端为插接端的内导体11、外导体6，内、外导体同轴线设置，内、外导体之间设置有绝缘体22。外导体6包括外套25及设置于外套25内侧的内周面用于与适配导体组件的外导体接触电连的第一扭簧14，外套25的内孔壁上设置有挡止方向朝前的挡止台阶，外套的前端设有环形结构的固定套1，固定套1包括与外套螺纹配合的连接部分2和设置于连接部分后端的轴线沿前后方向延伸的套体部分3，第一扭簧的前端设置于套体部分3与外套25之间，连接部分2和挡止台阶分别用于与第一扭簧的前后端挡止配合而限制第一扭簧前后移动极限。Embodiment 1 of the connector is shown in Figure 1: it includes a connector housing (not shown in the figure) and a conductor assembly arranged in the connector housing. Axial radio frequency connector, the corresponding conductor assembly is a coaxial radio frequency conductor assembly, the conductor assembly includes an inner conductor 11 and an outer conductor 6 with the front end as a plug-in end, the inner and outer conductors are coaxially arranged, and an insulator is arranged between the inner and outer conductors twenty two. The outer conductor 6 includes a jacket 25 and a first torsion spring 14 arranged on the inner peripheral surface of the jacket 25 for contacting and electrically connecting with the outer conductor of the matching conductor assembly. The front end of the jacket is provided with a ring-shaped fixed sleeve 1, and the fixed sleeve 1 includes a connecting part 2 that is threadedly engaged with the outer jacket and a sleeve part 3 that is arranged at the rear end of the connecting part and extends along the front and rear directions with an axis. The first twist The front end of the spring is arranged between the sleeve body part 3 and the overcoat 25, and the connecting part 2 and the stop steps are respectively used to stop and cooperate with the front and rear ends of the first torsion spring to limit the front and rear movement limits of the first torsion spring.
内导体11包括内套12及设置于内套12尾端的柱形导体10，绝缘体22位于柱形导体10与外套25之间，内套中设置有内周面用于与适配导体组件的内导体接触电连的第二扭簧15，内套的前端部设置有环形台阶13。内导体上设置有连通内套的内孔与内、外导体之间环形间隙的透气通道，透气通道位于内套的后侧，透气通道包括与内套的内孔后端连通的轴向通道部分9和连接于轴向通道部分与环形间隙之间的径向通道部分8。The inner conductor 11 includes an inner sleeve 12 and a cylindrical conductor 10 disposed at the tail end of the inner sleeve 12. The insulator 22 is located between the cylindrical conductor 10 and the outer sleeve 25. The inner sleeve is provided with an inner peripheral surface for matching with the inner surface of the conductor assembly. The conductor contacts the electrically connected second torsion spring 15, and the front end of the inner sleeve is provided with an annular step 13. The inner conductor is provided with a ventilation channel connecting the inner hole of the inner sleeve and the annular gap between the inner and outer conductors, the ventilation channel is located at the rear side of the inner sleeve, and the ventilation channel includes an axial channel part communicated with the rear end of the inner hole of the inner sleeve 9 and the radial channel portion 8 connected between the axial channel portion and the annular gap.
本发明中，内、外导体均包括扭簧，通过扭簧与适配导体组件的对应导体接触电连，保证与适配接触件的对应导体之间的可靠插接，两个导体组件的耦合力较小，可现频繁插拔的长寿命使用。之所以采用扭簧而不采用冠簧（扭簧和冠簧均属于现有技术），是由于国内的材料和生产工艺，在保证冠簧的弹力方面不太稳定，国内制作的冠簧很难满足低插拔力同时还要满足高寿命要求这两个条件，采用扭簧则很好的解决了该问题。下面以第一扭簧为例说明一下扭簧与冠簧的区别，第一扭簧包括具有缺口的前环形基体4和具有缺口的后环形基体7，前、后环形基体之间一体设置有多个沿周向间隔布置的扭簧条5，各扭簧条5通过同方向的扭转而形成了弹性的收腰结构。冠簧一般也包括两个具有缺口的环形基体，两个环形基体之间一体设置有多个沿周向间隔布置的冠簧条，冠簧条的中部具有由镦粗而形成的具有弹性的收腰结构，冠簧与扭簧的主要区别是，同直径的冠簧和扭簧，冠簧条相比扭簧条要宽，冠簧条的收腰结构由镦粗而成，扭簧条的收腰结构由同趋势扭转形成。In the present invention, both the inner and outer conductors include torsion springs, and the torsion springs are electrically connected to the corresponding conductors of the adapted conductor components to ensure reliable insertion with the corresponding conductors of the adapted contacts, and the coupling of the two conductor components The force is small, and it can be used for a long life with frequent plugging and unplugging. The reason why torsion springs are used instead of crown springs (both torsion springs and crown springs belong to the existing technology) is that domestic materials and production processes are not very stable in ensuring the elasticity of crown springs, and it is difficult to ensure the elasticity of crown springs produced domestically. To meet the two conditions of low insertion force and high life requirement, the use of torsion spring is a good solution to this problem. Take the first torsion spring as an example below to illustrate the difference between a torsion spring and a crown spring. The first torsion spring includes a front annular base 4 with a gap and a rear annular base 7 with a gap. Two torsion spring bars 5 are arranged at intervals in the circumferential direction, and each torsion spring bar 5 forms an elastic waist structure by twisting in the same direction. The crown spring generally also includes two annular bases with gaps, and a plurality of crown spring bars arranged at intervals in the circumferential direction are integrally arranged between the two annular bases. The middle part of the crown spring bar has an elastic contraction formed by upsetting. The waist structure, the main difference between the crown spring and the torsion spring is that the crown spring and torsion spring of the same diameter, the crown spring is wider than the torsion spring, the waist structure of the crown spring is made of upsetting, and the torsion spring The waist structure is formed by reversing the same trend.
在本发明的其它实施例中：如果冠簧的质量得以保证，第一扭簧或第二扭簧也可以被冠簧代替；透气通道也可以直接设置于内套的套壁上；当然透气通道也可以不设；固定套的套体部分也可以不设，固定套的连接部分还可以焊接固定于外套上。内导体或外导体还可以是一个插针结构，此时适配导体组件的对应导体为与插针适配的冠簧插孔、扭簧插孔或者线簧插孔。连接器也可以不是同轴射频连接器，比如说连接器为一个电连接器，只有内导体用于与适配导体组件的内导体插拔配合，而外导体并不与适配导体组件的外导体插拔配合，外导体仅是起到对内导体的屏蔽作用，内导体用于传递电信号，此时并不要求内、外导体一定要同轴设置，外导体的中心线与内导体的中心线平行设置也可。In other embodiments of the present invention: if the quality of the crown spring is guaranteed, the first torsion spring or the second torsion spring can also be replaced by the crown spring; the ventilation channel can also be directly arranged on the wall of the inner sleeve; of course the ventilation channel It can also not be provided; the sleeve body part of the fixed sleeve can also be omitted, and the connecting part of the fixed sleeve can also be welded and fixed on the overcoat. The inner conductor or the outer conductor can also be a pin structure, at this time, the corresponding conductor of the adapted conductor assembly is a crown spring jack, torsion spring jack or wire spring jack adapted to the pin. The connector may not be a coaxial radio frequency connector. For example, the connector is an electrical connector, and only the inner conductor is used for plugging and mating with the inner conductor of the matching conductor assembly, while the outer conductor does not connect with the outer conductor of the matching conductor assembly. The conductor is plugged and unplugged. The outer conductor only plays a role of shielding the inner conductor. The inner conductor is used to transmit electrical signals. At this time, it is not required that the inner and outer conductors must be arranged coaxially. Centerline parallel settings are also available.
连接器的实施例2如图2所示：实施例2与实施例1不同的是，内导体11的第二扭簧被一个线簧16取代，线簧包括环形基体17及多个沿周向间隔布置的线簧丝18，线簧丝18与环形基体17分体设置，线簧丝的前端外翻至环形基体的前端外周面上，线簧丝的后端外翻至环形基体的后端外周面上，线簧丝同趋势扭转而形成具有弹性的收腰结构。图中项6表示外导体。在本发明的其它实施例中，和实施例1的拓展实施例类似，该连接器还可以是一个内导体用于传递电信号的电连接器。Embodiment 2 of the connector is shown in Figure 2: the difference between Embodiment 2 and Embodiment 1 is that the second torsion spring of the inner conductor 11 is replaced by a wire spring 16, and the wire spring includes an annular base 17 and a plurality of The wire spring wires 18 arranged at intervals, the wire spring wires 18 and the annular base body 17 are separately arranged, the front end of the wire spring wires is turned out to the outer peripheral surface of the front end of the ring base body, and the rear end of the wire spring wires is turned out to the rear end of the ring base body On the outer peripheral surface, the spring wires are twisted in the same direction to form an elastic waist structure. Item 6 in the figure represents the outer conductor. In other embodiments of the present invention, similar to the extended embodiment of Embodiment 1, the connector may also be an electrical connector with an inner conductor for transmitting electrical signals.
连接器的实施例3如图3所示：实施例3与实施例1不同的是，外导体的第一扭簧被一个线簧20取代，外导体的外套包括前套6-1和后套6-2，前套上设置有限制线簧朝前移动极限的前限位结构，后套上设置有限制线簧朝后移动极限的后限位结构，在线簧装入到后套中后，将前套焊接固定于后套上。图中项11表示内导体。在本发明的其它实施例中，和实施例1的拓展实施例类似，该连接器还可以是一个内导体用于传递电信号的电连接器。Embodiment 3 of the connector is shown in Figure 3: the difference between Embodiment 3 and Embodiment 1 is that the first torsion spring of the outer conductor is replaced by a wire spring 20, and the outer conductor's jacket includes a front sleeve 6-1 and a rear sleeve 6-2. The front cover is equipped with a front limit structure that limits the limit of the wire spring’s forward movement, and the rear cover is equipped with a rear limit structure that limits the limit of the wire spring’s backward movement. After the wire spring is installed in the rear cover, Weld the front sleeve to the rear sleeve. Item 11 in the figure represents the inner conductor. In other embodiments of the present invention, similar to the extended embodiment of Embodiment 1, the connector may also be an electrical connector with an inner conductor for transmitting electrical signals.
导体组件的实施例如图1~3所示：导体组件的具体结构与上述各连接器实施例中所述的导体组件相同，在此不再详述。Embodiments of the conductor assembly are shown in FIGS. 1-3 : the specific structure of the conductor assembly is the same as the conductor assembly described in the above connector embodiments, and will not be described in detail here.
Claims (10)
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| CN201610837180.8A CN106299802A (en) | 2016-09-21 | 2016-09-21 | Conductor assembly and use the adapter of this conductor assembly |
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| CN201610837180.8A CN106299802A (en) | 2016-09-21 | 2016-09-21 | Conductor assembly and use the adapter of this conductor assembly |
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| CN106299802A true CN106299802A (en) | 2017-01-04 |
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