CN205811205U - CNC type radio frequency (RF) coaxial connector interface - Google Patents
CNC type radio frequency (RF) coaxial connector interface Download PDFInfo
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- CN205811205U CN205811205U CN201620721933.4U CN201620721933U CN205811205U CN 205811205 U CN205811205 U CN 205811205U CN 201620721933 U CN201620721933 U CN 201620721933U CN 205811205 U CN205811205 U CN 205811205U
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Abstract
The utility model discloses a kind of CNC type radio frequency (RF) coaxial connector interface, it is made up of CNC type contact pin contacting piece adapter interface and CNC type jack contact element connector interface, it all includes shell, is set with insulating supporting in the enclosure and inner wire, inner wire is sleeved in insulating supporting, outer shell outer wall rear end is outward extended with adpting flange, mutual mechanical engagement and separating between CNC type contact pin contacting piece adapter interface and CNC type jack contact element connector interface.The feature that this utility model has excellent electrical properties, contact is reliable, temp. variation resistant, good anti-vibration, shielding are good, also has its electric property effectiveness of holding, concordance and the high reliability of stability under the adverse circumstances of wide temperature range, greatly vibration, thump；Compared with the radio frequency (RF) coaxial connector interface of traditional thread connecting mode, it is to avoid the adapter sleeve the most often occurred gets loose or comes off, use requirement high in-convenience in use, the problem such as difficulty of processing is big.
Description
Technical field
This utility model relates to radio frequency (RF) coaxial connector field, particularly relates to a kind of CNC type radio frequency (RF) coaxial connector circle
Face.
Background technology
Adapter is the kit that system engineering is important, from system, subsystem, rack, combination, printed board to each can
The separate unit changed, thousands of adapter is distributed in each system and position such as the nervous system of people, is responsible for control
The electric energy transmission of system and signal control and transmission.Any one adapter lost efficacy and all will cause the failure of whole system engineering,
And common adapter lost efficacy and relatively mostly occurred at working interface position, thus adapter interface for whole system performance and can
Most important by property.
The radio frequency (RF) coaxial connector working interface of current domestic use has a lot, divides main from the connection type of working interface
Have following three kinds: 1) threaded type, as SMA, TNC, N, 2.92, L27, L12 etc., the interface of this connected mode has even
Connect the features such as convenience, simple in construction, be most widely used at present；2) bayonet connection type, such as BNC, C, Q9, Q6 etc., this connection
The interface of mode has the feature efficiently that connects, and is also radio frequency connector application connected mode the earliest；3) connecting-type is pushed, as
SMB, MCX, SMP, BMA etc., the interface of this connected mode has the features such as simple in construction, compact, volume is little.
Being developed so far, TNC type adapter interface is always one of most commonly used interface of current domestic and international application.TNC type
Adapter interface is the middle low power adapter with threaded connection, and operating frequency reaches 11GHz.The bindiny mechanism at this interface
Using 7/16 28UNEF screw thread made in Great Britain, the inner conductor outer diameter of electrical path is 2.06mm～2.21mm, and insulating supporting is non-co-
Face structure.
The bindiny mechanism at TNC type radio frequency connector interface is the adapter sleeve of 7/16 28UNEF screw thread made in Great Britain at present, typically
The method using snap ring part or adapter sleeve set scroll riveting is fixed on outer conductor.Use the radio-frequency (RF) coaxial of this working interface
Being engaged by adapter sleeve between connector plug with socket and separate, analyzing from frame for movement, movement parts is often easiest to occur
Damaging, knowable to the structural analysis at TNC type interface, adapter sleeve, snap ring are weak link.
The most easily there is problems with in the adapter using TNC type interface: 1) adapter sleeve gets loose or comes off.When
Snap ring, annular groove or set riveting knot structure and size design, processing the most at that time, are big vibration, the severe ring of thump at working environment
Under border, the connection of adapter sleeve is likely to occur loosening, causes the electric contact state between inner wire to change, and causes the reflection of this position to increase
Greatly, extreme phenomenon is to completely disengage between inner wire, and electrical contact is interrupted；2) connection request is high.Threaded moment must be used to pull
Hands is wrenched, but too tight or too loose will affect again adapter electric property, thus higher to connection request；3) in-convenience in use.Spiral shell
Stricture of vagina adapter in-convenience in use, also to reserve and screw screw thread installation site, installation volume is big, is not suitable for Fast Installation, i.e. uses
Property is bad.4) difficulty of processing is big.7/16 28UNEF screw thread is inch screw thread, work in-process, many units do not have dedicated tool,
Measurer, usually makees method processing with joining, but the most up to standard；Work in-process, screw-threaded engagement thread form angle precision prescribed is higher, it is more difficult to
Processing.
Therefore a kind of novel radio frequency (RF) coaxial connector interface of offer is needed badly to solve the problems referred to above.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of CNC type radio frequency (RF) coaxial connector interface, it is possible to protect
Card functional reliability under harsh force environment and special mounting environment.
For solving above-mentioned technical problem, the technical scheme that this utility model uses is: provide a kind of CNC type radio frequency same
Mandrel connector interface, is made up of CNC type contact pin contacting piece adapter interface and CNC type jack contact element connector interface, and it is equal
Including shell, being set with insulating supporting in the enclosure and inner wire, inner wire is sleeved in insulating supporting, and CNC type contact pin contacts
Mutual mechanical engagement and separating, both insulating supportings between part adapter interface with CNC type jack contact element connector interface
Design for non-co-planar；Set and plug together between CNC type contact pin contacting piece adapter interface and CNC type jack contact element connector interface
One end of part be front end, the one end not plugging together accordingly part be rear end；Outer shell outer wall rear end is outward extended with adpting flange；
The adpting flange front end at CNC type contact pin contacting piece adapter interface is provided with sealing ring, and inner wire is divided in cone
Inner wire first paragraph, in shaft-like inner wire second segment and the 3rd section, the front end of insulating supporting is provided with internal annular groove, inner wire
First paragraph and inner wire second segment are sleeved in internal annular groove, and inner wire first paragraph is respectively equipped with first gradient and second gradient；
The inner wire front portion at CNC type jack contact element connector interface is provided with fluting, closes up in the front end of fluting, shell interior
Front end, hole is provided with guide angle, front portion is provided with the sliding section of joining of taper, insulating supporting with CNC type contact pin contacting piece adapter interface in
The corresponding position of portion's annular groove is provided with outside annular groove；Each physical dimension at CNC type radio frequency (RF) coaxial connector interface is as follows:
(1) CNC type contact pin contacting piece adapter interface, unit is mm:
The outer contact of shell coordinates section external diameter (B) scope to be 8.00 8.05；
External diameter (A) scope of insulating supporting is no more than 6.50；
The internal diameter (C) being positioned at the inside annular groove at inner wire first paragraph and inner wire second segment is not less than 4.83；
The straight platform external diameter (R) of inner wire first paragraph is not more than 0.64；
External diameter (D) scope of inner wire second segment is 1.32 1.37；
External diameter (J) scope of inner wire the 3rd section is 2.06 2.21；
The axial length (K) of inner wire second segment is not less than 1.98；
Set the front end face of shell as the first electrically and mechanically datum level Q1, be positioned at inner wire first paragraph and inner wire second
The rear end face of the inside annular groove at Duan is 1, and the front end face that inner wire is the 3rd section is 2,
1 is 5.28 5.79 with axial length (G) scope of the first electrically and mechanically datum level；
2 is 5.33 5.84 with axial length (E) scope of the first electrically and mechanically datum level；
The axial length (F) of the front end face of insulating supporting and first electrically and mechanically datum level is not less than 0.15；
Axial length (H) scope of the front end face of inner wire first paragraph and first electrically and mechanically datum level is 0.08
1.02；
The axial length (I) of the front end face of adpting flange and first electrically and mechanically datum level is not less than 5.50；
First range of grade of inner wire first paragraph is 55 66 °；
Second range of grade of inner wire first paragraph is 14 °；
(2) CNC type jack contact element connector interface, unit is mm:
Guide angle maximum diameter (b) scope of the endoporus of shell is 8.79 9.04；
The sliding section of joining maximum diameter (c) scope of the taper of the endoporus of shell is 8.31 8.46；
The sliding section of joining path (d) scope of the taper of the endoporus of shell is 8.10 8.15；
The external diameter (e) of insulating supporting front end is not more than 4.72；
The external diameter (n) of insulating supporting rear end is not more than 6.50；
External diameter (m) scope of inner wire is 2.06 2.21；
The hole depth (l) of inner wire is not less than 4.95；
Set the rear end face of the sliding section of joining of taper of shell endoporus as the second electrically and mechanically datum level Q2,
Axial length (g) scope of case nose face and second electrically and mechanically datum level is 5.10 5.30；
Axial length (p) scope of the front end face of insulating supporting and second electrically and mechanically datum level is 4.78 5.28；
The axial length (k) of the rear end face of insulating supporting and second electrically and mechanically datum level is not more than 0.15；
Axial length (j) scope of the front end face of inner wire and second electrically and mechanically datum level is 4.72 5.23.
For the sake of succinct description, CNC type contact pin contacting piece adapter interface the most described in the utility model is referred to as inserted
Pin interface, described CNC type jack contact element connector interface is referred to as jack interface.
In one preferred embodiment of this utility model, shell and adpting flange are integral type structure or separate type structure,
Depending on the demand of design technology.
In one preferred embodiment of this utility model, the shell endoporus front end at CNC type jack contact element connector interface
Guide angle be chamfering or rounding, play the guiding role, facilitate contact pin interface to insert in jack interface.
The beneficial effects of the utility model are: this utility model has that excellent electrical properties, contact be reliable, temp. variation resistant, anti-
The feature that shaking property is good, shielding is good, also has its electric property of holding under the adverse circumstances of wide temperature range, greatly vibration, thump
The high reliability of effectiveness, concordance and stability；Radio frequency (RF) coaxial connector uses CNC type interface, by the machine of interface portion
Tool engagement and separation, realize transmission system and be electrically connected reliably and separation function, can be used for the harsh and unforgiving environments such as Aero-Space,
Also it is suitable for the installation requirement that machine system is special, and between this utility model CNC type radio frequency connector interface, uses connection method
Blue fixing, solve the technology that in prior art, thread interface easily occurs swivel nut to get loose in harsh force environment uses and ask
Topic, strengthens the connection reliability of adapter, and has more preferable effect in terms of antivibration, shielding；It is connected with TNC type radio-frequency (RF) coaxial
Device interface is compared, and makes a change in bindiny mechanism with connected mode, to reach to improve product at wide temperature range, big vibration, Qiang Chong
Reliability under the adverse circumstances hit, and reduce use requirement, the purpose of processing request.
Accompanying drawing explanation
Fig. 1 is that described CNC type contact pin contacting piece adapter interface plugs together with described CNC type jack contact element connector interface
After sectional view；
Fig. 2 is the sectional view at described CNC type contact pin contacting piece adapter interface；
Fig. 3 is the structural representation of the inner wire at described CNC type contact pin contacting piece adapter interface；
Fig. 4 is the sectional view at described CNC type jack contact element connector interface；
Fig. 5 is the sectional view of the inner wire at described CNC type jack contact element connector interface；
Fig. 6 is the side view of described adpting flange；
Fig. 7 is the use example schematic at described CNC type radio frequency (RF) coaxial connector interface；
In accompanying drawing, the labelling of each parts is as follows: 1, CNC type contact pin contacting piece adapter interface, and 11, CNC type contact pin contacting piece
The shell at adapter interface, 12, the insulating supporting at CNC type contact pin contacting piece adapter interface, 121, internal annular groove, 13, CNC type
The inner wire at contact pin contacting piece adapter interface, 131, inner wire first paragraph, 132, inner wire second segment, 133, inner wire the 3rd
Section, 14, the adpting flange at CNC type contact pin contacting piece adapter interface, 141, screwed hole, 15, sealing ring, 2, CNC type jack connects
Contact element adapter interface, 21, the shell at CNC type jack contact element connector interface, 211, guide angle, 212, the sliding section of joining of taper,
22, the insulating supporting at CNC type jack contact element connector interface, 221, outside annular groove, 23, CNC type jack contact element connector
The inner wire at interface, 231, fluting, 24, the adpting flange at CNC type jack contact element connector interface, 3, helical antenna, 4, CNC
(F) JD type radio frequency (RF) coaxial connector, 5, TNC/CNC (F) KFKL type radio frequency (RF) coaxial connector adapter, 6, installation base plate,
7, to ground.
Detailed description of the invention
Below in conjunction with the accompanying drawings preferred embodiment of the present utility model is described in detail, so that advantage of the present utility model
Can be easier to be readily appreciated by one skilled in the art with feature, thus protection domain of the present utility model is made apparent clearly
Define.
Referring to Fig. 1, this utility model embodiment includes:
A kind of CNC type radio frequency (RF) coaxial connector interface, is connect by CNC type contact pin contacting piece adapter interface 1 and CNC type jack
Contact element adapter interface 2 forms, and it all includes shell, is set with insulating supporting in the enclosure and inner wire, and inner wire is sleeved on
In insulating supporting, the most mechanical between type jack contact element connector interface, CNC type contact pin contacting piece adapter interface 1 and CNC 2
Engagement and separation, both insulating supportings design for non-co-planar.For the sake of describing accurately, set CNC type contact pin contacting piece and connect
Plug together one end of part between device interface 1 to CNC type jack contact element connector interface 2 to be front end, corresponding do not plug together partly
One end is rear end；Outer shell outer wall rear end is outward extended with adpting flange.
Adpting flange 14 front end at CNC type contact pin contacting piece adapter interface 1 is provided with sealing ring 15, and its inner wire 13 is divided into
Inner wire first paragraph 131 in cone, in shaft-like inner wire second segment 132 and the 3rd section 133, inner wire first paragraph 131
For the guide section of inner wire 13, inner wire second segment 132 is effective contact-segment of inner wire 13, and inner wire the 3rd section 133 is interior
The electrical path size section of conductor 13, the front end of insulating supporting 12 is provided with internal annular groove 121, and inner wire first paragraph 131 is led with interior
Body second segment 132 is sleeved in internal annular groove 121, inner wire first paragraph 131 be respectively equipped with first gradient (being labeled as α in figure) and
Second gradient (is labeled as β) in figure, wherein, sealing ring 15 to meet required function and environmental performance demand.CNC type contact pin connects
The each several part size at contact element adapter interface is as shown in the table.Refer to Fig. 2 and Fig. 3, first gradient of inner wire first paragraph 131
(α) scope is 55 66 °；Second gradient (β) of inner wire first paragraph 131 is 14 °, sets the outer contact of shell 11 respectively
Coordinating section external diameter is B；The external diameter of insulating supporting 12 is A；It is positioned at inner wire first paragraph 131 and inner wire second segment 132
The internal diameter of portion's annular groove 121 is C；The external diameter of inner wire second segment 132 is D；The straight platform external diameter of inner wire first paragraph 131 is R；In
The external diameter that conductor is the 3rd section 133 is J；The axial length of inner wire second segment 132 is K；The another front end face setting shell 11 is as the
One electrically and mechanically datum level Q1, after being positioned at the inside annular groove 121 at inner wire first paragraph 131 and inner wire second segment 132
End face is 1 (being labeled as Z1 in figure), and the front end face that inner wire is the 3rd section 133 is 2 (being labeled as Z2 in figure), 1 and first
Electrically and mechanically the axial length of datum level is G；2 is E with the axial length of the first electrically and mechanically datum level；Insulating supporting
The axial length of the front end face of 12 and first electrically and mechanically datum level is F；The front end face of inner wire first paragraph 131 and the first electricity
The axial length of gas and mechanical reference surface is H；The axial length of the front end face of adpting flange 14 and first electrically and mechanically datum level
Degree is I；
Inner wire 23 front portion at CNC type jack contact element connector interface 2 is provided with fluting 231, closes up in the front end of fluting 231
(under unused state), fluting 231 and closing in be intended to meet electrically and mechanically performance requirement, when with a diameter of 1.32 1.37mm
Contact pin contacting piece 1 when plugging together, internal diameter voltage standing wave ratio the to be met requirement of fluting 231.The endoporus front end of shell 21 is provided with leads
To angle 211, front portion be provided with the sliding section of joining 212 of taper, insulating supporting 22 is internal with CNC type contact pin contacting piece adapter interface 1
Annular groove 121 corresponding position is provided with outside annular groove 221.The each several part size such as following table institute at CNC type jack contact element connector interface 2
Show.Refer to Fig. 4 and Fig. 5, set guide angle 211 maximum diameter of endoporus of shell 21 respectively as b；The taper of the endoporus of shell 21
The sliding section of joining 212 maximum diameter is c；The sliding section of joining 212 path of the taper of the endoporus of shell 21 is d；The external diameter of insulating supporting 22 front end
For e；The external diameter of insulating supporting 22 rear end is n；The external diameter of inner wire 23 is m；The hole depth of inner wire 23 is l；Another setting shell 21
The rear end face of the sliding section of joining 212 of the taper of endoporus is the second electrically and mechanically datum level Q2, the rear end face of insulating supporting 22 and second
Electrically and mechanically the axial length of datum level is k；The axial length of shell 21 front end face and second electrically and mechanically datum level is
g；The axial length of the front end face of insulating supporting 22 and second electrically and mechanically datum level is p；The front end face of inner wire 23 and
The axial length of two electrically and mechanically datum levels is j.
Between type jack contact element connector interface, CNC type contact pin contacting piece adapter interface 1 and CNC 2, mutual machinery is nibbled
Close and separate.During engagement, the first of CNC type contact pin contacting piece adapter interface 1 electrically and mechanically datum level Q1 and CNC type jack
The second of contact connector interface 2 electrically and mechanically datum level Q2 overlaps, it is ensured that CNC type contact pin contacting piece adapter circle
The shell 11 in face 1 contacts with the shell 21 at CNC type jack contact element connector interface 2.Now, due to the error of processing technique
Exist, CNC type contact pin contacting piece adapter interface 1 and the inner wire at CNC type jack contact element connector interface 2, insulating supporting
Between all there is gap, in conjunction with Fig. 1, set gap between inner wire as S；The insulating supporting gap of inner boundary is T1；Extraneous
The insulating supporting gap in face is T2, then 0.10≤S≤1.12,0.00≤T1≤1.01,0.00≤T2≤0.30.
Use adpting flange to fix between CNC type radio frequency (RF) coaxial connector interface, refer to Fig. 6, the four of described adpting flange
Screwed hole 141 it is provided with at angle, its a diameter of 3.2mm, set a length of X of adpting flange, width is Y；On length direction two
Distance between screwed hole 141 center of circle is U, and on width, the distance between two screwed hole 141 centers of circle is W；The chi recommended
Very little as shown in the table:
Describe a described CNC type radio frequency (RF) coaxial connector interface Application Example in satellite system below, please join
Readding Fig. 7, in " sky X " satellite, satellite has tens helical antenna elements, unification is arranged on one and is parallel to ground 7
Installation base plate 6 on, installation base plate 6 is fixed on ground 7.During design, need a kind of New-type radio-frequency adapter interface, be used for defending
Feed system in star cabin and being reliably connected of radiofrequency signal between helical antenna out of my cabin 3, due to harsh environmental conditions (irradiation,
Variations in temperature, mechanics influence etc.), both need to meet the harsh aerospace rings such as variations in temperature is big, radiation is strong, vibratory impulse magnitude is big
Border, needs again to be applicable to the installation environment to special between ground 7 and installation base plate 6.Existing threaded, card in prior art
The interface mouthful connecting, pushing the modes such as connection cannot keep the effectiveness of its electric property, concordance and steady using in environment
Qualitative, it is impossible to avoid under vacuum environment (such as variations in temperature, radiation etc.) and during satellite launch vibration, impact to adapter interface
Impact.Therefore a kind of novel radio frequency connector interface must be designed for its highly reliable application scenario.
TNC/CNC (F) KFKL type radio frequency (RF) coaxial connector adapter 5, one end is the TNC K-type interface of standard, another
End uses CNC type jack contact element connector interface of the present utility model.CNC (F) JD type radio frequency (RF) coaxial connector 4, interface
End uses CNC type contact pin contacting piece adapter interface of the present utility model, and the other end is connected with helical antenna 3.
TNC/CNC (F) KFKL type radio frequency (RF) coaxial connector adapter 5 is arranged in ground 7 inner surface corresponding
Region, this New-type radio-frequency adapter one end is connected with helical antenna 3 by CNC (F) JD type adapter 4, the other end passes through
TNC J-type interface cable is connected to feeder system.During work, turned by TNC/CNC (F) KFKL type radio frequency (RF) coaxial connector
Connect the CNC type jack contact element connector interface 2 of device 5 and the CNC type contact pin contacting piece adapter of CNC (F) JD type adapter 4
Mechanical engagement between interface 1 and separation, realize electrical connection and the separation function of transmission system.
The operating frequency at CNC type radio frequency (RF) coaxial connector interface described in the utility model reaches 11GHz, and it has electric property
Feature excellent, that contact is reliable, temp. variation resistant, good anti-vibration, shielding are good, in wide temperature range, big vibration, the adverse circumstances of thump
Under also there is its electric property effectiveness of holding, concordance and the high reliability of stability.Radio frequency (RF) coaxial connector uses CNC type
Interface, by mechanical engagement and the separation of interface portion, realizes transmission system and is electrically connected reliably and separation function, available
In harsh and unforgiving environments such as Aero-Space, it is possible to adapt to the installation requirement that machine system is special, and this utility model CNC type radio frequency is even
Connect and between device interface, use adpting flange to fix, solve thread interface in prior art and easily send out in harsh force environment uses
The technical problem that raw swivel nut gets loose, strengthens the connection reliability of adapter, and has more preferable effect in terms of antivibration, shielding；
Compared with TNC type radio frequency (RF) coaxial connector interface, bindiny mechanism with connected mode make a change, with reach improve product exist
Reliability under the adverse circumstances of wide temperature range, greatly vibration, thump, and reduction use requires, the purpose of processing request.
The foregoing is only embodiment of the present utility model, not thereby limit the scope of the claims of the present utility model, every
Utilize equivalent structure or equivalence flow process conversion that this utility model description and accompanying drawing content made, or be directly or indirectly used in
Other relevant technical fields, are the most in like manner included in scope of patent protection of the present utility model.
Claims (3)
1. a CNC type radio frequency (RF) coaxial connector interface, by CNC type contact pin contacting piece adapter interface and CNC type jack contact
Part adapter interface forms, and it all includes shell, is set with insulating supporting in the enclosure and inner wire, and inner wire is sleeved on insulation
In supporting, it is characterised in that phase between CNC type contact pin contacting piece adapter interface and CNC type jack contact element connector interface
Mechanical engagement and separation mutually, both insulating supportings design for non-co-planar；Set CNC type contact pin contacting piece adapter interface with
Plug together between CNC type jack contact element connector interface one end of part be front end, the one end not plugging together accordingly part be rear end；
Outer shell outer wall rear end is outward extended with adpting flange；
The adpting flange front end at CNC type contact pin contacting piece adapter interface is provided with sealing ring, and inner wire is divided in cone
Conductor first paragraph, in shaft-like inner wire second segment and the 3rd section, the front end of insulating supporting is provided with internal annular groove, inner wire first
Section and inner wire second segment are sleeved in internal annular groove, and inner wire first paragraph is respectively equipped with first gradient and second gradient；
The inner wire front portion at CNC type jack contact element connector interface is provided with fluting, and close up in the front end of fluting, before the endoporus of shell
End is provided with guide angle, front portion is provided with the sliding section of joining of taper, insulating supporting with inner loop in CNC type contact pin contacting piece adapter interface
The corresponding position of groove is provided with outside annular groove；Each physical dimension at CNC type radio frequency (RF) coaxial connector interface is as follows:
(1) CNC type contact pin contacting piece adapter interface, unit is mm:
The outer contact of shell coordinates section external diameter (B) scope to be 8.00-8.05；
External diameter (A) scope of insulating supporting is no more than 6.50；
The internal diameter (C) being positioned at the inside annular groove at inner wire first paragraph and inner wire second segment is not less than 4.83；
The straight platform external diameter (R) of inner wire first paragraph is not more than 0.64；
External diameter (D) scope of inner wire second segment is 1.32-1.37；
External diameter (J) scope of inner wire the 3rd section is 2.06-2.21；
The axial length (K) of inner wire second segment is not less than 1.98；
Set the front end face of shell as the first electrically and mechanically datum level Q1, be positioned at inner wire first paragraph and inner wire second segment
The rear end face of inside annular groove be 1, the front end face that inner wire is the 3rd section is 2,
1 is 5.28-5.79 with axial length (G) scope of the first electrically and mechanically datum level；
2 is 5.33-5.84 with axial length (E) scope of the first electrically and mechanically datum level；
The axial length (F) of the front end face of insulating supporting and first electrically and mechanically datum level is not less than 0.15；
Axial length (H) scope of the front end face of inner wire first paragraph and first electrically and mechanically datum level is 0.08-1.02；
The axial length (I) of the front end face of adpting flange and first electrically and mechanically datum level is not less than 5.50；
First range of grade of inner wire first paragraph is 55-66 °；
Second range of grade of inner wire first paragraph is 1-4 °；
(2) CNC type jack contact element connector interface, unit is mm:
Guide angle maximum diameter (b) scope of the endoporus of shell is 8.79-9.04；
The sliding section of joining maximum diameter (c) scope of the taper of the endoporus of shell is 8.31-8.46；
The sliding section of joining path (d) scope of the taper of the endoporus of shell is 8.10-8.15；
The external diameter (e) of insulating supporting front end is not more than 4.72；
The external diameter (n) of insulating supporting rear end is not more than 6.50；
External diameter (m) scope of inner wire is 2.06-2.21；
The hole depth (l) of inner wire is not less than 4.95；
Set the rear end face of the sliding section of joining of taper of shell endoporus as the second electrically and mechanically datum level Q2,
Axial length (g) scope of case nose face and second electrically and mechanically datum level is 5.10-5.30；
Axial length (p) scope of the front end face of insulating supporting and second electrically and mechanically datum level is 4.78-5.28；
The axial length (k) of the rear end face of insulating supporting and second electrically and mechanically datum level is not more than 0.15；
The axial length range of the front end face of inner wire and second electrically and mechanically datum level (j) is 4.72-5.23.
CNC type radio frequency (RF) coaxial connector interface the most according to claim 1, it is characterised in that shell with adpting flange is
Integral structure or separate type structure.
CNC type radio frequency (RF) coaxial connector interface the most according to claim 1, it is characterised in that CNC type jack contact is even
The guide angle of the shell endoporus front end connecing device interface is chamfering or rounding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620721933.4U CN205811205U (en) | 2016-07-09 | 2016-07-09 | CNC type radio frequency (RF) coaxial connector interface |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620721933.4U CN205811205U (en) | 2016-07-09 | 2016-07-09 | CNC type radio frequency (RF) coaxial connector interface |
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| CN205811205U true CN205811205U (en) | 2016-12-14 |
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| CN201620721933.4U Withdrawn - After Issue CN205811205U (en) | 2016-07-09 | 2016-07-09 | CNC type radio frequency (RF) coaxial connector interface |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105977738A (en) * | 2016-07-09 | 2016-09-28 | 中国电子科技集团公司第四十研究所 | Cnc type radio frequency coaxial connector interface |
-
2016
- 2016-07-09 CN CN201620721933.4U patent/CN205811205U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105977738A (en) * | 2016-07-09 | 2016-09-28 | 中国电子科技集团公司第四十研究所 | Cnc type radio frequency coaxial connector interface |
| CN105977738B (en) * | 2016-07-09 | 2018-04-13 | 中国电子科技集团公司第四十研究所 | CNC type radio frequency (RF) coaxial connectors interface |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161214 Effective date of abandoning: 20180413 |