TIA EIA-604-6-1999 FOCIS 6 Fiber Optic Connector Intermateability Standard (Fiber Jack Connector)《FOCIS 6 光纤连接器相互配合标准(光纤插座连接器)》.pdf

《TIA EIA-604-6-1999 FOCIS 6 Fiber Optic Connector Intermateability Standard (Fiber Jack Connector)《FOCIS 6 光纤连接器相互配合标准(光纤插座连接器)》.pdf》由会员分享，可在线阅读，更多相关《TIA EIA-604-6-1999 FOCIS 6 Fiber Optic Connector Intermateability Standard (Fiber Jack Connector)《FOCIS 6 光纤连接器相互配合标准(光纤插座连接器)》.pdf（20页珍藏版）》请在麦多课文档分享上搜索。

1、Y Y * O d - STD-EIA TIA/EIA-bOV-b-ENGL 1999 E 3234600 Ob44450 3b9 111 ANSI/TIA/EIA-604-6-1999 Approved: February 3,1939 TIAIEIA STANDARD FOCIS 6 Fiber Optic Connector Intermateability Standard (Fiber Jack Connector) TIA/EIA-604-6 MARCH 1999 TELECOMMUNICATIONS INDUSTRY ASSOCIATION Electronic Industri

2、+ AHiancr STDoEIA TIA/EIA-b04-b-ENGL 1999 m 3234b00 0644451 2T5 m NOTICE LIA/ELA Enginering Standards and hbiications am design4 to serve the public interest through eliminating misunderstandings between manufacturers and purchasers, facilitating interchangeability and improvement of products, and a

3、ssisting the purchaser in selecting and obtaining with minimum delay the proper product for his particular need. Existence of such Standads and Publications shall not in any respect preclude any member or nonmember of TIA/EIA from manufacturing or selhg products not conforming to such Standards and

4、Publications, nor shall the existence of such Standards and hiblications preclude their voluntary use by those other than WEIA members, whether the standar is to be used either domestically or internationally. Standanis and Publications are adopted by TLQ/EIA in accordance with the American National

5、 Standards Institute (ANSI) patent policy. By such action, TIA/EzA does not assume any liability to any patent owner, nor does it assume any obligation whatever to parties adopting the Standard or Pubiicaon. This Standard does not purport to address aU safety problems associated with its use or all

6、applicable regulatory requkments. It is the responsibility of the user of this Standard to estabiish appropriate safety and health practices and to determine the applicability of regulatory limitations before its use. (From Standards Proposai Nos. 3871 and 3871-1, foxmuiated under the cognizance of

7、the TIA FO-6.3 Subcommittee on Fiber Optic Intemnnecting Devices). Published by OTELECOMMUNICATIONS INDUSTRY ASSOCIAON 1999 Standards and Technology Department 2500 Wilson Boulevard Arlington, VA 22201 PRICE: Please refer to current Catalog of EIA, JEDEC, and TIA STANDARDS and ENGINEERING PUBLKATION

8、S or call Global Engineering Documents, USA and Canada (1-800-854-7179) International (303-397-7956) Ali rights reserved printed in U.S.A. FOCIS 6 FIBER OPTIC CONNECTOR INTERMATEABILITY STANDARD (FIBER JACK CONNECTOR) TABLE OF CONTENTS 1 INTRODUCTION . 1 2 SOCKET STANDARD . 3 3 PLUG STANDARD , . , .

9、 6 4 APPLICATIONS. . 8 5 FIGURES . . . 9 1 STDoEIA TIA/EIA-b04-b-ENGL 1799 3234600 0644454 TO4 = TIMIA-604-6 FOCIS 6 FIBER OPTIC CONNECTOR INTERMATEABILITY STANDARD (FIBER JACK CONNECTOR) 1 INTRODUCTION 1.1 Scope FOCIS 6 presents the interma.aability standard for connectors with the commercial desig

10、nation FIBER JACK, and is issued as an addendum to TINEIA 604, Fiber Optic Connector Intermateability Standard. The provisions of TINEIA 604 apply to this document. 1.2 Objective The requirements in FOCIS 6 have been selected with the objective of ensuring that any combination of plugs and sockets c

11、onforming to the requirements of FOCIS 6 will mechanically intermate, and that intermated connector assemblies will meet their common level of performance. Intermateability standards define the minimum physical attributes of mating connector components. Fully dimensioned components are not within th

12、e scope or intent of FOCIS 6. The common level of performance of an intermated connector assembly is the least demanding set of performance requirements in the separate performance specifications of each of the products in the assembly; see TINEIA 604. The following factors, however, shall be consid

13、ered in the application of common performance: 1. Common performance does not account for intrinsic loss between the fibers; see TINEIA 604, section 6. 2. The common level of performance of connector plugs that have been tuned shall be based on their untuned Performance; see TINEIA 604, section i. T

14、here are also limitations based on the options that are available: 1. Ferrule Diameter - Both the plug and the socket in a connector assembly shall have the same ferrule diameter option. 2. Keying - The keying arrangement for the plugs in a connector assembly shall be compatible with the keying arra

15、ngement for the socket. 1 3. Contact Angle - Both plugs and sockets in a connector assembly shall have the same contact angle. Cases of combinations of plugs and sockets where mechanical intermateability or the common level of performance is not achieved should be resolved through the cooperation of

16、 the user and the respective component manufacturer(s). 1.3 Drawing practices To be in apply: 1. 2. 3. 4. compliance with ANSI and IS0 Engineering Drawing Practices, the following shall Where a tolerance of form is not specified, the limits of the dimensions for a feature control the form as well as

17、 the size. The combined effects of size and form variations may not exceed the envelope of perfect form at the maximum material condition (MMC). Where interrelated features of size (features shown with a common axis or center plane) have no geometric tolerance of location or run out specified, the l

18、imits of the dimensions for a feature control the location tolerance as well as the size. When interrelated features are at the MMC they shall be perfectly located to each other as indicated by the drawing. Where perpendicular features (features shown at right angles) have no geometric tolerance of

19、orientation or run out specified, the limits of the dimensions for a feature control the orientation tolerance as well as the size. When perpendicular features are at the MMC they shall be perfectly oriented to each other as indicated by the drawing. As the size of a feature departs from the MMC, va

20、riations in form, location and orientation are permissible. L 2 - - - STDaEIA TIA/EIA-604-L-ENGL 1999 m 3234b00 Ob4445b 687 - Ferrule Diameter Option (See Table 2, section Minimum Inside Diameter 3.2.4) t=1,2,3,or4 Gage Pin Withdrawal TIAEIA-604-6 Maximum Inside Diameter Performance, see Note 2 SOCK

21、ET STANDARD (SM or MM) t = 5 (POF) 2.1 Socket designation Force, see Note A B 2.515 mm 2.565 mm The designation for a FOCIS 6 socket is FOCIS 6 - j - n - m - k - t - a where j n number of fibers m mounting configuration k defines the keying configuration t ferrule diameter a angle of contact designa

22、tes that it is the socket 2.2 Socket requirements FOCIS 6 sockets shall meet the requirements of this section. 2.2.1 Socket interface dimensions The dimensional requirements for FOCIS 6 sockets are defined in Figures 2.2. la, 2.2. lb, and 2.2.7 c - Socket interface. 2.2.2 Sleeve The fibers may be al

23、igned in either a sleeve or a bore. The sleeve may either be solid or split (resilient), and the sleeve may be either fixed or floating within the socket. The inside diameter of the sleeve or bore of the socket is determined by the ferrule diameter option of the socket. Table 1 Sleeve Inside Diamete

24、r (mm) 3 Notes: A) The minimum inside diameter of the sleeve is specified by the force required to remove a gage pin from the sleeve. The force required to remove a gage pin from the sleeve in a FOCIS 6 socket shall not exceed 5.89 Newton (600 gmf). The procedures of FOTP-158 shall be used to measur

25、e the withdrawal force. The gage pin diameter will be a minimum 2.4985 mm and a maximum 2.4995 mm for split (resilient) sleeves. The gage pin diameter will be 2.5000 to 2.5005 for solid sleeves. 6) The maximum inside diameter of the sleeve is in effect limited by the common level of performance that

26、 the socket is to achieve. C) Plastic Optical Fiber (POF) standards have been proposed for development by the TIA. 2.2.3 Number of fibers option Only a dual fiber socket, n=2, has been defined for FOCIS 6. 2.2.4 Socket mounting option The only mounting option specified is m=O. The mounting features

27、for this option are undefined. 2.2.5 Socket keying option Only a single keying option for FOCIS 6 sockets has been defined, k=7. 2.2.6 Ferrule option diameter If ferrules are used to secure the fibers in the socket to the optical reference plane, see Table 2 in section 3.2.3 for ferrule option diame

28、ters. When the fiber alignment mechanism of the socket is a split sleeve, ferrules shall be used. 2.2.7 Angle of contact option The contact angle is the angle between the plane of contact between mating fibers and a plane perpendicular to the optical axis of the socket. a=O, designates an angle of O

29、“ The only angle of contact option for FOCIS 6 sockets is a=O. 2.2.8 Fiber position and end geometry The fiber end surfaces in the socket shall be fixed at the optical reference plane as shown in Figures 2.2.1a, 2.2.lb and 2.2.1. When split sleeves are used for alignment, socket fibers shall be term

30、inated in ferrules as illustrated in Figures 2.2.la and 2.2.1. When split sleeves are not used, the fibers may be terminated in ferrules or other elements of the socket. 4 The following general conditions apply to the termination of the fibers in the socket: GOF The end of the fibers are to be nomin

31、ally flush with the surrounding area. The fiber and surrounding area may be flat or radiused (convex). POF The fiber endface is flat within .O10 mm and perpendicular to the fiber axis within +/- 2.0“. The fiber may project beyond the surrounding area of the supporting structure. 2.2.9 Socket Tuning

32、It is not required that the sockets be tuned; if, however, a socket is tuned, the orientation of the eccentricity of the core is to be located as shown in figure 2.2.9. Tuning of the socket is the preferential angular positioning of the ferrule relative to the key of the socket. 5 STDmEIA TIA/EIA-bO

33、+-b-ENGL 1999 m 3234600 Ob44459 596 m TIAEIA-604-6 3 PLUG STANDARD 3.1 Plug designation The complete designation for a FOCIS 6 plug is: FOCIS6 p-d-n-k-t-a where P designates that it is the plug d defines the plug design n is the number of fibers k defines the keying configuration t defines the ferru

34、le diameter a is the angle of contact 3.2 Plug requirements FOCIS 6 plugs shall meet the requirements of this section. 3.2.1 Plug interface option There are two plug interface options for FOCIS 6 plugs. The requirements for these interfaces are: d= The design requirement on the elements of the plug

35、that control the interface with the socket is that the plugs function with all sockets that meet requirements for FOCIS 6 sockets. The elements of the plug that control the interface with the socket, for plugs offered under this option, must meet the dimensional requirements of figure 3.2.1. d=7 3.2

36、.2 Ferrule extension and contact force The travel of the ferrule, relative to the body of the plug, and the spring force of the ferrule are defined in Figure 3.2.2. 3.2.3 Ferrule diameter option The ferrule diameter option defines the diameter of the ferrule in the plug for each type of fiber termin

37、ated in the plug. Ferrule diameter options for FOCIS 6 plugs are specified in Table 2. Note: Fibers for t = 1,2, 3 and 4 adhere to ANSI/TIA/EIA Class I, II, IV, V. 6 STDmEIA TIA/EIA-L04-b-ENGL 2999 E 3234b00 Ob444b0 208 m TIAEIA-604-6 1 2 Table 2 Ferrule Diameter and Fiber Type (mm) - _ 2.4985 2.499

38、5 SM 2.498 2.500 MM 1- t 1 Min. I Max. I Fiber I 3 4 5 2.497 2.500 MM 2.494 2.500 MM 2.48 2.50 POF 3.2.4 Angle of contact option The contact angle is the angle between the plane of contact between mating fibers and a plane perpendicular to the optical axis of the plug. a=O, designates an angle of 0“

39、 The only angle of contact option for FOCIS 6 plugs is a=O. 3.2.5 Plug keying option Only a single keying option for FOCIS 6 plugs has been defined, k=7 3.2.6 Ferrule end geometry The requirements for the end of the ferrule, which is the optical interface, are defined in Figure 2.2.8a or Figure 2.2.

40、8b. 3.2.7 Number of fibers option Only dual fiber plugs, n=2, have been defined for FOCIS 6. 3.2.8 Plug Tuning It is not required that the plugs be tuned; if, however, a plug is tuned the orientation of the eccentricity of the core is to be located as shown in figure 3.2.8. Tuning of the plug is the

41、 preferential angular positioning of the ferrule relative to the key of the plug. 7 - STD-EIA TIA/EIA-bO4-b-ENGL 1999 ? 3234b00 Ob44461 144 ? TI AMA-604-6 4 APPLICATIONS The FOCIS 6 socket requirements may be extended to receptacles. A receptacle provides an optical connection to a device such as an

42、 optical source and detector. A receptacle for FOCIS 6 plugs may be based on the dimensions from Figures 22. la, 2.2.7b and 22.1 c. 8 STDIEIA TIA/EIA-h04-h-ENGL 1999 3234b00 Ob444b2 080 II TIMIA-604-6 DIMENSIONS 1 MIN. (mm) rNOTE MAX. (mm) NOTES FOR SLEEVE INSIDE DIAMETEF; SEE SECTION 2.2.2 A TYP X

43、2 /& O.lOJYX 2.51 1 A TYP- x2 16.351 CFCTION A-A Notes: 1. For a sleeve that is fixed in position or a fixed solid bore, datum z defines the axis of the bore. For a floating sleeve a gage pin inserted in the sleeve must be capable of moving freely into a position such that it is coincident with datu

44、m z, the diameter of the bore (see Table 1 in section 2.2.2). Figure 2.2.la - Socket Interface (top) 9 TI AEI A-604-6 DIM ENS I ON S B C D E F 6- MIN. (mm) MAX. (mm) NOTES 13.39 13.65 6.55 6.75 3.65 4.30 7.97 1 .a5 1 E FT -1 I Notes: 1. Radius 2. Diameter I A II -1 I I t A - I G I 3.w I 5.01 I 2 -7

45、Figure 2.2.1 b - Socket Interface (front) 10 1 - PLANE cl- t Lrn t i- OPT I CAL REFERENCE PLANE (PLUG FERRULE S TOP 1 SFCTION - Note: 1. The location of the end of the fiber that is terminated in the socket defines the Optical Reference Plane. The figure is of a socket with a split sleeve and shows

46、a ferrule in the split sleeve. Figure 2.2.1 - Socket Interface (side) 11 b XMAX (RMIN) XMIN (RMAX) a Notes: t=l t=2,3, or 4 (Single mode) (Multimode) mm mm Notes 1.9 1.9 1 .O57 .O57 2 .O1 8 O 2 (8) (8) (3) (25) (-4 (3) 30“+5/- 1 O 30“+5/- 1 O 1. b is the diameter of a circle on the surface of the fe

47、rrule that is concentric with the axis of the ferrule. 2. X is the distance that the apex of the end of the ferrule (fiber) extends beyond the circle described in note 1. 3. The values of are reference values. They are the radii of the end of the ferrule when the surface of the ferrule is spherical,

48、 and “b“ is as given: RMN radius when X = XMAX RMAX radius when X = XMIN These dimensional requirements apply to the finished ferrule, after all polishing procedures have been completed. I Figure 2.2.8a - GOF Ferrule End Geometry 12 NOTE 2 XMAX XMIN a t=5 mm Notes .635 2 .315 2 (POF) 30“+5/-1 O Note

49、s: 1. X is the distance that the finished of the end of the ferrule (fiber) extends beyond the circle formed by the outer diameter of the ferrule where the front chamfer begins. 2. The ferrule endface is flat within .O10 mm and perpendicular to the fiber axis within +/- 2.0“. These dimensional requirements apply to the finished ferrule, after all polishing procedures have been completed. Figure 2.2.8b - POF Ferrule End Geometry 13 STD-EIA TIA/EIA-604-6-ENGL 2999 3234600 0644467 662 TIAEI A-604-6 F I BE Front view of t