This standard is equivalent to IEC 61169-1-1:1996 "RF connectors Part 1-1: Single or multiple series bilingual blank detailed specifications". Since IEC is an international standard, the text is in two languages. When this standard is used to formulate Chinese standards, only Chinese is used, so this article removes the "bilingual" in the original title. my country has formulated GB/T 11313-1996 "RF connectors Part 1: General requirements and test methods for general specifications" equivalent to IEC 61169-1:1992 (QC 220000). This standard is the blank detailed specification of the general specification. GB/T 11313.1-2000 RF connectors Part 1-1: Single or multiple series blank detailed specifications GB/T11313.1-2000 Standard download decompression password: www.bzxz.net

GB/T11313.1—2000
This standard is equivalent to IEC61169-1-1:1996 "RF connectors Part 1-1, single or multiple series bilingual blank detailed specifications". Since EC is an international standard, the text is in bilingual. When this standard is used to formulate Chinese standards, only Chinese is used, so this article removes the "bilingual" in the original title. my country has formulated GB/T11313—1996 "RF connectors Part 1: General requirements and test methods" equivalent to EC61169-1:1992 (QC220000). This standard is the blank detailed specification of the general specification. General specification
This standard is proposed by the Ministry of Information Industry of the People's Republic of China. This standard is under the jurisdiction of the National Technical Committee for Standardization of High-frequency Cables and Connectors for Electronic Equipment. The drafting unit of this standard: Electronic Industry Standardization Institute of the Ministry of Information Industry. The main drafters of this standard: Wu Zhengping and Li Mingde. GB/T11313.1—2000
IEC Foreword
1) IEC (International Electrotechnical Commission) is a worldwide standardization organization composed of national electrotechnical committees (IEC National Committees). The purpose of IEC is to promote international cooperation on standardization issues in the field of electrical and electronic engineering. For this purpose, among other activities, IEC publishes international standards. The formulation of international standards is undertaken by technical committees, and any EC National Committee concerned with the content involved can participate in the formulation of international standards. Any international, governmental and non-governmental organization associated with IEC can also participate in the formulation of international standards. IEC and ISO (International Organization for Standardization) maintain close cooperation under the conditions agreed upon by the two organizations. 2) IEC's formal resolutions or agreements on technical issues are formulated by technical committees participated in by national committees with special concerns about these issues, and represent the international consensus on the issues involved as much as possible. 3) These resolutions or agreements are used internationally in the form of recommended standards and are recognized by national committees in this sense. 4) In order to promote international unification, EC hopes that national committees will adopt EC standard texts as their national standards if conditions permit in their own countries. Differences between IEC standards and corresponding national standards should, as far as possible, be indicated in the national standards. 5) IEC has not established any procedures for the use of the approval mark and IEC assumes no responsibility when a product is declared to conform to the corresponding IEC standard.
6) It should be noted that some parts of this international standard may be the subject of patent rights. EC does not assume any responsibility for any or all of these patent rights identified.
International Standard IEC 61169-1-1 was prepared by IEC Technical Committee 46 (Cables, wires, waveguides, connectors and accessories for communication equipment and signals) and Subcommittee 46D (Radio Frequency Connectors). The text of this standard is based on the following documents FDIS
46D/216/FDIS
Voting Report
46D/233/RVD
Voting Details of the approval of this standard can be found in the voting reports listed in the table above. This standard is to be used in conjunction with EC 61169-1:1992QC220000. GB/T11313.1—2000
IECQ specification system for radio frequency connectors
General specification
Quality assessment procedure
Test and test methods
"Special measurement procedure
Reflection coefficient
—Rated power
—Shielding effectiveness
General blank detailed specification for class M and class H
Guide for the preparation of detailed specifications
Sectional specification (SS)
Drawings—standard test connectors,
General connectors and applicable specifications for mating surface drawings—standard conditions for testing
Identification and approval test
Subsequent approval test
|Cyclic test
Detailed specification (S)
Description of the product
Specifications of specifications, applicable cables, etc.
Appearance drawing
Evaluation level
Rated values ​​(including use and limit conditions) and characteristics
Test requirements
A detailed specification is a completed
blank detailed specification
Used when the detailed specification is determined by 461.
Fill in the two-letter code specified by IS to
identify the NA1 that originally proposed the proposal,
IECQ specification example
QC221c01
IFC 6:169-1-1
QC221000
IFC 61169-19
BNC type
221C01601
*See ​​note
Normative procedure
QC220000
1LC 61169-1
Special procedure
Under consideration
CK:221100
IEC: 61165 11
221001-504
22[001-002
Main NAI agent determination
QQ221200
1x61159-12
221001-003
*See ​​note
221001-005
+SC4.SD formulated
National Standard of the People's Republic of China
Radio-frequency connectors
Part 1-1: Single, multi-series blank detail specification Radio-frequency connectors
Part 1-1: Single, multi-series blank detail specification GB/T11313.1—2000
idtIEC 61169-1-1:1996
Instructions and Guidelines for Preparing Detail Specifications for Radio Frequency Connectors under the IECQ SystemEnter the following information in the corresponding positions in the Blank Detail Specification (BDS) box:Identification of Detail Specification
(1) National body authorized to publish the detail specification and, when available, the body from which the detail specification can be purchased. (2) IECQ symbol and number of the detail specification assigned by the IECQ General Secretariat. (3) IECQ number and version of the general specification and section specifications, and national standard number (if different). (4) If different from the ECQ number, the national number of the detail specification, the date of publication and any further information required by the national system and any changes theretoEnter the connector series name in characters approximately 9 mm high in the ECQ Text Type box.Identification of Components
(5) Enter the following information:
Variety: The connector variety name or model. Cable/wire connection Method of connection to center conductor and outer conductor: Remove if not suitable. Features and markings: For example: Suitable for sealing of panels and insulation. Mass, maximum mass in nominal units, rounded up to the nearest whole number. If multiple specifications with different masses are included, the maximum mass of each specification should be listed separately.
(6) Fill in the quality assessment level, characteristic impedance and climate category. (7) Fill in the outline drawing and panel opening details, indicating the maximum outer dimensions of the relevant shell variety and, for fixed connectors, the position relative to the front mounting panel of the connector. The interface dimensions, the relevant documents applicable to the outer dimensions (see the sectional specifications) and, for fixed mounting connectors, the maximum panel thickness should be given. The first or third quadrant projection can be represented by symbols by deleting the unsuitable graphics: First Quadrant
Third Quadrant
(8) Summary of all specifications included in the detailed specification. Where applicable, the following should be included:
- Applicable cable types (or specifications) for each specification; - Alternative coatings or protective layers
Alternative mounting flanges (mounting holes are threaded holes or through holes) Details: Approved by the State Administration for Quality Supervision, Inspection and Quarantine on December 11, 2000 and implemented on June 1, 2001
GB/T11313.1-2000
- Details of alternative soldering posts or soldering grooves for microwave component mounting types; (9) List the most important characteristic data of the connector according to the requirements of 3.1 of the sub-specification. Clearly indicate the minimum required deviations listed. Inapplicable parameters should be marked with "na".
(10) Fill in the applicable content
(11) Refer to the test grouping and test list in 3.3 of the relevant sub-specification, and fill in the letter "a" in "Required Tests" for those mandatory tests in the quality assessment level. In any additional tests required, it is up to the specification developer to determine whether the letter "a" should also be entered. In the "Number of Samples" column, the number of samples should be as specified in 3.3 Fill in the number of applicable quality assessment levels. The contents of (5) and (6) given in the detailed specification should be suitable for entry into IECQC001004 (Specification Catalog) or IECQC001005 (QPL).
Each page should be marked with the version number of the detailed specification as required. When all contents are filled in, these descriptive contents will no longer appear in the complete detailed specification. *IECQC001004: Specification Catalog.
**IECQC001005: IECQ system, including the catalog of companies, products and services approved by ISO9000. 2
Page 1/
（3）Quality assessment of electronic components according to:
GB/T11313.1—2000
(2)QC22_
General specification: GB/T11313 (idtIEC61169-1QC220000) Sub-specification: GB/T
Version_
(idt IEC 61169-
(5) Detailed specification of RF connectors with quality assessment Variety:
Features and markings:
Cable/wire*Connection method
Center conductor
Solder*
Crimp*
Push-in lock*
Clamp"
*Only fill in the applicable content.
(6) Assessment level
(7) Appearance and maximum dimensions
Appearance dimensions comply with
Outer conductor
Solder*
Crimp*
QC22__)
Push-in lock*
Clamp"
Climate category_//
Mating interface dimensions and reference surface see: GB/T Maximum panel thickness: Front installation:
Characteristic impedance_
Panel opening dimensions and installation details
Requirements;
(IEC60169)
mm; Rear installation:
(8) Specifications
Specification number
GB/ T11313.1-—2000
Specification
GB/T14864*
or IEC60096**
*GB/T14864 (eqvIEC60096-2) solid polyethylene insulated RF cable**EC60096: RF cable
matching cable
(9) Performance (including extreme conditions of use) rated values ​​and characteristics
Electrical performance
Specification number
Characteristic impedance||tt ||Reflection coefficient
Center contact resistance2)
Outer conductor resistance
Center conductor continuity
Outer conductor and shield
Continuity
Center conductor and outer conductor
Continuity under severe mechanical conditions
Insulation resistance
Withstand voltage
(at sea level)3)
Withstand voltage
(4.4kPa)8)
Steady-state damp heat3)
-01- -
GB/T11313.1—2000
Test method
GB/T11313—1996
(IEC61169-1
QC220000) Clause number
-01- -
-01- -
-01 - -
-01- -
-01- -
-- m2
-.-- -- mO
There should be no instantaneouswwW.bzxz.Net
interruption phenomenon ≥_-us
---- kv
Remarks or differences from standard
Test method
Frequency range
Initial value
After condition test
Initial value
After condition test
Initial value
After condition test
Initial value
After condition test
Initial value
After condition test
86kPa~106kPa
-—kPaIf
is4.4kPa)
86kPa~106kPa
Rated values ​​and characteristics
Climate sequence3)
Submerged test8
Shielding efficiency8)
-01- -
-01- -
-01- -
Discharge test (corona) (sea level)
-01 - -
Discharge test (corona) (4.4kPa)
-01- -
Additional electrical properties
Mechanical properties
Standard gauge retention force (elastic contact
-center contact
-outer contact
center contact fixity
-axial force and permanent displacement in each
direction allowed
Engagement force and separation force
GB/T11313.1—2000
Test method
GB/T11313—1996
(IEC61169-1
QC220000) Clause number
Withstand voltage insulation resistance
-V --_MQ
_V--_MQ
≥_ dB at _ GHz
≥_ dB at _ GHz
≥_ dB At _ GHz
≥_ dB At _ GHz
Extinction voltage
Extinction voltage
-N-_mm
Remarks or differences from standard
test method
kPa (if not
is 4.4kPa)
Z<_-mo
Z<_-m2
86kPa~106kPa
_kPa (if not
is 4.4kPa)
Standard See the sub-specification for regulations
Rated values ​​and characteristics
1 Threaded connection
Connection torque:
—Overcoming friction
—Normal situation
—Test
2 Bayonet connection
—Axial force
—Torque
3 Lock connection
—Engaging force
—Separation force
4 Other connections
Note: Not applicable to forced separation connection types. Clamping device effect
1 Cable rotation (deflection)
2 Cable stretching
3 Cable bending
4 Cable torsion
-01- -
-01- -
GB/T11313.1—2000
Test method
GB/T11313—1996
(IEC 61169-1
QC220000) Clause number
--_Nmmax
--- _Nm-Nm
≤_-_Nmin
- - - _Nm min
- - -.N min
Torque time
Remarks or differences from standard
Test method
Minimum bending of cable
Cable length
Cable length
Ratings and characteristics
Strength of connection
Bending moment
Additional mechanical characteristics
Environmental properties
Welding-welding head size
Climate category
Sealed-non-hermetic connector
Sealed-hermetic connector
Sand and dust (under consideration)
Sulfur dioxide
Additional environmental characteristics
Durability
Mechanical durability
High temperature durability
Other durability
Resistance to solvents and contaminated fluids
-Applicable liquids
GB/T11313.1——2000
Test method
GB/T11313—1996
(IEC61169-1
QC220000) Clause number
m/s2ms
-_cm\/hmax
- - _ cm/h max
——_cycles
—————days
——times
Temperature time
-_℃-_h
Remarks or differences from standard
test method
Relative to reference surface
(-g acceleration)
(-ga acceleration)
(=g acceleration)
Pressure difference is 100kPa～
110kPa
Pressure difference is 100kPa～
110kPa
1) These values ​​are for connectors. In practice, they may be affected by the cables used. The cable specifications should be referred to. 2) Values ​​for a pair of connectors.
3) Unless otherwise specified, the voltage values ​​are AC effective voltage values ​​of 40Hz to 65Hz. (10) Supplementary content
GB/T11313.1—2000
Component marking: in accordance with the provisions of 11.1 of GB/T11313—1996 (idtIEC61169-1QC220000), and in the following order 1) Manufacturer's identification code:
2) Manufacturing date code
3) Component marking code
Year/week
Specification number/model
Marking and contents of packaging: in accordance with the provisions of 11.2 of GB/T11313—1996 (idtIEC61169-1QC220000). 1) Mark the above content in detail as specified in 11.1 of GB/T11313-1996 2) Nominal impedance
3) Evaluation level code letter
4) Any required additional marking
Ordering information: Specify the following content in accordance with the relevant provisions of GB/T11313-1996 (idtIEC61169-1QC220000): 1) Detailed specification number
2) Quality assessment code letter
3) Shell Coating (if more than listed)
4) Any additional content or special requirements
/Specification code
Related documents (if not included in GB/T11313-1996 (idtIEC61169-1QC220000) or sub-specifications): Structural similarity is in accordance with 22.2 of GB/T11313-1996 (idtIEC61169-1QC220000) Note: 01 is the specification number of the relevant basic variety. 9
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