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Radio frequency connectors -- Part 39: Sectional specification for CQM series quick lock RF connectors
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Basic data Standard ID | GB/T 11313.39-2018 (GB/T11313.39-2018) | Description (Translated English) | Radio frequency connectors -- Part 39: Sectional specification for CQM series quick lock RF connectors | Sector / Industry | National Standard (Recommended) | Classification of Chinese Standard | L23 | Classification of International Standard | 33.120.30 | Word Count Estimation | 22,284 | Date of Issue | 2018-03-15 | Date of Implementation | 2018-10-01 | Issuing agency(ies) | State Administration for Market Regulation, China National Standardization Administration |
GB/T 11313.39-2018: Radio frequency connectors -- Part 39: Sectional specification for CQM series quick lock RF connectors ---This is a DRAFT version for illustration, not a final translation. Full copy of true-PDF in English version (including equations, symbols, images, flow-chart, tables, and figures etc.) will be manually/carefully translated upon your order.
Radio Frequency connectors--Part 39. Sectional specification for CQM series quick lock RF connectors
ICS 33.120.30
L23
National Standards of People's Republic of China
RF connector
Part 39. CQM Series
Quick-lock RF connector sub-specification
Part 39. SectionalspecificationforCQMseriesquicklockRFconnectors
(IEC 61169-39.2009, IDT)
Published on.2018-03-15
2018-10-01 implementation
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China
China National Standardization Administration issued
Content
Foreword III
1 Scope 1
2 Normative references 1
3 mating interface and standard gauge 1
3.1 Universal Connector - Level 2 1
3.2 Standard Regulation 4
3.3 Standard Test Connector Interface Size - 0 5
4 Quality assessment procedures 8
4.1 Overview 8
4.2 Ratings and characteristics [see Chapter 6 of GB/T 11313.1-2013] 8
4.3 Test Schedule and Inspection Requirements 11
4.4 Procedure 12
5 Guidelines for the development of detailed specifications 13
5.1 Overview 13
5.2 Identification of detailed specifications 13
5.3 Identification of components 13
5.4 Performance 13
5.5 Marks, order documents and related matters 14
5.6 Selection of test, test conditions and severity 14
5.7 Blank detail specification format for CQM series connectors 14
Foreword
GB/T 11313 "RF Connector" has or plans to release the following parts.
--- Part 1. General requirements and test methods;
--- Part 2. Section 9.52 RF coaxial connector sub-specification;
--- Part 3. Double-pin connector for double-balanced antenna feeders.
--- Part 4. outer conductor inner diameter of 16mm (0.63in), characteristic impedance of 50Ω, threaded RF coaxial connector (7-16
type);
--- Part 5. Partial specification for RF coaxial connectors for mating with 60096 IEC 50-17 and larger cables;
--- Part 6. Partial specification for RF coaxial connectors for mating with 60096 IEC 75-17 and larger cables;
--- Part 7. RF coaxial connector with outer conductor inner diameter of 9.5mm (0.374in), characteristic impedance of 50Ω, bayonet connection
(Type C) sub-specification;
--- Part 8. RF coaxial connection with outer conductor inner diameter of 6.5mm (0.256in), characteristic impedance of 50Ω (75Ω), bayonet connection
Connector (BNC type) sub-specification;
---Part 9. SMC series RF coaxial connector sub-specification;
--- Part 10. SMB series RF coaxial connector sub-specification;
--- Part 11. RF coaxial connector with outer conductor inner diameter 9.5mm (0.374in), characteristic impedance 50Ω, threaded connection
(4.1/9.5 type) sub-specification;
--- Part 12. Non-matching threaded connection RF coaxial connector (UHF type) sub-specification;
--- Part 13. Sectional specification for 1.6/5.6 and 1.8/5.6 RF coaxial connectors;
--- Part 14. External conductor inner diameter 12mm (0.472in), characteristic impedance 75Ω, threaded RF coaxial connector
(3.5/12 type) sub-specification;
--- Part 15. RF coaxial connector with outer conductor inner diameter of 4.13mm (0.163in), characteristic impedance of 50Ω, threaded connection
(SMA type);
--- Part 16. External conductor with inner diameter of 7mm (0.276in), characteristic impedance of 50Ω (75Ω), threaded RF coaxial connection
Connector (N type) sub-specification;
--- Part 17. RF coaxial connectors with outer conductor inner diameter 6.5mm (0.256in), characteristic impedance 50Ω, threaded connection
(TNC type) sub-specification;
--- Part 18. SSMA series RF coaxial connector sub-specification;
--- Part 19. SSMB series RF coaxial connector sub-specification;
--- Part 20. RF coaxial connector with outer conductor inner diameter of 2.08mm (0.082in), characteristic impedance of 50Ω, threaded connection
(SSMC type) sub-specification;
--- Part 21. The outer conductor has an inner diameter of 9.5 mm (0.374 in) and a characteristic impedance of 50 Ω. It has two different threaded connections.
RF connector (SC-A and SC-B type) sub-specification;
--- Part 22. Double-core RF connectors (BNO type) with double-conductor shielded symmetrical cables for bayonet connection;
--- Part 23. Connect 3.5mm hard precision coaxial cable, outer conductor inner diameter of 3.5mm (0.1378in) RF coaxial connector
specification;
--- Part 24. 75Ω cable distribution system with threaded RF coaxial connector (F type) sub-specification;
---Part 25. Double-core threaded type with double inner conductor shielded symmetrical cable and outer conductor inner diameter of 13.56mm (0.534in)
(3/4-20UNEF) connection connector (TWHN type) sub-specification;
--- Part 26. TNCA series RF coaxial connector sub-specification;
--- Part 27. 75Ω cable distribution system with threaded connection RF coaxial connector (E type) sub-specification;
--- Part 28. outer conductor inner diameter is 5.60mm (0.220in), characteristic impedance is 75Ω, card lock connection RF coaxial connector
specification;
--- Part 29. 50Ω and 75Ω with a characteristic impedance of 50Ω, with threaded, push-pull, quick-lock or slide-type rack or panel
Type RF coaxial connector (1.0/2.3 type) sub-specification;
--- Part 31. RF coaxial connector with outer conductor inner diameter 1.0mm (0.039in), characteristic impedance 50Ω, threaded connection
(type 1.0) sub-specification;
--- Part 32. RF coaxial connector with outer conductor inner diameter of 1.85mm (0.072in), characteristic impedance of 50Ω, threaded connection
(1.85 type) sub-specification;
--- Part 33. BMA series RF connector sub-specification;
--- Part 35. 2.92 series RF connector sub-specification;
---Part 36. Snap-on connection micro-miniature RF coaxial connectors with characteristic impedance of 50 Ω (MCX type);
--- Part 37. STWX8 series RF coaxial connector sub-specification;
--- Part 38. Module slide-in RF connectors (TMA type) for 50 ohm backplanes and panels;
--- Part 39. CQM series fast locking RF connector sub-specification;
--- Part 40. 2.4 series RF connector sub-specification;
--- Part 41. CQA series fast locking RF connector sub-specification;
--- Part 42. CQN series fast locking RF connector sub-specification;
--- Part 43. RBMA series blind matching RF coaxial connector sub-specification;
--- Part 44. SMP series push-in RF coaxial connector sub-specification;
--- Part 45. SQMA series fast locking RF coaxial connector sub-specification;
--- Part 47. Fquick series 75Ω cable distribution system with plug-in RF coaxial connector sub-specification;
--- Part 48. BMP series blind matching RF coaxial connector sub-specification;
--- Part 49. SMAA series RF coaxial connector sub-specification;
--- Part 101. MMCX series RF coaxial connector sub-specification.
This part is the 39th part of GB/T 11313.
This part is drafted in accordance with the rules given in GB/T 1.1-2009.
This section uses the translation method equivalent to IEC 61169-39.2009 "RF connector part 39. CQM series fast lock shot
Frequency connector sub-specification.
Please note that some of the contents of this document may involve patents. The issuing organization of this document is not responsible for identifying these patents.
This part was proposed by the Ministry of Industry and Information Technology of the People's Republic of China.
This part is under the jurisdiction of the National High-Tech Cable and Connector Standardization Technical Committee for Electronic Equipment (SAC/TC190).
This section drafted by. China Electronics Technology Group Corporation, the 40th Institute, China Electronics Technology Standardization Institute.
The main drafters of this section. Bai Xueyu, Mao Zhihong, Qiao Changhai, Wu Zhengping.
RF connector
Part 39. CQM Series
Quick-lock RF connector sub-specification
1 Scope
This part of GB/T 11313 gives the contents and rules for the detailed specification of the CQM series fast locking RF connector.
A fine specification of the blank format. CQM Series Quick-Lock RF Connectors with 50Ω Characteristic Impedance for High Power Microwave Applications
Fit, with RF cable or microstrip. The connector is used at a frequency of at least 4 GHz.
This section also specifies the size of the mating interface of the universal connector, the specific dimensions of the 0-level standard test connector, and
The rules and tests for all detailed specifications applicable to CQM series connectors are selected in GB/T 11313.1-2013.
This section provides recommended performance characteristics that should be considered when writing a detailed specification, which includes ratings for M and H levels.
Test schedule and inspection requirements.
2 Normative references
The following documents are indispensable for the application of this document. For dated references, only dated versions apply to this article.
Pieces. For undated references, the latest edition (including all amendments) applies to this document.
GB/T 11313.1-2013 Part 1 . General specification general requirements and test methods (IEC 61169-1.1998, IDT)
3 mating interface and standard gauge
The original size is metric, and all unsized graphic structures are for reference only.
3.1 Universal Connector - Level 2
3.1.1 Connector with pin center contact
Figure 1 Connector with pin center contact (see Table 1 for dimensions)
Table 1 Pin contact connector interface dimensions
Code
Mm
Min max
a 5.96 6.04 diameter
b 7 (nominal value) diameter
c 15.85 16.25 diameter
d 16.90 17.10 diameter
e 18.00 18.20 diameter
f 21.00 21.20 diameter
g 21.90 22.10 diameter
h 8.90 9.20
i 3.70 3.90
j 4.30 4.50
k - 9.80
l 0.30 0.50
m 8.80 9.00
n 7.20 7.40
p 4.20 4.40
s 23.20 23.30 diameter
t 35.00 35.20 diameter
u 2.10 2.30
v 26.90 27.20 diameter
Note 1. Mechanical datum.
Note 2. The maximum force of the spring is 50N~60N.
Note 3. The tolerance of this dimension is determined by the tolerance of the characteristic impedance.
Note 4. The collar.
3.1.2 Connector with jack center contact
Figure 2 Connector with jack center contact (see Table 2 for dimensions)
Table 2 Jack contact connector interface dimensions
Code
Mm
Min max
a 7 (nominal value) diameter
b 15.85 16.25 diameter
c 16.70 16.90 diameter
d 17.80 18.00 diameter
e 22.10 22.30 diameter
f 6.30 6.50
g 9.10 9.30
h 12.75 12.85
i 0.20 0.40
j - 0.20
k 7.00 7.50
l 8.50 9.00
m 23.60 23.80 diameter
n 35.20 35.40 diameter
p 0.80 1.00
Table 2 (continued)
Code
Mm
Min max
q 1.10 1.30
r 1.60 -
s 2.60 -
u 4.90 5.20
Note 1. The design of the slotting is arbitrary. The contacts that close the mouth meet the electrical and mechanical performance requirements. The tolerance of this dimension is determined by the tolerance of the characteristic impedance.
Note 2. The design of the slotting is arbitrary. The contact φd of the rising mouth rises to φ18.4mm~φ18.5mm.
Note 3. Mechanical datum.
Note 4. The size of the steel ball is φ3mm; the number is three.
Note 5. The spring force is 2N~6N, and the minimum stroke is 1.6mm.
Note 6. The collar.
3.2 Standard gauge
3.2.1 Connector with jack center contact
3.2.1.1 Standard gauge for external contacts of jack connectors
Figure 3 Standard specifications for the external contacts of the jack connector (see Table 3 for dimensions)
Table 3 Standard gauge dimensions for external contacts of jack connectors
Standard gauge A (for stable size)
Standard gauge B (for measuring the standard gauge holding force of the outer conductor)
Standard gauge mass (weight)..200g ± 5g
Code
Mm mm
Min max min max
s 18.05 18.10 18.15 18.18 diameter
t 18.70 18.80 18.70 18.80 diameter
u 20.00 20.80 20.00 20.80 diameter
v 9.50 9.60 9.40 9.50
w 1.30 1.50 1.30 1.50
Note. The material is polished steel; the surface roughness Ra≤0.4μm.
3.2.1.2 Test procedure
Put the standard gauge A on the outer contact of the connector once. Then, the standard gauge B is placed on the outer contact member in a vertical state. this
Should be able to maintain the standard rules. This test can also be performed on the connector.
3.2.1.3 Pin gauge for the center contact of the jack connector
Figure 4 Pin standard gauge for the center contact of the jack (see Table 4 for dimensions)
Table 4 Pin standard dimensions for jack center contacts
Standard gauge C (for stable size)
Standard gauge D (standard gauge retention for measuring center contacts)
Standard gauge mass (weight). 600g ± 5g
Code
Mm mm
Min max min max
a 6.05 6.10 5.95 6.00
Note. The material is polished steel; the surface roughness Ra≤0.4μm.
3.2.1.4 Test procedure
Insert the test pin gauge C into the center contact three times and insert a minimum depth of 5.6 mm. This is a stable size operation and should only be
This is done with the jack center contact removed from the connector.
Then, the standard gauge D is inserted into the center contact in a vertical state. At this point, you should be able to maintain the standard. This test can also be taken out
The connector of the center contact is made.
3.3 Standard Test Connector Interface Size - 0
3.3.1 Connector with pin center contact
Figure 5 Connector with pin center contact (see Table 5 for dimensions)
Table 5 Interface dimensions of the pin center contact connector
Code
Mm
Min max
a 5.99 6.00 diameter
b 6.97 6.98 diameter
c 16.05 16.07 diameter
d 16.96 17.04 diameter
e 18.05 18.15 diameter
f 21.05 21.15 diameter
g 21.95 22.05 diameter
h 9.02 9.08
i 3.77 3.83
j 4.35 4.45
k 9.70 9.80
l 0.30 0.50
m 8.86 8.94
n 7.27 7.33
s 22.20 22.25 diameter
t 23.04 23.10 diameter
u 2.15 2.25
v 27.00 27.10 diameter
Table 5 (continued)
Code
Mm
Min max
x 4.20 4.40
y 7.20 7.40
Note 1. Mechanical datum.
Note 2. The spring pressure is 50N~60N.
Note 3. The collar.
3.3.2 Connector with jack center contact
Figure 6 Standard test socket contact connector (see Table 6 for dimensions)
Table 6 Standard Test Jack Contact Connector Interface Dimensions
Code
Mm
Min max
b 16.05 16.07
c 16.92 16.96 diameter
d 18.01 18.05 diameter
e 22.18 22.25 diameter
f 6.35 6.42
g 9.18 9.25
Table 6 (continued)
Code
Mm
Min max
h 12.78 12.81
i 0.28 0.32
j - 0.20
m 23.68 23.75 diameter
n 35.25 35.35 diameter
p 0.88 0.96
q 1.06 1.14
r 1.60 -
s 2.60 -
u 4.95 5.05
v - - See note 4
w 6.97 7.00 diameter
x 7.00 7.20
y 8.50 9.00
Note 1. The size of the steel ball is φ3mm; the number is three.
Note 2. The design of the slotting is arbitrary. The contact φd of the rising mouth rises to φ18.4mm~φ18.5mm.
Note 3. Mechanical datum.
Note 4. When the diameter of the standard gauge of the needle of 5.59mmmin and 6mmmax is 5mmmin, v should meet the requirement of size w.
Note 5. The spring pressure is 2N~6N, and the minimum stroke is 1.6mm.
Note 6. The collar.
4 Quality assessment procedures
4.1 Overview
The following terms set out the recommended ratings, performance, and test conditions that should be considered when writing a detailed specification. Also stipulated
A list of tests applicable to the sampling level of the sex test, as well as the format of the blank detailed specification and guidelines for the development of detailed specifications.
4.2 Ratings and characteristics [see Chapter 6 of GB/T 11313.1-2013]
The following values are recommended for use with CQM series connectors (see Table 7) and are intended for reference by the specifiers of the detailed specifications. These values apply to the company
When the connector is fully inserted.
Some of the tests listed do not give any recommended values and these tests are usually not required. When these tests are needed, according to the specifier
Make sure to fill in the applicable values in the detailed specification.
Table 7 Ratings and characteristics
Rating and characteristics
GB/T 11313.1-2013
Test method
Remarks or standard test
Method difference
Electrical performance
Nominal impedance 50Ω
Frequency Range
Level 2 connector up to 4GHz or cable upper limit frequency
Reflection coefficient a
---Straight
---Bend
--- Combination installation
---Welding groove and printed installation
9.2.1
≤0.1
According to the detailed specifications
According to the detailed specifications
According to the detailed specifications
Center contact resistance b
--- Initial value
--- After the environmental test
9.2.3
≤3mΩ
≤5mΩ
Outer conductor continuity b
---Initial value
---After the environmental test
9.2.3
≤3mΩ
≤5mΩ
According to the detailed specifications
According to the detailed specifications
Insulation resistance
--- Initial value
--- After the environmental test
9.2.5
≥5GΩ
≥500MΩ
Sea level withstand voltage b, c 9.2.6 2700V 86kPa~106kPa
Withstand voltage c at 4.4kPa, d 9.2.6 350V
4.4 kPa is approximately equal to 20km
(70000ft) high altitude air pressure
Sea level environmental test voltage c, d 9.4.6.2000V 86kPa~106kPa
Shielding efficiency g 9.2.8 as≥90dB (1GHz) torque is 25N·m Zt≤0.02mΩ
Discharge test (corona test)
---sea level
9.2.9
≥1000V according to the detailed specifications
Mechanical behavior
Center contact fixing
---Axial force
---Torque
9.3.5
15N, 1min
Naf
The maximum displacement in each direction is 0.25mm
Engagement force and separation force
---Meshing force
---Separation force
9.3.6
≤150N
>10N and < 22N
Table 7 (continued)
Rating and characteristics
GB/T 11313.1-2013
Test method
Remarks or standard test
Method difference
Standard gauge retention (elastic contact)
---Center contact
---External contact
9.3.4
>6N
>2N
Mechanical test of cable fastening device
--- Cable rotation (flexing at the cable end)
--- Cable stretching
---Cable bending
--- Cable rotation
9.3.7
9.3.7.2
9.3.8
9.3.9
9.3.10
See detailed specifications
See detailed specifications
See detailed specifications
See detailed specifications
Connection strength 9.3.111 150N
Bending moment 9.3.12 na
Vibration 9.3.3
100m/s2
10Hz~500Hz
10gn
Collision 9.3.13
Impact 9.3.14
750m/s2 half
Sine 6ms
75gn
Environmental performance
Climate category e
seal
--- Non-hermetic seal 9.4.5.1 100kPa·cm3/h
Pressure difference
100kPa~110kPa
Salt spray 9.4.6 spray 48h
Durability
Mechanical durability
High temperature durability
9.5
9.6
500 insertions
1000h, 155°C
a These values apply to normal connectors. In fact, these values are affected by the cable used, and should generally refer to the actual values given in the detailed specifications.
b The value of a pair of connectors.
c Unless otherwise specified, the voltage values are 40 Hz to 60 Hz AC rms.
d Some cables using these connectors are rated lower than the values given in this specification.
e For some connectors, the upper limit temperature is limited by the cable characteristics. Reference should be made to the corresponding cable specifications. Maximum upper temperature limit when semi-hard cable is applied
It is 115 °C.
f na---Not applicable.
g When the interface is fully inserted.
4.3 Test schedule and inspection requirements
4.3.1 Settlement test
Table 8 Settlement test
GB/T 11313.1-2013
Test method
Rating level M (higher) rating level H (lower)
test
Claim
IL
AQL
cycle
test
Claim
IL
AQL
cycle
Group A1
Visual inspection 9.1.2 a H 1.0 a S-3 1.5
Group B1
Dimensions
Mechanical interchangeability
Engagement force and separation force
Standard gauge retention
(elastic contact)
seal
Non-hermetic seal
Gas seal
Withstand voltage
Solderability
Insulation resistance
9.1.3.1
9.1.3.3
9.3.6
9.3.4
9.4.5.1
9.4.5.2
9.2.6
9.3.2.1.1
9.2.5
Ia
Ia
Ia
Ia
S-4
S-4
S-4
S-4
0.4
1.0
0.4
1.0
0.65
0.015
0.4
0.4
0.4
Ia
Ia
Ia
Ia
S-3
S-3
S-3
S-3
S-3
S-3
S-3
S-3
4.0
1.5
1.5
1.5
1.0
0.025
4.0
4.0
4.0
Note. Remarks, abbreviations and procedures are shown at the end of Table 9.
4.3.2 Cycle test
There were no Group C trials for assessing levels H and M.
Table 9 Cycle test
GB/T 11313.1-
Test method
Rating level M (higher) rating level H (lower)
test
Claim
Number of samples
Each group
Invalid
Number b
cycle
test
Claim
Number of samples
Each group
Invalid
Number b
cycle
Group D1 (d)
Solderability---Connector Assembly
Resistance to soldering heat
Mechanical test of cable fastening device
--- Cable rotation (swinging)
--- Cable stretching
---Cable bending
--- Cable twist
9.3.2.1.1
9.3.2.1.2
9.3.7.2
9.3.8
9.3.9
9.3.10
Ia
Ia
Na
Ia
Ia
Ia
6 1 3 years
Ia
Ia
Na
Ia
Ia
Ia
3 1 3 years
Table 9 (continued)
GB/T 11313.1-
Test method
Rating level M (higher) rating level H (lower)
test
Claim
Number of samples
Each group
Invalid
Number b
cycle
test
Claim
Number of samples
Each group
Invalid
Number b
cycle
Group D2 (d)
Contact resistance
Outer conductor and shielding continuity
Central conductor continuity
vibration
Steady state damp heat
9.2.3
9.3.3
9.4.3
6 1 3 years
3 1 3 years
Group D3
Dimensions, parts and materials 9.1.3.2 a
1a 1 3 years
1a 1 3 years
Group D4 (d)
Mechanical durability
High temperature durability
Sulfur dioxide
9.5
9.6
9.4.8
Na
6 1 3 years
Na
3 1 3 years
Group D5 (d)
Reflection coefficient
Shielding efficiency
Immersion
9.2.1
9.2.8
9.2.7
Ia
6 1 3 years
Ia
3 1 3 years
Group D6 (d)
Center contact
Rapid temperature change
Climatic order
9.3.5
9.4.4
9.4.2
Na
6 1 3 years
Na
3 1 3 years
D7(d)
Solvent resistant and contaminated fluid 9.7 ia
1c 3 years
Ia
1c 3 years
Description.
a --- apply;
Na --- not applicable;
Ia --- required test (when technology is applicable);
(d)---Destructive test - The test sample cannot be returned to stock.
a A model is required for each model and specification, unless the same parts are used.
b For the approval of the appraisal, the D1~D7 group that assessed the level H only allowed a total of two failures.
c The number of each solvent connector pair in the D7 group.
4.4 Procedure
4.4.1 Quality consistency check
Includes batch-based A1 and B1 trials.
4.4.2 Identification approval and its maintenance
Identification maintenance consists of taking test samples from three consecutive batches tested in groups A1 and B1 and successfully passing the prescribed D group week
Period test.
5 Guidelines for developing detailed specifications
5.1 Overview
The Detailed Specification (DS) should use the applicable Blank Detail Specification (BDS). The CQM series RF connections for 50Ω are listed below.
The blank specification of the device has been included in the following.
a) The general specification number applicable to all detailed specifications, including the type of connector series specified by the sub-specification.
b) The serial number of the connector.
The specifier should specify the details of the connector type/specification to be included as required. The party in the blank detailed specification
Fill in the corresponding content in the box below.
5.2 Identification of detailed specifications
(1) Authorized to publish a detailed specification of the National Standards Institute (NSO), where detailed specifications are available.
(2) The number assigned to the approved detailed specification (DS) by the relevant national or national agency and the relevant symbolic mark.
(3) The number and version of the IEC /IEC Q general and sub-specifications (where applicable), as well as the national standard number (when not).
(4) If different from IEC Q number, detailed specification of country number, release date and more information required by national system and more
Change the order number.
5.3 Identification of components
(5) Fill in the following.
---Variety. The name of the connector, including the type of fixing and sealing (if applicable).
---Connection. For the center conductor and the outer conductor, select the appropriate cable/wire connection.
--- Features and signs. When applicable.
---Series code. use bold letters/numbers, the word height is about 2.5mm high.
(6) Fill in the quality assessment level, nominal impedance and climate category.
(7) Fill in the detailed requirements of the outline drawing and panel opening (if applicable). Should specify the maximum dimensions, datum position, for fixing
The connector shall also specify the position of the mounting panel relative to the front end of the connector.
For fixed connectors, the maximum panel thickness should be specified.
(8) All specifications and features included in the detailed specification, including the following when applicable.
--- Cable type (or specification) applicable to each specification;
--- plating or protective coating;
---Detailed requirements for mounting flanges with threaded holes or holes;
--- Detailed requirements for soldering posts or solder baths, including details for use with microwave integrated circuit (MIC) components (where applicable)
Claim.
5.4 Performance
(9) List the most important performance parameters of th...
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